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                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FaultClear_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvertHwEnable_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableUPSMode_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableSplitPhase_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX1_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX2_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayK1_Precharge_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayRelayK2_DCRun_comand</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MasterFollowerMode_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>RealPower command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ReactivePower_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Voltage_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Voltage_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Frequency_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>RealPower_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/WriteSerialNumber</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>SerialNumber</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/SerialNumber</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FactoryAccess</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FactoryAccess</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CommandSetNVParam_MUX</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Dummy</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Dummy</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VUnder50pct</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VUnder50pct</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>V50to88pct</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V50to88pct</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>V110to120pct</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V110to120pct</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VOver120</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VOver120</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqHi</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqVeryLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqVeryLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqHi</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>NodeID</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/NodeID</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>SA_Mask</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/SA_Mask</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Baudrate</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Baudrate</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ThermalOverload</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ThermalOverload</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MX1Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX1Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MX1Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX1Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MX2Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX2Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MX2Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX2Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>K1Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K1Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>K1Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K1Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>K2Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K2Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>K2Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K2Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Enable_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Enable_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FaultClear_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FaultClear_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvertHwEnable_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableUPSMode_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableSplitPhase_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX1_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX2_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayK1_Precharge_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayRelayK2_DCRun_comand</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MasterFollowerMode_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>RealPower_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ReactivePower_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Voltage_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Voltage_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Frequency_command</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_command</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>RealPower_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>RealPower_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>RealPower_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>State_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/State_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX2Permissive_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PowerAvailAC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PowerAvailDC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PowerCircuitEnabled_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/HardwareEnable_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Enable_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Enable_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FaultClr_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FaultClr_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MessageValidModeControl_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX1Permissive_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K2DCRunPermissive_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K1PrechargePermissive_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MessageValidPowerCMD_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MessageValidVF_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>CANbus_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CANbus_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableUPSMode_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableSplitPhase_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/LineVoltageDetected_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>v5p0_Supply</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v5p0_Supply</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>v3p3_Supply</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v3p3_Supply</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>v24_Supply</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v24_Supply</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>v15_Supply</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v15_Supply</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>TempInlet_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/TempInlet_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>TempInternal_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/TempInternal_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ConverterLosses</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ConverterLosses</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeAVoltageOk_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvercurrentAC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeBVoltageOk_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvervoltageDC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvertempPowerDevice_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvertempInternal_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/LossValidControlMessage_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/UndervoltageDC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ControlHardwareFail_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvercurrentDC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>GeneralFault_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/GeneralFault_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>LossOfAC_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/LossOfAC_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EStopShutdown_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeAFault_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeBFault_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/IllegalTransition_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvalidEEHeader_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvalidEESection_status</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ThermalOverload</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ThermalOverload</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VoltageAC_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CurrentAC_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Frequency_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VoltageDCBus</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VoltageDCBus</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CurrentDC_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VoltageDCInput_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>n15V_Supply</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/n15V_Supply</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>DiodeTemperature</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/DiodeTemperature</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>IGBTTemperature</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/IGBTTemperature</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>InterfaceRev</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InterfaceRev</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>ControlSwRev</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ControlSwRev</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>BuildTime</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BuildTime</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Voltage_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Voltage_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Frequency_echo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_echo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>SerialNumber</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/SerialNumber</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Hash</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Hash</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusNVParam_MUX</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>Dummy</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Dummy</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VUnder50pct</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VUnder50pct</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>V50to88pct</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V50to88pct</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>V110to120pct</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V110to120pct</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>VOver120</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VOver120</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqHi</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqVeryLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqVeryLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqLo</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>FreqHi</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusNodeID</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusNodeID</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusSA_Mask</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusBaudrate</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusBaudrate</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusThermalOverload</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusMX1Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX1Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusMX1Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX1Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusMX2Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX2Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusMX2Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX2Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusK1Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK1Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusK1Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK1Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusK2Open</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK2Open</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>StatusK2Close</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK2Close</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>L1Current_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L1Current_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>L2Current_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L2Current_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>L3Current_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L3Current_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L1Voltage_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L2Voltage_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
                <I-SIGNAL-TRIGGERING>
                  <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
                  <I-SIGNAL-PORT-REFS/>
                  <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L3Voltage_measured</SIGNAL-REF>
                </I-SIGNAL-TRIGGERING>
              </I-SIGNAL-TRIGGERINGS>
            </PHYSICAL-CHANNEL>
          </PHYSICAL-CHANNELS>
        </CAN-CLUSTER>
      </ELEMENTS>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>Frame</SHORT-NAME>
      <ELEMENTS>
        <FRAME>
          <SHORT-NAME>FRAME_CommandModeControl</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Operational commands are received by the module via control bits within this message.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandModeControl</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandModeControl</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandPower</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Sets the desired real (P) and reactive (Q) power levels for the module to follow while in the GRID FOLLOWING mode.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandPower</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandPower</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandVF</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Sets the desired voltage and frequency for the module to produce while in the GRID FORMING mode.  In addition, while in the READY and GRID FOLLOWING modes, this message is used to set the nominal voltage levels for detection of acceptable AC line voltage.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandVF</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandVF</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_MasterMeasuredPower</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Returns the actual measured power.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>MasterMeasuredPower</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_MasterMeasuredPower</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandFactoryControl</SHORT-NAME>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandFactoryControl</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandFactoryControl</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandSetNVParam</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Provides access to configure non-volatile parameters.  Note that these parameters can only be set when the inverter's power stage is disabled (PowerCircuitEnabled_status in StatusBits message is 'Disabled.')</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandSetNVParam</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandSetNVParam</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandModeControlAPU2</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Operational commands are received by the module via control bits within this message.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandModeControlAPU2</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandModeControlAPU2</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandPowerAPU2</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Sets the desired real (P) and reactive (Q) power levels for the module to follow while in the GRID FOLLOWING mode.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandPowerAPU2</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandPowerAPU2</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_CommandVFAPU2</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Sets the desired voltage and frequency for the module to produce while in the GRID FORMING mode.  In addition, while in the READY and GRID FOLLOWING modes, this message is used to set the nominal voltage levels for detection of acceptable AC line voltage.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>CommandVFAPU2</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_CommandVFAPU2</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_MasterMeasuredPowerAPU2</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Returns the actual measured power.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>MasterMeasuredPowerAPU2</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_MasterMeasuredPowerAPU2</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusMeasuredPower</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Returns the actual measured power.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusMeasuredPower</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusMeasuredPower</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusCommandedPower</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echoes the commanded power (P&amp;Q) as received in CommandPQ.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusCommandedPower</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusCommandedPower</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusBits</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Bits representing the status of the power module.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusBits</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusBits</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusControlVoltage</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Lists present voltage of each power supply on the control board (24V, 15V, 5V, and 3.3V.)</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusControlVoltage</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusControlVoltage</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusTemps</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Returns the inlet water temperature to the module as well as module internal ambient temperature.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusTemps</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusTemps</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusFaults</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Fault bits.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusFaults</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusFaults</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusACParameters</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">RMS AC Voltage, current, and frequency measured by line A, B and C feedbacks.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusACParameters</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusACParameters</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusDCParameters</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured (boosted) DC Bus voltage, DC Current, and estimated DC Input voltage.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusDCParameters</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusDCParameters</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusControlVolts2</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Present voltage of the -15V power supply on the control board.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusControlVolts2</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusControlVolts2</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_softwareRev</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Software revision.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>softwareRev</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_softwareRev</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusCommandVF</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echoes the voltage and frequency commands from commandVF.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusCommandVF</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusCommandVF</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_serialNumber</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Serial number of the power module.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>serialNumber</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_serialNumber</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_softwareRevHash</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Unique software revision identification hashcode.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>softwareRevHash</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_softwareRevHash</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusNVParam</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echos back parameter values.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusNVParam</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusNVParam</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusLineCurrents</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured RMS line currents.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusLineCurrents</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusLineCurrents</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
        <FRAME>
          <SHORT-NAME>FRAME_StatusLineVoltages</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured RMS line voltages.</L-2>
          </DESC>
          <FRAME-LENGTH>8</FRAME-LENGTH>
          <PDU-TO-FRAME-MAPPINGS>
            <PDU-TO-FRAME-MAPPING>
              <SHORT-NAME>StatusLineVoltages</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <PDU-REF DEST="SIGNAL-I-PDU">/PDU/PDU_StatusLineVoltages</PDU-REF>
              <START-POSITION>0</START-POSITION>
            </PDU-TO-FRAME-MAPPING>
          </PDU-TO-FRAME-MAPPINGS>
        </FRAME>
      </ELEMENTS>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>PDU</SHORT-NAME>
      <ELEMENTS>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandModeControl</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Enable_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Enable_command</SIGNAL-REF>
              <START-POSITION>0</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FaultClear_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FaultClear_command</SIGNAL-REF>
              <START-POSITION>2</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvertHwEnable_command</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableUPSMode_command</SIGNAL-REF>
              <START-POSITION>58</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableSplitPhase_command</SIGNAL-REF>
              <START-POSITION>60</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX1_command</SIGNAL-REF>
              <START-POSITION>32</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX2_command</SIGNAL-REF>
              <START-POSITION>34</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayK1_Precharge_command</SIGNAL-REF>
              <START-POSITION>36</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayRelayK2_DCRun_comand</SIGNAL-REF>
              <START-POSITION>38</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_command</SIGNAL-REF>
              <START-POSITION>62</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MasterFollowerMode_command</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandPower</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>RealPower command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower command</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ReactivePower_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_command</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandVF</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Voltage_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Voltage_command</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Frequency_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_command</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_MasterMeasuredPower</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_measured</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandFactoryControl</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/WriteSerialNumber</SIGNAL-REF>
              <START-POSITION>0</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>SerialNumber</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/SerialNumber</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FactoryAccess</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FactoryAccess</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandSetNVParam</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CommandSetNVParam_MUX</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Dummy</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Dummy</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VUnder50pct</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VUnder50pct</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>V50to88pct</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V50to88pct</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>V110to120pct</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V110to120pct</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VOver120</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VOver120</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>NodeID</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/NodeID</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>SA_Mask</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/SA_Mask</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Baudrate</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Baudrate</SIGNAL-REF>
              <START-POSITION>36</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ThermalOverload</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ThermalOverload</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MX1Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX1Open</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MX1Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX1Close</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MX2Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX2Open</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MX2Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX2Close</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>K1Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K1Open</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>K1Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K1Close</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>K2Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K2Open</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>K2Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K2Close</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandModeControlAPU2</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Enable_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Enable_command</SIGNAL-REF>
              <START-POSITION>0</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FaultClear_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FaultClear_command</SIGNAL-REF>
              <START-POSITION>2</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvertHwEnable_command</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableUPSMode_command</SIGNAL-REF>
              <START-POSITION>58</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableSplitPhase_command</SIGNAL-REF>
              <START-POSITION>60</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX1_command</SIGNAL-REF>
              <START-POSITION>32</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayMX2_command</SIGNAL-REF>
              <START-POSITION>34</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayK1_Precharge_command</SIGNAL-REF>
              <START-POSITION>36</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ForceRelayRelayK2_DCRun_comand</SIGNAL-REF>
              <START-POSITION>38</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_command</SIGNAL-REF>
              <START-POSITION>62</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MasterFollowerMode_command</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandPowerAPU2</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>RealPower_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_command</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ReactivePower_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_command</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_CommandVFAPU2</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Voltage_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Voltage_command</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Frequency_command</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_command</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_MasterMeasuredPowerAPU2</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_measured</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusMeasuredPower</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_measured</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusCommandedPower</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>RealPower_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/RealPower_echo</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ReactivePower_echo</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusBits</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>State_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/State_status</SIGNAL-REF>
              <START-POSITION>0</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX2Permissive_status</SIGNAL-REF>
              <START-POSITION>18</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PowerAvailAC_status</SIGNAL-REF>
              <START-POSITION>10</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PowerAvailDC_status</SIGNAL-REF>
              <START-POSITION>12</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PowerCircuitEnabled_status</SIGNAL-REF>
              <START-POSITION>14</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/HardwareEnable_status</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Enable_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Enable_echo</SIGNAL-REF>
              <START-POSITION>4</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FaultClr_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FaultClr_echo</SIGNAL-REF>
              <START-POSITION>6</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MessageValidModeControl_status</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MX1Permissive_status</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K2DCRunPermissive_status</SIGNAL-REF>
              <START-POSITION>22</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/K1PrechargePermissive_status</SIGNAL-REF>
              <START-POSITION>20</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MessageValidPowerCMD_status</SIGNAL-REF>
              <START-POSITION>26</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/MessageValidVF_status</SIGNAL-REF>
              <START-POSITION>28</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>CANbus_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CANbus_status</SIGNAL-REF>
              <START-POSITION>30</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableUPSMode_echo</SIGNAL-REF>
              <START-POSITION>32</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EnableSplitPhase_echo</SIGNAL-REF>
              <START-POSITION>34</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_status</SIGNAL-REF>
              <START-POSITION>36</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/LineVoltageDetected_status</SIGNAL-REF>
              <START-POSITION>38</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/PhaseRotation_echo</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusControlVoltage</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>v5p0_Supply</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v5p0_Supply</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>v3p3_Supply</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v3p3_Supply</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>v24_Supply</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v24_Supply</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>v15_Supply</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/v15_Supply</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusTemps</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>TempInlet_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/TempInlet_measured</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>TempInternal_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/TempInternal_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ConverterLosses</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ConverterLosses</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusFaults</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeAVoltageOk_status</SIGNAL-REF>
              <START-POSITION>59</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvercurrentAC_status</SIGNAL-REF>
              <START-POSITION>2</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeBVoltageOk_status</SIGNAL-REF>
              <START-POSITION>43</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvervoltageDC_status</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvertempPowerDevice_status</SIGNAL-REF>
              <START-POSITION>14</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvertempInternal_status</SIGNAL-REF>
              <START-POSITION>12</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/LossValidControlMessage_status</SIGNAL-REF>
              <START-POSITION>20</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/UndervoltageDC_status</SIGNAL-REF>
              <START-POSITION>10</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ControlHardwareFail_status</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/OvercurrentDC_status</SIGNAL-REF>
              <START-POSITION>6</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>GeneralFault_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/GeneralFault_status</SIGNAL-REF>
              <START-POSITION>0</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>LossOfAC_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/LossOfAC_status</SIGNAL-REF>
              <START-POSITION>4</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/EStopShutdown_status</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeAFault_status</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BridgeBFault_status</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/IllegalTransition_status</SIGNAL-REF>
              <START-POSITION>26</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvalidEEHeader_status</SIGNAL-REF>
              <START-POSITION>28</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InvalidEESection_status</SIGNAL-REF>
              <START-POSITION>30</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ThermalOverload</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ThermalOverload</SIGNAL-REF>
              <START-POSITION>32</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusACParameters</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VoltageAC_measured</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CurrentAC_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Frequency_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_measured</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusDCParameters</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VoltageDCBus</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VoltageDCBus</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/CurrentDC_measured</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VoltageDCInput_measured</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusControlVolts2</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>n15V_Supply</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/n15V_Supply</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>DiodeTemperature</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/DiodeTemperature</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>IGBTTemperature</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/IGBTTemperature</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_softwareRev</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>InterfaceRev</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/InterfaceRev</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>ControlSwRev</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/ControlSwRev</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>BuildTime</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/BuildTime</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusCommandVF</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Voltage_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Voltage_echo</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Frequency_echo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Frequency_echo</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_serialNumber</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>SerialNumber</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/SerialNumber</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_softwareRevHash</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Hash</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Hash</SIGNAL-REF>
              <START-POSITION>28</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusNVParam</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusNVParam_MUX</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>Dummy</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/Dummy</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VUnder50pct</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VUnder50pct</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>V50to88pct</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V50to88pct</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>V110to120pct</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/V110to120pct</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>VOver120</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/VOver120</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqVeryLo</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqLo</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/FreqHi</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusNodeID</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusNodeID</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusSA_Mask</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusBaudrate</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusBaudrate</SIGNAL-REF>
              <START-POSITION>36</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusThermalOverload</SIGNAL-REF>
              <START-POSITION>16</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusMX1Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX1Open</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusMX1Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX1Close</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusMX2Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX2Open</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusMX2Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusMX2Close</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusK1Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK1Open</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusK1Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK1Close</SIGNAL-REF>
              <START-POSITION>56</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusK2Open</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK2Open</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>StatusK2Close</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/StatusK2Close</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusLineCurrents</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>L1Current_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L1Current_measured</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>L2Current_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L2Current_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>L3Current_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L3Current_measured</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
        <SIGNAL-I-PDU>
          <SHORT-NAME>PDU_StatusLineVoltages</SHORT-NAME>
          <LENGTH>64</LENGTH>
          <SIGNAL-TO-PDU-MAPPINGS>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L1Voltage_measured</SIGNAL-REF>
              <START-POSITION>8</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L2Voltage_measured</SIGNAL-REF>
              <START-POSITION>24</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
            <I-SIGNAL-TO-I-PDU-MAPPING>
              <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
              <PACKING-BYTE-ORDER>MOST-SIGNIFICANT-BYTE-LAST</PACKING-BYTE-ORDER>
              <SIGNAL-REF DEST="I-SIGNAL">/ISignal/L3Voltage_measured</SIGNAL-REF>
              <START-POSITION>40</START-POSITION>
            </I-SIGNAL-TO-I-PDU-MAPPING>
          </SIGNAL-TO-PDU-MAPPINGS>
        </SIGNAL-I-PDU>
      </ELEMENTS>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>ISignal</SHORT-NAME>
      <ELEMENTS>
        <I-SIGNAL>
          <SHORT-NAME>Enable_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Enable_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FaultClear_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FaultClear_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/InvertHwEnable_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EnableUPSMode_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EnableSplitPhase_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayMX1_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayMX2_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayK1_Precharge_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayRelayK2_DCRun_comand</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PhaseRotation_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MasterFollowerMode_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>RealPower command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/RealPower command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ReactivePower_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ReactivePower_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Voltage_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Voltage_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Frequency_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Frequency_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/RealPower_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ReactivePower_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/WriteSerialNumber</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>SerialNumber</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/SerialNumber</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FactoryAccess</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FactoryAccess</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/CommandSetNVParam_MUX</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Dummy</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Dummy</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VUnder50pct</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VUnder50pct</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>V50to88pct</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/V50to88pct</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>V110to120pct</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/V110to120pct</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VOver120</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VOver120</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqHi</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqVeryLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqVeryLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqHi</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>NodeID</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/NodeID</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>SA_Mask</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/SA_Mask</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Baudrate</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Baudrate</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ThermalOverload</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ThermalOverload</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MX1Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MX1Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MX1Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MX1Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MX2Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MX2Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MX2Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MX2Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>K1Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/K1Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>K1Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/K1Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>K2Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/K2Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>K2Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/K2Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Enable_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Enable_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FaultClear_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FaultClear_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/InvertHwEnable_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EnableUPSMode_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EnableSplitPhase_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayMX1_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayMX2_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayK1_Precharge_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ForceRelayRelayK2_DCRun_comand</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PhaseRotation_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MasterFollowerMode_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>RealPower_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/RealPower_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ReactivePower_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ReactivePower_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Voltage_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Voltage_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Frequency_command</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Frequency_command</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/RealPower_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ReactivePower_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/RealPower_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ReactivePower_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>RealPower_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/RealPower_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ReactivePower_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>State_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/State_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MX2Permissive_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PowerAvailAC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PowerAvailDC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PowerCircuitEnabled_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/HardwareEnable_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Enable_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Enable_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FaultClr_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FaultClr_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MessageValidModeControl_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MX1Permissive_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/K2DCRunPermissive_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/K1PrechargePermissive_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MessageValidPowerCMD_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/MessageValidVF_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>CANbus_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/CANbus_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EnableUPSMode_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EnableSplitPhase_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PhaseRotation_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/LineVoltageDetected_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/PhaseRotation_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>v5p0_Supply</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/v5p0_Supply</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>v3p3_Supply</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/v3p3_Supply</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>v24_Supply</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/v24_Supply</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>v15_Supply</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/v15_Supply</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>TempInlet_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/TempInlet_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>TempInternal_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/TempInternal_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ConverterLosses</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ConverterLosses</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/BridgeAVoltageOk_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/OvercurrentAC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/BridgeBVoltageOk_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/OvervoltageDC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/OvertempPowerDevice_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/OvertempInternal_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/LossValidControlMessage_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/UndervoltageDC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ControlHardwareFail_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/OvercurrentDC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>GeneralFault_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/GeneralFault_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>LossOfAC_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/LossOfAC_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/EStopShutdown_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/BridgeAFault_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/BridgeBFault_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/IllegalTransition_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/InvalidEEHeader_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/InvalidEESection_status</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ThermalOverload</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ThermalOverload</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VoltageAC_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/CurrentAC_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Frequency_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Frequency_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VoltageDCBus</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VoltageDCBus</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/CurrentDC_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VoltageDCInput_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>n15V_Supply</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/n15V_Supply</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>DiodeTemperature</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/DiodeTemperature</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>IGBTTemperature</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/IGBTTemperature</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>InterfaceRev</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/InterfaceRev</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>ControlSwRev</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/ControlSwRev</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>BuildTime</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/BuildTime</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Voltage_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Voltage_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Frequency_echo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Frequency_echo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>SerialNumber</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/SerialNumber</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Hash</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Hash</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusNVParam_MUX</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>Dummy</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/Dummy</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VUnder50pct</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VUnder50pct</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>V50to88pct</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/V50to88pct</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>V110to120pct</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/V110to120pct</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>VOver120</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/VOver120</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqHi</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqVeryLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqVeryLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqLo</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/FreqHi</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusNodeID</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusNodeID</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusSA_Mask</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusBaudrate</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusBaudrate</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusThermalOverload</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusMX1Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusMX1Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusMX1Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusMX1Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusMX2Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusMX2Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusMX2Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusMX2Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusK1Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusK1Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusK1Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusK1Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusK2Open</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusK2Open</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>StatusK2Close</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/StatusK2Close</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>L1Current_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/L1Current_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>L2Current_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/L2Current_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>L3Current_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/L3Current_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/L1Voltage_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/L2Voltage_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
        <I-SIGNAL>
          <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
          <SYSTEM-SIGNAL-REF DEST="SYSTEM-SIGNAL">/Signal/L3Voltage_measured</SYSTEM-SIGNAL-REF>
        </I-SIGNAL>
      </ELEMENTS>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>Signal</SHORT-NAME>
      <ELEMENTS>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Enable_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Run command.  When set to a value of 'Enable', causes transition to grid forming or grid following mode depending on whether AC power is detected.  Must be set to 'Disable' to leave POR or FAULTED state.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Enable_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FaultClear_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Clears the latched fault message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FaultClear_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Inverts the logic of the Hardware Enable input.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/InvertHwEnable_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Enables uninterruptible operation when transitioning from GRID FOLLOWING to GRID FORMING operation.  If operating in GRID FOLLOWING mode, and AC grid voltage is interrupted, the module will transition to GRID FORMING mode, with no interruption in power.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EnableUPSMode_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Dictates to the module whether it is connected to a three-phase (four wire) or split phase (L1, L2 and N) electrical system.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EnableSplitPhase_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayMX1_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayMX2_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayK1_Precharge_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayRelayK2_DCRun_comand</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Specifies phase rotation direction.  Only active while transitioning from READY to GRID_FORMING.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PhaseRotation_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Specifies what power command the inverter will follow in GRID FOLLOWING mode.  When configured as Master, CommandPower will be used as the power command.  When configured as Slave, the values in StatusMeasuredPower of the master inverter will be used.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MasterFollowerMode_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>RealPower command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Commanded real power (W) while in grid following mode - positive real power is defined as power being put into the ac network.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/RealPower command</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ReactivePower_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Commanded reactive power (VA) while in grid following mode - positive reactive power is defined as the converter having a leading power factor.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ReactivePower_command</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Voltage_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Desired output voltage while in grid forming mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Voltage_command</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Frequency_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Desired output frequency while in grid forming mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Frequency_command</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured real power of master unit.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/RealPower_measured</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured reactive power of master unit.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ReactivePower_measured</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/WriteSerialNumber</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>SerialNumber</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/SerialNumber</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FactoryAccess</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FactoryAccess</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/CommandSetNVParam_MUX</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Dummy</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Dummy</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VUnder50pct</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the fault trip time when Line-to-line rms voltage for a phase remains under 50 percent of the nominal value specified in the CommandVF message while the inverter is running in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VUnder50pct</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>V50to88pct</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the fault trip time when Line-to-line rms voltage for a phase remains between 50 and 88 percent of the nominal value specified in the CommandVF message while the inverter is running in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/V50to88pct</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>V110to120pct</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the fault trip time when Line-to-line rms voltage for a phase remains between 110 and 120 percent of the nominal value specified in the CommandVF message while the inverter is running in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/V110to120pct</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VOver120</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the fault trip time when Line-to-line rms voltage for a phase remains Over 120 percent of the nominal value specified in the CommandVF message while the inverter is running in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VOver120</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the upper bound, above which the frequency monitor will trip if the line frequency remains for the time specified in FreqHi of the LFM_ClearingTimes Mux.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqHi</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the upper bound, in which the frequency monitor will trip if the line frequency remains below this bound but above the value of FreqVeryLo for the time specified in FreqLo of the LFM_ClearingTimes Mux.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the upper bound, in which the frequency monitor will trip if the line frequency remains below this bound but above the value of FreqVeryLo for the time specified in FreqLo of the LFM_ClearingTimes Mux.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqVeryLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the time it will take for a fault trip to occur when line frequency remains below the value specified in FreqVeryLo of the LFM_Limits Mux when the inverter is in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqVeryLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the time it will take for a fault trip to occur when line frequency remains between the value specified in FreqLo and FreqVeryLo of the LFM_Limits Mux when the inverter is in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Determines the time it will take for a fault trip to occur when line frequency remains above the value specified in FreqHi of the LFM_Limits Mux when the inverter is in GRID FOLLOWING mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqHi</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>NodeID</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">J1939 Source Address node for the module.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/NodeID</DATA-TYPE-REF>
          <LENGTH>8</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>SA_Mask</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Not presently used.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/SA_Mask</DATA-TYPE-REF>
          <LENGTH>8</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Baudrate</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">CAN baudrate</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Baudrate</DATA-TYPE-REF>
          <LENGTH>4</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ThermalOverload</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Configures action to take when thermal overload input is active.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ThermalOverload</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MX1Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX1 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MX1Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MX1Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX1 contactor to close.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MX1Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MX2Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX2 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MX2Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MX2Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX2 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MX2Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>K1Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K1 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/K1Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>K1Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K1 contactor to close.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/K1Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>K2Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K2 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/K2Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>K2Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K2 contactor to close.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/K2Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Enable_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Run command.  When set to a value of 'Enable', causes transition to grid forming or grid following mode depending on whether AC power is detected.  Must be set to 'Disable' to leave POR or FAULTED state.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Enable_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FaultClear_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Clears the latched fault message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FaultClear_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Inverts the logic of the Hardware Enable input.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/InvertHwEnable_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Enables uninterruptible operation when transitioning from GRID FOLLOWING to GRID FORMING operation.  If operating in GRID FOLLOWING mode, and AC grid voltage is interrupted, the module will transition to GRID FORMING mode, with no interruption in power.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EnableUPSMode_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Dictates to the module whether it is connected to a three-phase (four wire) or split phase (L1, L2 and N) electrical system.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EnableSplitPhase_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayMX1_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayMX2_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayK1_Precharge_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">If set to 'Force On,' will force the relay closed, overriding firmware state machine commands.  Meant for diagnostic purposes only.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ForceRelayRelayK2_DCRun_comand</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Specifies phase rotation direction.  Only active while transitioning from READY to GRID_FORMING</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PhaseRotation_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Specifies what power command the inverter will follow in GRID FOLLOWING mode.  When configured as Master, CommandPower will be used as the power command.  When configured as Slave, the values in StatusMeasuredPower of the master inverter will be used.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MasterFollowerMode_command</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>RealPower_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Commanded real power (W) while in grid following mode - positive real power is defined as power being put into the ac network.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/RealPower_command</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ReactivePower_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Commanded reactive power (VA) while in grid following mode - positive reactive power is defined as the converter having a leading power factor.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ReactivePower_command</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Voltage_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Desired output voltage while in grid forming mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Voltage_command</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Frequency_command</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Desired output frequency while in grid forming mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Frequency_command</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured real power of master unit.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/RealPower_measured</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured reactive power of master unit.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ReactivePower_measured</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured real power.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/RealPower_measured</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured reactive power.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ReactivePower_measured</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>RealPower_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echoed real power command.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/RealPower_echo</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echoed reactive power command.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ReactivePower_echo</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>State_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Active control mode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/State_status</DATA-TYPE-REF>
          <LENGTH>4</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">MX2 relay status</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MX2Permissive_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates that AC power is connected and that voltage and frequency are within nominal ranges.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PowerAvailAC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates that DC bus voltage is within operating range.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PowerAvailDC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates whether the switching devices are active.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PowerCircuitEnabled_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Status of the hardware enable.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/HardwareEnable_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Enable_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echos the state of the Enable command withing the CommandModeControl message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Enable_echo</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FaultClr_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echos the state of the FaultClear command withing the CommandModeControl message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FaultClr_echo</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates the validity of the CommandModeControl message.  Message must be received at least once per second and parameter data within range to be considered valid.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MessageValidModeControl_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">MX1 relay status</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MX1Permissive_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">K2 DC Run relay status.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/K2DCRunPermissive_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">K1 precharge relay status.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/K1PrechargePermissive_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates the validity of the CommandPQ message.  Message must be received at least once per second and parameter data within range to be considered valid.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MessageValidPowerCMD_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates the validity of the CommandVF message.  Message must be received at least once per second and parameter data within range to be considered valid.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/MessageValidVF_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>CANbus_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Operational status of the CAN bus driver.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/CANbus_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echos the state of the EnableUPSMode command withing the CommandModeControl message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EnableUPSMode_echo</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echos the state of the EnableSplitPhase command withing the CommandModeControl message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EnableSplitPhase_echo</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Phase rotation order.  When L1 phase angle leads L2 phase angle, rotation is considered positive.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PhaseRotation_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Flag indicating if voltage is detected on L1, L2 or L3.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/LineVoltageDetected_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echos the state of PhaseRotation_command withing the CommandModeControl message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/PhaseRotation_echo</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>v5p0_Supply</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Present voltage of the control board 5V power suppy.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/v5p0_Supply</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>v3p3_Supply</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Present voltage of the control board 3.3V power supply.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/v3p3_Supply</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>v24_Supply</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Present voltage of the control board 24V power supply.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/v24_Supply</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>v15_Supply</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Present voltage of the control board 15V power supply.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/v15_Supply</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>TempInlet_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Coolant inlet temperature</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/TempInlet_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>TempInternal_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Internal ambient temperature</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/TempInternal_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ConverterLosses</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Power converter thermal loss</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ConverterLosses</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates whether a hardware trip has been activated.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/BridgeAVoltageOk_status</DATA-TYPE-REF>
          <LENGTH>1</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set immediately upon the software detection of AC current exceeding the threshold value.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/OvercurrentAC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates whether a hardware trip has been activated.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/BridgeBVoltageOk_status</DATA-TYPE-REF>
          <LENGTH>1</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set immediately upon the software detection of DC voltage exceeding the threshold value.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/OvervoltageDC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set immediately upon the software detection of an IGBT temperature exceeding the threshold value.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/OvertempPowerDevice_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set immediately upon the software detection of an internal inverter temperature exceeding the threshold value.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/OvertempInternal_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set whenever a control message required for operation contains out of range data or has not been received within the required timeout period.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/LossValidControlMessage_status</DATA-TYPE-REF>
          <LENGTH>4</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates loss of DC source voltage.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/UndervoltageDC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set upon the failure of control hardware to return expected response.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ControlHardwareFail_status</DATA-TYPE-REF>
          <LENGTH>4</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set immediately upon the software detection of DC current exceeding the threshold value.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/OvercurrentDC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>GeneralFault_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Will be set any time a fault shutdown has occurred.  It is always accompanied by an additional fault descriptor.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/GeneralFault_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>LossOfAC_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">In grid following mode, this fault will be triggered if AC voltage or frequency goes outside of nominal bounds and EnableUPSMode is not set in the CommandModeControl message.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/LossOfAC_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Set when an enable request has been sent whithout the WakeUpSignal flag (hardware enable) in the StatusBits message being active.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/EStopShutdown_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Each bridge has hardware protection features as a backup to software protection.  This bitfield indicates which, if any of these protection trips is active.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/BridgeAFault_status</DATA-TYPE-REF>
          <LENGTH>3</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Each bridge has hardware protection features as a backup to software protection.  This bitfield indicates which, if any of these protection trips is active.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/BridgeBFault_status</DATA-TYPE-REF>
          <LENGTH>3</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates that an illegal state transition was requested.  For example, this fault will occur if Enable is commanded and line voltage is detected but AC power is not available.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/IllegalTransition_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates that reading of non-volatile parameters at power-up failed.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/InvalidEEHeader_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Indicates that reading or writing of an non-volatile parameter section failed.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/InvalidEESection_status</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ThermalOverload</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ThermalOverload</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured RMS AC voltage.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VoltageAC_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured RMS AC current.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/CurrentAC_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Frequency_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured frequency.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Frequency_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VoltageDCBus</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured DC bus voltage.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VoltageDCBus</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured DC current.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/CurrentDC_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Estimated DC input voltage.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VoltageDCInput_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>n15V_Supply</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Present voltage of the control board -15V power supply.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/n15V_Supply</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>DiodeTemperature</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Hottest diode</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/DiodeTemperature</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>IGBTTemperature</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Hottest IGBT</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/IGBTTemperature</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>InterfaceRev</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Software revision of the CAN communication interface.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/InterfaceRev</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>ControlSwRev</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Software revision of the control firmware.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/ControlSwRev</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>BuildTime</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Build timestamp.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/BuildTime</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Voltage_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echoed voltage command</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Voltage_echo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Frequency_echo</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Echoed frequency command.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Frequency_echo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>SerialNumber</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Serial number of the power module.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/SerialNumber</DATA-TYPE-REF>
          <LENGTH>32</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Hash</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Unique revision identification hashcode.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Hash</DATA-TYPE-REF>
          <LENGTH>28</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusNVParam_MUX</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>Dummy</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/Dummy</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VUnder50pct</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VUnder50pct</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>V50to88pct</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/V50to88pct</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>V110to120pct</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/V110to120pct</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>VOver120</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/VOver120</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqHi</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqVeryLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqVeryLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqLo</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/FreqHi</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusNodeID</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">J1939 Source Address node for the module</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusNodeID</DATA-TYPE-REF>
          <LENGTH>8</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Mask used to configure from which master source addresses to accept commands.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusSA_Mask</DATA-TYPE-REF>
          <LENGTH>8</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusBaudrate</SHORT-NAME>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusBaudrate</DATA-TYPE-REF>
          <LENGTH>4</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Configured action to take when thermal overload input is active.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusThermalOverload</DATA-TYPE-REF>
          <LENGTH>2</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusMX1Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX1 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusMX1Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusMX1Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX1 contactor to close.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusMX1Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusMX2Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX2 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusMX2Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusMX2Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the MX2 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusMX2Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusK1Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K1 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusK1Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusK1Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K1 contactor to close.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusK1Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusK2Open</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K2 contactor to open.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusK2Open</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>StatusK2Close</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Maximum time required for the K2 contactor to close.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/StatusK2Close</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>L1Current_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured L1 RMS line current.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/L1Current_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>L2Current_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured L2 RMS line current.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/L2Current_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>L3Current_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured L3 RMS line current.</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/L3Current_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured L1 RMS line-neutral voltage</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/L1Voltage_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured L2 RMS line-neutral voltage</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/L2Voltage_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
        <SYSTEM-SIGNAL>
          <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
          <DESC>
            <L-2 L="FOR-ALL">Measured L3 RMS line-neutral voltage</L-2>
          </DESC>
          <DATA-TYPE-REF DEST="INTEGER-TYPE">/DataType/L3Voltage_measured</DATA-TYPE-REF>
          <LENGTH>16</LENGTH>
        </SYSTEM-SIGNAL>
      </ELEMENTS>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>DataType</SHORT-NAME>
      <ELEMENTS>
        <INTEGER-TYPE>
          <SHORT-NAME>Enable_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Enable_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FaultClear_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FaultClear_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/InvertHwEnable_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EnableUPSMode_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EnableSplitPhase_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayMX1_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayMX2_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayK1_Precharge_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayRelayK2_DCRun_comand</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PhaseRotation_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MasterFollowerMode_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>RealPower command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/RealPower command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ReactivePower_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ReactivePower_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Voltage_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Voltage_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Frequency_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Frequency_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/RealPower_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ReactivePower_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/WriteSerialNumber</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>SerialNumber</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/SerialNumber</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FactoryAccess</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FactoryAccess</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/CommandSetNVParam_MUX</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Dummy</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Dummy</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VUnder50pct</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VUnder50pct</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>V50to88pct</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/V50to88pct</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>V110to120pct</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/V110to120pct</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VOver120</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VOver120</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqHi</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqVeryLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqVeryLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqHi</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>NodeID</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/NodeID</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>SA_Mask</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/SA_Mask</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Baudrate</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Baudrate</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ThermalOverload</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ThermalOverload</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MX1Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MX1Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MX1Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MX1Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MX2Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MX2Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MX2Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MX2Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>K1Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/K1Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>K1Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/K1Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>K2Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/K2Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>K2Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/K2Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Enable_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Enable_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FaultClear_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FaultClear_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/InvertHwEnable_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EnableUPSMode_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EnableSplitPhase_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayMX1_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayMX2_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayK1_Precharge_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ForceRelayRelayK2_DCRun_comand</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PhaseRotation_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MasterFollowerMode_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>RealPower_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/RealPower_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ReactivePower_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ReactivePower_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Voltage_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Voltage_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Frequency_command</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Frequency_command</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/RealPower_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ReactivePower_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>RealPower_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/RealPower_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ReactivePower_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>RealPower_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/RealPower_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ReactivePower_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>State_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/State_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MX2Permissive_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PowerAvailAC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PowerAvailDC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PowerCircuitEnabled_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/HardwareEnable_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Enable_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Enable_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FaultClr_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FaultClr_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MessageValidModeControl_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MX1Permissive_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/K2DCRunPermissive_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/K1PrechargePermissive_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MessageValidPowerCMD_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/MessageValidVF_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>CANbus_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/CANbus_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EnableUPSMode_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EnableSplitPhase_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PhaseRotation_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/LineVoltageDetected_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/PhaseRotation_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>v5p0_Supply</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/v5p0_Supply</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>v3p3_Supply</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/v3p3_Supply</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>v24_Supply</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/v24_Supply</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>v15_Supply</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/v15_Supply</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>TempInlet_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/TempInlet_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>TempInternal_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/TempInternal_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ConverterLosses</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ConverterLosses</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/BridgeAVoltageOk_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/OvercurrentAC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/BridgeBVoltageOk_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/OvervoltageDC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/OvertempPowerDevice_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/OvertempInternal_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/LossValidControlMessage_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/UndervoltageDC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ControlHardwareFail_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/OvercurrentDC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>GeneralFault_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/GeneralFault_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>LossOfAC_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/LossOfAC_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/EStopShutdown_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/BridgeAFault_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/BridgeBFault_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/IllegalTransition_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/InvalidEEHeader_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/InvalidEESection_status</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ThermalOverload</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ThermalOverload</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VoltageAC_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/CurrentAC_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Frequency_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Frequency_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VoltageDCBus</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VoltageDCBus</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/CurrentDC_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VoltageDCInput_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>n15V_Supply</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/n15V_Supply</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>DiodeTemperature</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/DiodeTemperature</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>IGBTTemperature</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/IGBTTemperature</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>InterfaceRev</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/InterfaceRev</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>ControlSwRev</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/ControlSwRev</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>BuildTime</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/BuildTime</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Voltage_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Voltage_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Frequency_echo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Frequency_echo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>SerialNumber</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/SerialNumber</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Hash</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Hash</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusNVParam_MUX</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>Dummy</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/Dummy</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VUnder50pct</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VUnder50pct</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>V50to88pct</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/V50to88pct</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>V110to120pct</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/V110to120pct</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>VOver120</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/VOver120</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqHi</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqVeryLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqVeryLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqVeryLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqLo</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqLo</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>FreqHi</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/FreqHi</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusNodeID</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusNodeID</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusSA_Mask</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusBaudrate</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusBaudrate</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusThermalOverload</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusMX1Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusMX1Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusMX1Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusMX1Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusMX2Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusMX2Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusMX2Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusMX2Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusK1Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusK1Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusK1Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusK1Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusK2Open</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusK2Open</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>StatusK2Close</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/StatusK2Close</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>L1Current_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/L1Current_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>L2Current_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/L2Current_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>L3Current_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/L3Current_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/L1Voltage_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/L2Voltage_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
        <INTEGER-TYPE>
          <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
          <SW-DATA-DEF-PROPS>
            <COMPU-METHOD-REF DEST="COMPU-METHOD">/DataType/Semantics/L3Voltage_measured</COMPU-METHOD-REF>
          </SW-DATA-DEF-PROPS>
        </INTEGER-TYPE>
      </ELEMENTS>
      <SUB-PACKAGES>
        <AR-PACKAGE>
          <SHORT-NAME>Semantics</SHORT-NAME>
          <ELEMENTS>
            <COMPU-METHOD>
              <SHORT-NAME>Enable_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FaultClear_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Clear Faults</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Clear Faults</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">No invert</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>No invert</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Invert</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Invert</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal - Three Phase Mode</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal - Three Phase Mode</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable Split Phase Mode</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable Split Phase Mode</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Negative</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Negative</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Positive</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Positive</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Master</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Master</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Follower</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Follower</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>RealPower command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ReactivePower_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Voltage_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Frequency_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>SerialNumber</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FactoryAccess</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Param0</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Param0</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">LVM_ClearingTimes1</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>LVM_ClearingTimes1</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">LVM_ClearingTimes2</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>LVM_ClearingTimes2</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">LFM_Limits</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>LFM_Limits</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">LFM_ClearingTimes</L-2>
                    </DESC>
                    <LOWER-LIMIT>4</LOWER-LIMIT>
                    <UPPER-LIMIT>4</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>LFM_ClearingTimes</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">J1939_Interface</L-2>
                    </DESC>
                    <LOWER-LIMIT>5</LOWER-LIMIT>
                    <UPPER-LIMIT>5</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>J1939_Interface</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault_Config</L-2>
                    </DESC>
                    <LOWER-LIMIT>6</LOWER-LIMIT>
                    <UPPER-LIMIT>6</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault_Config</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ContactorDelays1</L-2>
                    </DESC>
                    <LOWER-LIMIT>7</LOWER-LIMIT>
                    <UPPER-LIMIT>7</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ContactorDelays1</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ContactorDelays2</L-2>
                    </DESC>
                    <LOWER-LIMIT>8</LOWER-LIMIT>
                    <UPPER-LIMIT>8</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ContactorDelays2</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ContactorDelays3</L-2>
                    </DESC>
                    <LOWER-LIMIT>10</LOWER-LIMIT>
                    <UPPER-LIMIT>10</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ContactorDelays3</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Dummy</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VUnder50pct</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>V50to88pct</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>V110to120pct</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VOver120</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>NodeID</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>SA_Mask</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Baudrate</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">125K</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>125K</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">250K</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>250K</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">500K</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>500K</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">1M</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>1M</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ThermalOverload</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Warning</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Warning</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MX1Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MX1Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MX2Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MX2Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>K1Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>K1Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>K2Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>K2Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Enable_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FaultClear_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Clear Faults</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Clear Faults</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">No invert</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>No invert</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Invert</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Invert</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal - Three Phase Mode</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal - Three Phase Mode</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable Split Phase Mode</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable Split Phase Mode</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Force On</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Force On</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Negative</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Negative</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Positive</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Positive</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Master</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Master</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Follower</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Follower</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>RealPower_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ReactivePower_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Voltage_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Frequency_command</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>RealPower_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>State_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Power On Reset, and a quoted comma</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Power On Reset, and a quoted comma</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Ready</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Ready</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Following</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Following</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Forming</L-2>
                    </DESC>
                    <LOWER-LIMIT>4</LOWER-LIMIT>
                    <UPPER-LIMIT>4</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Forming</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>5</LOWER-LIMIT>
                    <UPPER-LIMIT>5</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>6</LOWER-LIMIT>
                    <UPPER-LIMIT>6</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>7</LOWER-LIMIT>
                    <UPPER-LIMIT>7</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>8</LOWER-LIMIT>
                    <UPPER-LIMIT>8</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>9</LOWER-LIMIT>
                    <UPPER-LIMIT>9</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>10</LOWER-LIMIT>
                    <UPPER-LIMIT>10</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>11</LOWER-LIMIT>
                    <UPPER-LIMIT>11</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>12</LOWER-LIMIT>
                    <UPPER-LIMIT>12</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>13</LOWER-LIMIT>
                    <UPPER-LIMIT>13</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>14</LOWER-LIMIT>
                    <UPPER-LIMIT>14</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>15</LOWER-LIMIT>
                    <UPPER-LIMIT>15</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Open</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Open</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Closed</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Closed</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">None</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>None</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Available</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Available</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">None</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>None</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Available</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Available</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disabled</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disabled</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enabled</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enabled</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Not Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Not Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Enable_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FaultClr_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Clear Faults</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Clear Faults</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Invalid</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Invalid</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Valid</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Valid</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Open</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Open</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Closed</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Closed</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Open</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Open</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Closed</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Closed</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Open</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Open</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Closed</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Closed</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Invalid</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Invalid</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Valid</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Valid</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Invalid</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Invalid</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Valid</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Valid</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>CANbus_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Warning</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Warning</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ErrorPassive</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ErrorPassive</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>4</LOWER-LIMIT>
                    <UPPER-LIMIT>4</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Disable</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Disable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal - Three Phase Mode</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal - Three Phase Mode</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Enable Split Phase Mode</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Enable Split Phase Mode</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Negative</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Negative</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Positive</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Positive</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">No_Voltage</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>No_Voltage</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Voltage_Detected</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Voltage_Detected</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Negative</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Negative</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Positive</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Positive</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>v5p0_Supply</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>v3p3_Supply</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>v24_Supply</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>v15_Supply</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>TempInlet_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>TempInternal_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ConverterLosses</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>GeneralFault_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>LossOfAC_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">FLT_A</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>FLT_A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">FLT_C</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>FLT_C</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">OverVoltage</L-2>
                    </DESC>
                    <LOWER-LIMIT>4</LOWER-LIMIT>
                    <UPPER-LIMIT>4</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>OverVoltage</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">FLT_B</L-2>
                    </DESC>
                    <LOWER-LIMIT>5</LOWER-LIMIT>
                    <UPPER-LIMIT>5</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>FLT_B</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Overcurrent</L-2>
                    </DESC>
                    <LOWER-LIMIT>6</LOWER-LIMIT>
                    <UPPER-LIMIT>6</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Overcurrent</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">5V</L-2>
                    </DESC>
                    <LOWER-LIMIT>7</LOWER-LIMIT>
                    <UPPER-LIMIT>7</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>5V</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">FLT_A</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>FLT_A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">FLT_C</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>FLT_C</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">OverVoltage</L-2>
                    </DESC>
                    <LOWER-LIMIT>4</LOWER-LIMIT>
                    <UPPER-LIMIT>4</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>OverVoltage</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">FLT_B</L-2>
                    </DESC>
                    <LOWER-LIMIT>5</LOWER-LIMIT>
                    <UPPER-LIMIT>5</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>FLT_B</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Overcurrent</L-2>
                    </DESC>
                    <LOWER-LIMIT>6</LOWER-LIMIT>
                    <UPPER-LIMIT>6</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Overcurrent</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">5V</L-2>
                    </DESC>
                    <LOWER-LIMIT>7</LOWER-LIMIT>
                    <UPPER-LIMIT>7</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>5V</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ThermalOverload</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Normal</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Normal</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault Active</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault Active</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Frequency_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VoltageDCBus</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>n15V_Supply</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>DiodeTemperature</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>IGBTTemperature</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>InterfaceRev</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>ControlSwRev</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.01</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>BuildTime</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Voltage_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Frequency_echo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>SerialNumber</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Hash</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ActParam0</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ActParam0</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ActLVM_ClearingTimes1</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ActLVM_ClearingTimes1</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ActLVM_ClearingTimes2</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ActLVM_ClearingTimes2</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ActLFM_Limits</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ActLFM_Limits</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">ActLFM_ClearingTimes</L-2>
                    </DESC>
                    <LOWER-LIMIT>4</LOWER-LIMIT>
                    <UPPER-LIMIT>4</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>ActLFM_ClearingTimes</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">StatusJ1939_Interface</L-2>
                    </DESC>
                    <LOWER-LIMIT>5</LOWER-LIMIT>
                    <UPPER-LIMIT>5</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>StatusJ1939_Interface</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">StatusFault_Config</L-2>
                    </DESC>
                    <LOWER-LIMIT>6</LOWER-LIMIT>
                    <UPPER-LIMIT>6</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>StatusFault_Config</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">StatusContactorDelays1</L-2>
                    </DESC>
                    <LOWER-LIMIT>7</LOWER-LIMIT>
                    <UPPER-LIMIT>7</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>StatusContactorDelays1</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">StatusContactorDelays2</L-2>
                    </DESC>
                    <LOWER-LIMIT>8</LOWER-LIMIT>
                    <UPPER-LIMIT>8</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>StatusContactorDelays2</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">StatusContactorDelays3</L-2>
                    </DESC>
                    <LOWER-LIMIT>9</LOWER-LIMIT>
                    <UPPER-LIMIT>9</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>StatusContactorDelays3</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>Dummy</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VUnder50pct</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>V50to88pct</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>V110to120pct</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>VOver120</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusNodeID</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusBaudrate</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">125K</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>125K</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">250K</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>250K</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">500K</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>500K</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">1M</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>1M</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Warning</L-2>
                    </DESC>
                    <LOWER-LIMIT>0</LOWER-LIMIT>
                    <UPPER-LIMIT>0</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Warning</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Fault</L-2>
                    </DESC>
                    <LOWER-LIMIT>1</LOWER-LIMIT>
                    <UPPER-LIMIT>1</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Fault</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">Error</L-2>
                    </DESC>
                    <LOWER-LIMIT>2</LOWER-LIMIT>
                    <UPPER-LIMIT>2</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>Error</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <DESC>
                      <L-2 L="FOR-ALL">N/A</L-2>
                    </DESC>
                    <LOWER-LIMIT>3</LOWER-LIMIT>
                    <UPPER-LIMIT>3</UPPER-LIMIT>
                    <COMPU-CONST>
                      <VT>N/A</VT>
                    </COMPU-CONST>
                  </COMPU-SCALE>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusMX1Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusMX1Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusMX2Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusMX2Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusK1Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusK1Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusK2Open</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>StatusK2Close</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>L1Current_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>L2Current_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>L3Current_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
            <COMPU-METHOD>
              <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
              <COMPU-INTERNAL-TO-PHYS>
                <COMPU-SCALES>
                  <COMPU-SCALE>
                    <COMPU-RATIONAL-COEFFS>
                      <COMPU-NUMERATOR>
                        <V>0</V>
                        <V>0.1</V>
                      </COMPU-NUMERATOR>
                      <COMPU-DENOMINATOR>
                        <V>1</V>
                      </COMPU-DENOMINATOR>
                    </COMPU-RATIONAL-COEFFS>
                  </COMPU-SCALE>
                </COMPU-SCALES>
              </COMPU-INTERNAL-TO-PHYS>
            </COMPU-METHOD>
          </ELEMENTS>
        </AR-PACKAGE>
        <AR-PACKAGE>
          <SHORT-NAME>Unit</SHORT-NAME>
          <ELEMENTS>
            <UNIT>
              <SHORT-NAME>Enable_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FaultClear_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>RealPower command</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ReactivePower_command</SHORT-NAME>
              <DISPLAY-NAME>VA</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Voltage_command</SHORT-NAME>
              <DISPLAY-NAME>Vrms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Frequency_command</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <DISPLAY-NAME>VA</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>WriteSerialNumber</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>SerialNumber</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FactoryAccess</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>CommandSetNVParam_MUX</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Dummy</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VUnder50pct</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>V50to88pct</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>V110to120pct</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VOver120</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>NodeID</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>SA_Mask</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Baudrate</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ThermalOverload</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MX1Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MX1Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MX2Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MX2Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>K1Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>K1Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>K2Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>K2Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Enable_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FaultClear_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>InvertHwEnable_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EnableUPSMode_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EnableSplitPhase_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayMX1_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayMX2_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayK1_Precharge_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ForceRelayRelayK2_DCRun_comand</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PhaseRotation_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MasterFollowerMode_command</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>RealPower_command</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ReactivePower_command</SHORT-NAME>
              <DISPLAY-NAME>VA</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Voltage_command</SHORT-NAME>
              <DISPLAY-NAME>Vrms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Frequency_command</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <DISPLAY-NAME>VA</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>RealPower_measured</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ReactivePower_measured</SHORT-NAME>
              <DISPLAY-NAME>VA</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>RealPower_echo</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ReactivePower_echo</SHORT-NAME>
              <DISPLAY-NAME>VA</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>State_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MX2Permissive_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PowerAvailAC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PowerAvailDC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PowerCircuitEnabled_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>HardwareEnable_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Enable_echo</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FaultClr_echo</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MessageValidModeControl_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MX1Permissive_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>K2DCRunPermissive_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>K1PrechargePermissive_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MessageValidPowerCMD_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>MessageValidVF_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>CANbus_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EnableUPSMode_echo</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EnableSplitPhase_echo</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PhaseRotation_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>LineVoltageDetected_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>PhaseRotation_echo</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>v5p0_Supply</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>v3p3_Supply</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>v24_Supply</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>v15_Supply</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>TempInlet_measured</SHORT-NAME>
              <DISPLAY-NAME>C</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>TempInternal_measured</SHORT-NAME>
              <DISPLAY-NAME>C</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ConverterLosses</SHORT-NAME>
              <DISPLAY-NAME>W</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>BridgeAVoltageOk_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>OvercurrentAC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>BridgeBVoltageOk_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>OvervoltageDC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>OvertempPowerDevice_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>OvertempInternal_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>LossValidControlMessage_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>UndervoltageDC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ControlHardwareFail_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>OvercurrentDC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>GeneralFault_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>LossOfAC_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>EStopShutdown_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>BridgeAFault_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>BridgeBFault_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>IllegalTransition_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>InvalidEEHeader_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>InvalidEESection_status</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ThermalOverload</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VoltageAC_measured</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>CurrentAC_measured</SHORT-NAME>
              <DISPLAY-NAME>A</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Frequency_measured</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VoltageDCBus</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>CurrentDC_measured</SHORT-NAME>
              <DISPLAY-NAME>A</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VoltageDCInput_measured</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>n15V_Supply</SHORT-NAME>
              <DISPLAY-NAME>V</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>DiodeTemperature</SHORT-NAME>
              <DISPLAY-NAME>C</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>IGBTTemperature</SHORT-NAME>
              <DISPLAY-NAME>C</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>InterfaceRev</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>ControlSwRev</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>BuildTime</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Voltage_echo</SHORT-NAME>
              <DISPLAY-NAME>Vrms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Frequency_echo</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>SerialNumber</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Hash</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusNVParam_MUX</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>Dummy</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VUnder50pct</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>V50to88pct</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>V110to120pct</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>VOver120</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <DISPLAY-NAME>Hz</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqVeryLo</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqLo</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>FreqHi</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusNodeID</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusSA_Mask</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusBaudrate</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusThermalOverload</SHORT-NAME>
              <DISPLAY-NAME></DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusMX1Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusMX1Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusMX2Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusMX2Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusK1Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusK1Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusK2Open</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>StatusK2Close</SHORT-NAME>
              <DISPLAY-NAME>ms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>L1Current_measured</SHORT-NAME>
              <DISPLAY-NAME>A</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>L2Current_measured</SHORT-NAME>
              <DISPLAY-NAME>A</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>L3Current_measured</SHORT-NAME>
              <DISPLAY-NAME>A</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>L1Voltage_measured</SHORT-NAME>
              <DISPLAY-NAME>Vrms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>L2Voltage_measured</SHORT-NAME>
              <DISPLAY-NAME>Vrms</DISPLAY-NAME>
            </UNIT>
            <UNIT>
              <SHORT-NAME>L3Voltage_measured</SHORT-NAME>
              <DISPLAY-NAME>Vrms</DISPLAY-NAME>
            </UNIT>
          </ELEMENTS>
        </AR-PACKAGE>
      </SUB-PACKAGES>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>ECU</SHORT-NAME>
      <ELEMENTS/>
    </AR-PACKAGE>
    <AR-PACKAGE>
      <SHORT-NAME>IPDUGroup</SHORT-NAME>
      <ELEMENTS/>
    </AR-PACKAGE>
  </TOP-LEVEL-PACKAGES>
</AUTOSAR>
