static ModbusCommands()
{
WeightMemDayStandard = new ModbusCommand(DataType.S16, 9, IOType.Input, ApplicationMode.Standard, 0, 0);
WeightMemMonthStandard = new ModbusCommand(DataType.S16, 10, IOType.Input, ApplicationMode.Standard, 0, 0);
WeightMemYearStandard = new ModbusCommand(DataType.S16, 11, IOType.Input, ApplicationMode.Standard, 0, 0);
WeightMemSeqNumberStandard = new ModbusCommand(DataType.S16, 12, IOType.Input, ApplicationMode.Standard, 0, 0);
WeightMemGrossStandard = new ModbusCommand(DataType.S16, 13, IOType.Input, ApplicationMode.Standard, 0, 0);
WeightMemNetStandard = new ModbusCommand(DataType.S16, 14, IOType.Input, ApplicationMode.Standard, 0, 0);
WeightMemDayFiller = new ModbusCommand(DataType.S16, 32, IOType.Output, ApplicationMode.Filler, 0, 0);
WeightMemMonthFiller = new ModbusCommand(DataType.S16, 33, IOType.Output, ApplicationMode.Filler, 0, 0);
WeightMemYearFiller = new ModbusCommand(DataType.S16, 34, IOType.Output, ApplicationMode.Filler, 0, 0);
WeightMemSeqNumberFiller = new ModbusCommand(DataType.S16, 35, IOType.Output, ApplicationMode.Filler, 0, 0);
WeightMemGrossFiller = new ModbusCommand(DataType.S16, 36, IOType.Output, ApplicationMode.Filler, 0, 0);
WeightMemNetFiller = new ModbusCommand(DataType.S16, 37, IOType.Output, ApplicationMode.Filler, 0, 0);
CWTScaleCalibrationWeight = new ModbusCommand(DataType.S32, 46, IOType.Output, ApplicationMode.Standard, 0, 0);
LDWZeroSignal = new ModbusCommand(DataType.S32, 48, IOType.Output, ApplicationMode.Standard, 0, 0);
LWTNominalSignal = new ModbusCommand(DataType.S32, 50, IOType.Output, ApplicationMode.Standard, 0, 0);
CIA461NetValue = new ModbusCommand(DataType.S32, 0, IOType.Input, ApplicationMode.Standard, 32, 0);
CIA461GrossValue = new ModbusCommand(DataType.S32, 2, IOType.Input, ApplicationMode.Standard, 32, 0);
CIA461WeightStatusGeneralWeightError = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 0, 1);
CIA461WeightStatusScaleAlarm = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 1, 1);
CIA461WeightStatusLimitStatus = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 2, 2);
CIA461WeightStatusWeightMoving = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 4, 1);
CIA461WeightStatusScaleSealIsOpen = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 5, 1);
CIA461WeightStatusManualTare = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 6, 1);
CIA461WeightStatusWeightType = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 7, 1);
CIA461WeightStatusScaleRange = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 8, 2);
CIA461WeightStatusZeroRequired = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 10, 1);
CIA461WeightStatusCenterOfZero = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 11, 1);
CIA461WeightStatusInsideZero = new ModbusCommand(DataType.BIT, 4, IOType.Input, ApplicationMode.Standard, 12, 1);
IMDApplicationMode = new ModbusCommand(DataType.BIT, 5, IOType.Input, ApplicationMode.Standard, 0, 2);
CIA461Decimals = new ModbusCommand(DataType.BIT, 5, IOType.Input, ApplicationMode.Standard, 4, 3);
CIA461Unit = new ModbusCommand(DataType.BIT, 5, IOType.Input, ApplicationMode.Standard, 7, 2);
PLCComHandshake = new ModbusCommand(DataType.BIT, 5, IOType.Input, ApplicationMode.Standard, 14, 1);
PLCComStatus = new ModbusCommand(DataType.BIT, 5, IOType.Input, ApplicationMode.Standard, 15, 1);
IS1DigitalInput1 = new ModbusCommand(DataType.BIT, 6, IOType.Input, ApplicationMode.Standard, 1, 1);
IS2DigitalInput2 = new ModbusCommand(DataType.BIT, 6, IOType.Input, ApplicationMode.Standard, 2, 1);
IS3DigitalInput3 = new ModbusCommand(DataType.BIT, 6, IOType.Input, ApplicationMode.Standard, 3, 1);
IS4DigitalInput4 = new ModbusCommand(DataType.BIT, 6, IOType.Input, ApplicationMode.Standard, 4, 1);
OS1DigitalOutput1 = new ModbusCommand(DataType.BIT, 7, IOType.Input, ApplicationMode.Standard, 1, 1);
OS2DigitalOutput2 = new ModbusCommand(DataType.BIT, 7, IOType.Input, ApplicationMode.Standard, 2, 1);
OS3DigitalOutput3 = new ModbusCommand(DataType.BIT, 7, IOType.Input, ApplicationMode.Standard, 3, 1);
OS4DigitalOutput4 = new ModbusCommand(DataType.BIT, 7, IOType.Input, ApplicationMode.Standard, 4, 1);
LVSLimitValueStatus = new ModbusCommand(DataType.U08, 8, IOType.Input, ApplicationMode.Standard, 0, 0);
CIA461TareValue = new ModbusCommand(DataType.U08, 2, IOType.Input, ApplicationMode.Standard, 0, 0);
LIV1LimitSwitchSource = new ModbusCommand(DataType.U08, 4, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV1LimitSwitchMode = new ModbusCommand(DataType.U08, 5, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV1LimitSwitchLevel = new ModbusCommand(DataType.S32, 6, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV1LimitSwitchHysteresis = new ModbusCommand(DataType.S32, 8, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV2LimitSwitchSource = new ModbusCommand(DataType.U08, 10, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV2LimitSwitchMode = new ModbusCommand(DataType.U08, 11, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV2LimitSwitchLevel = new ModbusCommand(DataType.S32, 12, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV2LimitSwitchHysteresis = new ModbusCommand(DataType.S32, 14, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV3LimitSwitchSource = new ModbusCommand(DataType.U08, 16, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV3LimitSwitchMode = new ModbusCommand(DataType.U08, 17, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV3LimitSwitchLevel = new ModbusCommand(DataType.S32, 18, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV3LimitSwitchHysteresis = new ModbusCommand(DataType.S32, 20, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV4LimitSwitchSource = new ModbusCommand(DataType.U08, 22, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV4LimitSwitchMode = new ModbusCommand(DataType.U08, 23, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV4LimitSwitchLevel = new ModbusCommand(DataType.S32, 24, IOType.Output, ApplicationMode.Standard, 0, 0);
LIV4LimitSwitchHysteresis = new ModbusCommand(DataType.S32, 26, IOType.Output, ApplicationMode.Standard, 0, 0);
FillingStateCoarseFlow = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 0, 1);
FillingStateFineFlow = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 1, 1);
FillingStateReady = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 2, 1);
FillingStateReDosing = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 3, 1);
FillingStateEmptying = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 4, 1);
FillingStateFlowError = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 5, 1);
FillingStateAlarm = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 6, 1);
FillingStateAdcOverUnderload = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 7, 1);
FillingStateMaximalDosingTimeInput = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 8, 1);
FillingStateLegalForTradeOperation = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 9, 1);
FillingStateToleranceErrorPlus = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 10, 1);
FillingStateToleranceErrorMinus = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 11, 1);
FillingStateStatusInput1 = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 14, 1);
FillingStateGeneralScaleError = new ModbusCommand(DataType.BIT, 8, IOType.Input, ApplicationMode.Filler, 15, 1);
SUMFillingResultSum = new ModbusCommand(DataType.S32, 18, IOType.Input, ApplicationMode.Filler, 0, 0);
DSTDosingTime = new ModbusCommand(DataType.U16, 24, IOType.Input, ApplicationMode.Filler, 0, 0);
CFTCoarseFlowTime = new ModbusCommand(DataType.U16, 25, IOType.Input, ApplicationMode.Filler, 0, 0);
FFTFineFlowTime = new ModbusCommand(DataType.U16, 26, IOType.Input, ApplicationMode.Filler, 0, 0);
CurrentProductParameterSet = new ModbusCommand(DataType.U08, 27, IOType.Input, ApplicationMode.Filler, 0, 0);
FWTFillingTargetWeight = new ModbusCommand(DataType.S32, 10, IOType.Output, ApplicationMode.Filler, 0, 0);
RFTResidualFlowTime = new ModbusCommand(DataType.U16, 9, IOType.Output, ApplicationMode.Filler, 0, 0);
CFDCoarseFlowDisconnect = new ModbusCommand(DataType.S32, 12, IOType.Output, ApplicationMode.Filler, 0, 0);
FFDFineFlowDisconnect = new ModbusCommand(DataType.S32, 14, IOType.Output, ApplicationMode.Filler, 0, 0);
FFMMinimumFineFlow = new ModbusCommand(DataType.S32, 16, IOType.Output, ApplicationMode.Filler, 0, 0);
OSNOptimization = new ModbusCommand(DataType.U08, 18, IOType.Output, ApplicationMode.Filler, 0, 0);
MDTMaximalFillingTime = new ModbusCommand(DataType.U16, 19, IOType.Output, ApplicationMode.Filler, 0, 0);
FFLFirstFineFlow = new ModbusCommand(DataType.U16, 20, IOType.Output, ApplicationMode.Filler, 0, 0);
LTCLockoutTimeCoarseFlow = new ModbusCommand(DataType.U16, 21, IOType.Output, ApplicationMode.Filler, 0, 0);
LTFLockoutTimeFineFlow = new ModbusCommand(DataType.U16, 22, IOType.Output, ApplicationMode.Filler, 0, 0);
TMDTareMode = new ModbusCommand(DataType.U08, 23, IOType.Output, ApplicationMode.Filler, 0, 0);
UTLUpperToleranceLimit = new ModbusCommand(DataType.S32, 24, IOType.Output, ApplicationMode.Filler, 0, 0);
LTLLowerToleranceLimit = new ModbusCommand(DataType.S32, 26, IOType.Output, ApplicationMode.Filler, 0, 0);
MSWMinimumStartWeight = new ModbusCommand(DataType.S32, 28, IOType.Output, ApplicationMode.Filler, 0, 0);
EWTEmptyWeight = new ModbusCommand(DataType.S32, 30, IOType.Output, ApplicationMode.Filler, 0, 0);
TADTareDelay = new ModbusCommand(DataType.U16, 32, IOType.Output, ApplicationMode.Filler, 0, 0);
CBTCoarseFlowMonitoringTime = new ModbusCommand(DataType.U16, 33, IOType.Output, ApplicationMode.Filler, 0, 0);
CBKCoarseFlowMonitoring = new ModbusCommand(DataType.U32, 34, IOType.Output, ApplicationMode.Filler, 0, 0);
FBKFineFlowMonitoring = new ModbusCommand(DataType.U32, 36, IOType.Output, ApplicationMode.Filler, 0, 0);
FBTFineFlowMonitoringTime = new ModbusCommand(DataType.U16, 38, IOType.Output, ApplicationMode.Filler, 0, 0);
DL1DosingDelay1 = new ModbusCommand(DataType.U08, 39, IOType.Output, ApplicationMode.Filler, 0, 0);
DL2DosingDelay2 = new ModbusCommand(DataType.U08, 40, IOType.Output, ApplicationMode.Filler, 0, 0);
SYDSystematicDifference = new ModbusCommand(DataType.U32, 41, IOType.Output, ApplicationMode.Filler, 0, 0);
DMDDosingMode = new ModbusCommand(DataType.U08, 42, IOType.Output, ApplicationMode.Filler, 0, 0);
VCTValveControl = new ModbusCommand(DataType.U08, 43, IOType.Output, ApplicationMode.Filler, 0, 0);
EMDEmptyingMode = new ModbusCommand(DataType.U08, 44, IOType.Output, ApplicationMode.Filler, 0, 0);
PLCComResetHandshake = new ModbusCommand(DataType.U16, 0, IOType.Output, ApplicationMode.Standard, 0, 0);
ControlWordTare = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 0, 1);
ControlWordGrossNet = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 1, 1);
ControlWordClearDosingResults = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 2, 1);
ControlWordAbortDosing = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 3, 1);
ControlWordStartDosing = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 4, 1);
ControlWordZeroing = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 6, 1);
ControlWordAdjustZero = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 7, 1);
ControlWordAdjustNominal = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 8, 1);
ControlWordActivateData = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 11, 1);
ControlWordRecordWeight = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 14, 1);
ControlWordManualReDosing = new ModbusCommand(DataType.BIT, 0, IOType.Output, ApplicationMode.Standard, 15, 1);
}