KAMSTRUP_MULTICAL_XX3_DEFAULT

KAMSTRUP_MULTICAL_XX3_DEFAULT (FB)

FUNCTION_BLOCK KAMSTRUP_MULTICAL_XX3_DEFAULT

Guidelines - Software creation

The following function codes (FC) are supported: 3, 4, 8, 16, 43, 65 and 66 This function block can be used with the following communication modules: \

1. HC-003-67: Modbus-RTU with pulse inputs In-A and In-B (slot 1) or In-A2 and In-B2 (slot 2)\

2. HC-003-82: Modbus-TCP with pulse inputs In-A and In-B (slot 1) or In-A2 and In-B2 (slot 2)\

These modules can be used in the following meters: 1) MULTICAL 403 2) MULTICAL 603 3) MULTICAL 803 Data is read according to the 'Default' profile (Default datagram = xx-yy-300) Unused registers contain the following contents depending on data type: 1) Signed integer (16 bit): 0x00000000 2) Integer (32 bit): 0xFFFFFFFF 3) Signed integer (32 bit): 0x7FFFFFFF 4) Float (32 bit): 0x4F800000 Calibration of the temperature sensors must be performed on the device; however, no adjustment is possible via Modbus. Modbus addresses 1 - 247 can be set using appropriate Kamstrup tools. Measured values - Adjustment: Class ??? \

InOut:

Scope	Name	Type	Initial	Comment
Input	xEn	BOOL	TRUE	Enable / disable of communication ( TRUE = enabled )
Input	byUnitId	BYTE	1	Device address ( 1 .. 247 )
Input	xUpdateActual	BOOL	FALSE	Update of actual values ( on each rising edge )
Input	xUpdateConfig	BOOL	FALSE	Update of configuration (on every rising edge) (write and read access)
Input	xUpdateInfo	BOOL	FALSE	Update of information ( on each rising edge )
Input	xResError	BOOL	FALSE	Reinitialization of the outputs ‘eErrorCodeCom’ and ‘xErrorCodeDev’ to the error-free state (on every rising edge)
Inout	ModbusClient	ModbusClientBase		Client of the device
Output	rVolFlowV1	REAL	0.0	Measured quantity 'Current volumetric flow V1'
Output	eUnitVolFlowV1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current volumetric flow V1'
Output	rVolFlowV2	REAL	0.0	Measured quantity 'Current volumetric flow V2'
Output	eUnitVolFlowV2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current volumetric flow V2'
Output	rPower	REAL	0.0	Measured quantity 'Current power'
Output	eUnitPower	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current power'
Output	rT1	REAL	0.0	Measured quantity 'Current temperature T1'
Output	eUnitT1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current temperature T1'
Output	rT2	REAL	0.0	Measured quantity 'Current temperature T2'
Output	eUnitT2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current temperature T2'
Output	rT3	REAL	0.0	Measured quantity 'Current temperature T3'
Output	eUnitT3	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current temperature T3'
Output	rT4	REAL	0.0	Measured quantity 'Current temperature T4'
Output	eUnitT4	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current temperature T4'
Output	rDeltaT1_T2	REAL	0.0	Measured quantity 'Current temperature difference T1-T2'
Output	eUnitDeltaT1_T2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current temperature difference T1-T2'
Output	rPowerP1	REAL	0.0	Measured quantity 'Current power P1'
Output	eUnitPowerP1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current power P1'
Output	rPowerP2	REAL	0.0	Measured quantity 'Current power P2'
Output	eUnitPowerP2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current power P2'
Output	rHeatEnergyE1	REAL	0.0	Measured quantity 'Current heat energy E1'
Output	eUnitHeatEnergyE1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current heat energy E1'
Output	rHeatEnergyE2	REAL	0.0	Measured quantity 'Current heat energy E2'
Output	eUnitHeatEnergyE2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current heat energy E2'
Output	rCoolingEnergyE3	REAL	0.0	Measured quantity 'Current cooling energy E3'
Output	eUnitCoolingEnergyE3	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current cooling energy E3'
Output	rInletEnergyE4	REAL	0.0	Measured quantity 'Current energy at inlet E4'
Output	eUnitInletEnergyE4	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current energy at inlet E4'
Output	rOutletEnergyE5	REAL	0.0	Measured quantity 'Current energy at outlet E5'
Output	eUnitOutletEnergyE5	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Current energy at outlet E5'
Output	rVolumeV1	REAL	0.0	Measured quantity 'Cumulative volume V1'
Output	eUnitVolumeV1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative volume V1'
Output	rVolumeV2	REAL	0.0	Measured quantity 'Cumulative volume V2'
Output	eUnitVolumeV2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative volume V2'
Output	rPulseInputA1	REAL	0.0	Measured quantity 'Cumulative pulse count input A1'
Output	eUnitPulseInputA1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative pulse count input A1'
Output	rPulseInputB1	REAL	0.0	Measured quantity 'Cumulative pulse count input B1'
Output	eUnitPulseInputB1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative pulse count input B1'
Output	rPulseInputA2	REAL	0.0	Measured quantity 'Cumulative pulse count input A2'
Output	eUnitPulseInputA2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative pulse count input A2'
Output	rPulseInputB2	REAL	0.0	Measured quantity 'Cumulative pulse count input B2'
Output	eUnitPulseInputB2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative pulse count input B2'
Output	rMassM1	REAL	0.0	Measured quantity 'Cumulative total mass M1'
Output	eUnitMassM1	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative total mass M1'
Output	rMassM2	REAL	0.0	Measured quantity 'Cumulative total mass M2'
Output	eUnitMassM2	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS	KAMSTRUP_MULTICAL_XX3_DEFAULT_UNITS.No_unit	Unit of the measured quantity 'Cumulative total mass M2'
Output	dwOperatingHours	DWORD	0	Operating hours
Output	dwErrorHours	DWORD	0	Operating hours with active error
Output	dwDate	DWORD	0	Date in format YY.MM.DD
Output	dwTime	DWORD	0	Time in format HH.MM.SS
Output	sSerialNum	STRING	‘’	Serial number
Output	dwMeterType	DWORD	0	Device type and firmware version
Output	dwMainSubType	DWORD	0	Device main version and subversion
Output	dwFirmwareVer	DWORD	0	Firmware version
Output	xSensorOffsetInDevice	BOOL	FALSE	Indicates whether sensor calibration must be performed in the device (TRUE = calibration required in device, FALSE = calibration in FB required)
Output	xAlarm	BOOL	FALSE	Collective fault ( TRUE = fault )
Output	xAlarmCom	BOOL	FALSE	Collective fault - communication ( TRUE = fault )
Output	eErrorCodeCom	ModbusErrorCode		Error code - communication ( 0 = no error )
Output	stErrorCodeDev_1	STRING	‘’	String 1 with the numbers of active device errors ( error bits 0 - 15 )
Output	stErrorCodeDev_2	STRING	‘’	String 2 with the numbers of active device errors ( error bits 16 - 31 )
Output	xBusy	BOOL	FALSE	Communication indicator ( TRUE = communication )
Input Const	tTimeUpdateInfo	TIME	TIME#0ms	Update interval for the processes affected by the input ‘xUpdateInfo’
Input Const	tTimeUpdateConfig	TIME	TIME#0ms	Update interval for the processes affected by the input ‘xUpdateConfig’
Input Const	tTimeUpdateActual	TIME	TIME#3s0ms	Update interval for the processes affected by the input ‘xUpdateActual’