KAMSTRUP_MULTICAL_XX3_DEFAULT

KAMSTRUP_MULTICAL_XX3_DEFAULT (FB)

FUNCTION_BLOCK KAMSTRUP_MULTICAL_XX3_DEFAULT

Representation

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 are 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 done in 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 every rising edge )
Input	xUpdateConfig	BOOL	FALSE	Update of the configuration (on each rising edge) (write and read access)
Input	xUpdateInfo	BOOL	FALSE	Update of information (on every rising edge)
Input	xResError	BOOL	FALSE	Reinitialization of the outputs 'eErrorCodeCom' and/or '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 the sensor calibration must be performed in the device ( TRUE = calibration required in device, FALSE = calibration required in FB )
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 the active device errors ( error bits 0 - 15)
Output	stErrorCodeDev_2	STRING	‘’	String 2 with the numbers of the active device errors ( error bits 16 - 31)
Output	xBusy	BOOL	FALSE	Communication indicator ( TRUE = Communication )
Input Const	tTimeUpdateInfo	TIME	TIME#0ms	Update interval for operations affected by the input 'xUpdateInfo'
Input Const	tTimeUpdateConfig	TIME	TIME#0ms	Update interval for operations affected by the input 'xUpdateConfig'
Input Const	tTimeUpdateActual	TIME	TIME#3s0ms	Update interval for the operations influenced by the input ‘xUpdateActual’