# 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 when employing the following communication modules: 1. HC-003-67: Modbus RTU with meter inputs In-A and In-B (slot 1) or In-A2 and In-B2 (slot 2) 2. HC-003-82: Modbus TCP with meter 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 The data is read according to the profile `Default` read (default datagram = xx-yy-300) Unused registers contain the following contents depending on the data type: 1\) Signed integer (16 bit): 0x00000000 2) Integer (32 bit): 0xFFFFFFFF 3) Signed integer (32 bit): 0x7FFFFFFF 4) Float (32 bit): 0x4F800000 The calibration of the temperature sensors must be carried out in the device; however, no adjustment is possible via Modbus. The Modbus addresses 1 - 247 can be set using suitable Kamstrup tools. Measured values - adjustment: Class ??? InOut: | Scope | Name | Type | Initial | Comment | | ----------- | ----------------------- | --------------------------------------- | ------------------------------------------------ | ------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | Input | `xEn` | `BOOL` | TRUE | Enable / disable communication (TRUE = enable) | | Input | `byUnitId` | `BYTE` | 1 | Device address (1 .. 247) | | Input | `xUpdateActual` | `BOOL` | FALSE |

Update of actual values (on every rising edge
)

| | Input | `xUpdateConfig` | `BOOL` | FALSE | Configuration update (on every rising edge) (write and read access) | | Input | `xUpdateInfo` | `BOOL` | FALSE | Update of the information (on every rising edge) | | Input | `xResError` | `BOOL` | FALSE |

Reinitialization of the outputs eErrorCodeCom or
xErrorCodeDev to the fault-free state (on every rising edge)

| | Inout | `ModbusClient` | `ModbusClientBase` | | Client of the device | | Output | `rVolFlowV1` | `REAL` | 0.0 | Measured value 'Current volume flow V1' | | Output | `eUnitVolFlowV1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current volume flow V1' | | Output | `rVolFlowV2` | `REAL` | 0.0 | Measured value 'Current volume flow V2' | | Output | `eUnitVolFlowV2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current volume flow V2' | | Output | `rPower` | `REAL` | 0.0 | Measured value 'Current power' | | Output | `eUnitPower` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current power' | | Output | `rT1` | `REAL` | 0.0 | Measured value 'Current temperature T1' | | Output | `eUnitT1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current temperature T1' | | Output | `rT2` | `REAL` | 0.0 | Measured value 'Current temperature T2' | | Output | `eUnitT2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current temperature T2' | | Output | `rT3` | `REAL` | 0.0 | Measured value 'Current temperature T3' | | Output | `eUnitT3` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current temperature T3' | | Output | `rT4` | `REAL` | 0.0 | Measured value 'Current temperature T4' | | Output | `eUnitT4` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current temperature T4' | | Output | `rDeltaT1_T2` | `REAL` | 0.0 | Measured value 'Current temperature difference T1-T2' | | Output | `eUnitDeltaT1_T2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current temperature difference T1-T2' | | Output | `rPowerP1` | `REAL` | 0.0 | Measured value 'Current power P1' | | Output | `eUnitPowerP1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current power P1' | | Output | `rPowerP2` | `REAL` | 0.0 | Measured value 'Current power P2' | | Output | `eUnitPowerP2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current power P2' | | Output | `rHeatEnergyE1` | `REAL` | 0.0 | Measured value 'Current heat energy E1' | | Output | `eUnitHeatEnergyE1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current heat energy E1' | | Output | `rHeatEnergyE2` | `REAL` | 0.0 | Measured value 'Current heat energy E2' | | Output | `eUnitHeatEnergyE2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current heat energy E2' | | Output | `rCoolingEnergyE3` | `REAL` | 0.0 | Measured value 'Current cooling energy E3' | | Output | `eUnitCoolingEnergyE3` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current cooling energy E3' | | Output | `rInletEnergyE4` | `REAL` | 0.0 | Measured value 'Current energy at input E4' | | Output | `eUnitInletEnergyE4` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current energy at input E4' | | Output | `rOutletEnergyE5` | `REAL` | 0.0 | Measured value 'Current energy at output E5' | | Output | `eUnitOutletEnergyE5` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Current energy at output E5' | | Output | `rVolumeV1` | `REAL` | 0.0 | Measured value 'Cumulative volume V1' | | Output | `eUnitVolumeV1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative volume V1' | | Output | `rVolumeV2` | `REAL` | 0.0 | Measured value 'Cumulative volume V2' | | Output | `eUnitVolumeV2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative volume V2' | | Output | `rPulseInputA1` | `REAL` | 0.0 | Measured value 'Cumulative pulse count input A1' | | Output | `eUnitPulseInputA1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative pulse count input A1' | | Output | `rPulseInputB1` | `REAL` | 0.0 | Measured value 'Cumulative pulse count input B1' | | Output | `eUnitPulseInputB1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative pulse count input B1' | | Output | `rPulseInputA2` | `REAL` | 0.0 | Measured value 'Cumulative pulse count input A2' | | Output | `eUnitPulseInputA2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative pulse count input A2' | | Output | `rPulseInputB2` | `REAL` | 0.0 | Measured value 'Cumulative pulse count input B2' | | Output | `eUnitPulseInputB2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative pulse count input B2' | | Output | `rMassM1` | `REAL` | 0.0 | Measured value 'Cumulative total mass M1' | | Output | `eUnitMassM1` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative total mass M1' | | Output | `rMassM2` | `REAL` | 0.0 | Measured value 'Cumulative total mass M2' | | Output | `eUnitMassM2` | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS | KAMSTRUP\_MULTICAL\_XX3\_DEFAULT\_UNITS.No\_unit | Unit of the measured value 'Cumulative total mass M2' | | Output | `dwOperatingHours` | `DWORD` | 0 | Operating hours | | Output | `dwErrorHours` | `DWORD` | 0 | Operating hours with active fault | | Output | `dwDate` | `DWORD` | 0 | Date in the format YY.MM.DD | | Output | `dwTime` | `DWORD` | 0 | Time in the 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 |

Indication of whether the sensors must be calibrated in the device
(TRUE = calibration in the device required, FALSE = calibration in the
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 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 the processes influenced by the input
xUpdateInfo influenced

| | Input Const | `tTimeUpdateConfig` | `TIME` | TIME#0ms |

Update interval for the processes influenced by the input
xUpdateConfig influenced

| | Input Const | `tTimeUpdateActual` | `TIME` | TIME#3s0ms |

Update interval for the processes influenced by the input
xUpdateActual influenced

|