BELIMO_EVXXX_RX_FW_4_2_0_MOD

BELIMO_EVXXX_RX_FW_4_2_0_MOD (FB)

FUNCTION_BLOCK BELIMO_EVXXX_RX_FW_4_2_0_MOD

Guidelines - Software creation

The following function codes (FC) are supported: 3, 4 (additionally: 2, 4, 16) For write operations on 32-bit data points (2 consecutive Modbus registers) FC16 must be used. No other registers may be written in that telegram. Format of 32-bit data points: Register+0 (LSW): H-byte L-byte Register+1 (MSW): H-byte L-byte\

The FC 02 may only be used for register 105 (Malfunction and service information, start address = 1664). | | For addressing, use the address values, not the register addresses. | | For unused registers the value 65535 (dec.) is read/written. | | Calibration of the temperature sensors must be performed in the device; however, no adjustment is possible via Modbus. | | Modbus addresses 1 - 247 can be set directly in the integrated web server. | | All writable register addresses > 100 are persistent and must not be written cyclically | | The device firmware cannot currently (06.09.2024) be read from address 103. The value 0 is always read. | | ********************************************************************************************************* | Notes on the input ‘rRelSetp’ (Relative setpoint - position/volume flow/power in % (0.0 - 100.0%)) | ********************************************************************************************************* | | 1) The function ‘Volume flow depending on the signal ‘rRelSetp’’ is not linear!!! (See Belimo documentation) | 2) Specifying an absolute volume flow setpoint can therefore be done as follows: | | a) External PI controller (inverted, 0 - 100 percent): process value = ‘rAbsVolFlowUnit’, setpoint = desired absolute setpoint, connect controller output to input ‘rRelSetp’. | b) Assign constant 100.0 to input ‘rRelSetp’, write parameter ‘rMaxAbsVolFlowUnit’ with the desired absolute setpoint. | Caution: The parameter ‘rMaxAbsVolFlowUnit’ must not be written cyclically!!! | | Measurements - adjustment: Class ??? |

InOut:

Scope	Name	Type	Initial	Comment
Input	xEn	BOOL	TRUE	Enable / disable communication ( TRUE = enabled )
Input	byUnitId	BYTE	1	Device address (1 .. 247)
Input	xUpdateActual	BOOL	FALSE	Update of actual values (on every rising edge )
Input	xUpdateSetp	BOOL	FALSE	Update of setpoint values (on every rising edge )
Input	xUpdateConfig	BOOL	FALSE	Update of configuration (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' and 'xErrorCodeDev' to the error-free state (on each rising edge)
Input	rRelSetp	REAL	0.0	Relative setpoint - position/volume flow/power in % ( 0.0 - 100.0 %)
Input	eCommand	BELIMO_EVXXX_RX_FW_4_2_0_COMMAND	BELIMO_EVXXX_RX_FW_4_2_0_COMMAND.None	Command for service functions (0 = None)
Input	eOverrideCon	BELIMO_EVXXX_RX_FW_4_2_0_OVERRIDE_CONTROL	BELIMO_EVXXX_RX_FW_4_2_0_OVERRIDE_CONTROL.None	Forced override of the control signal - position/volume flow/power (0 = None)
Input	rSetpDeltaTTempKel	REAL	0.0	Setpoint - temperature difference (Delta-T manager) in Kelvin (minimum value)
Input	rSetpDeltaTAbsFlowUnit	REAL	0.0	Setpoint - volume flow in the selected unit (Delta-T Manager) (unit selection in address 147)
Inout	ModbusClient	ModbusClientBase		Client of the device
Output	eSetpSourceFb	BELIMO_EVXXX_RX_FW_4_2_0_SETPOINT_SOURCE		Feedback - source for the setpoint - position/volume flow/power (1 = Modbus)
Output	eControlModeFb	BELIMO_EVXXX_RX_FW_4_2_0_CONTROL_MODE		Feedback - operating mode of the control (1 = flow)
Output	rRelSetpFb	REAL		Feedback - relative setpoint - position/volume flow/power in % (0.0 - 100.0 %)
Output	rRelSetpAnalog	REAL		Relative setpoint - position/volume flow/power in % ( 0.0 - 100.0%) from the 0 - 10V input (address 118 = 0 = analog)
Output	rRelPos	REAL		Relative position in XXX.X %
Output	rAbsPos	REAL		Absolute position in XXX degrees (rotation) or mm (linear movement)
Output	rRelVolFlow	REAL		Relative volume flow in % (0.0 - 150.0%) (relative to ‘Maximum volumetric flow Limit - address 106)
Output	rRelVolFlowLimitMin	REAL		Limit - minimum percentage volume flow (reference: Vnom) (Control_Mode = Flow Control or Power Control)
Output	rRelVolFlowLimitMax	REAL		Limit - maximum percentage volume flow (reference: Vnom) (Control_Mode = Flow Control or Power Control)
Output	rNomAbsVolFlowUnit	REAL		Nominal volume flow in the selected unit (addresses 112 and 113) (unit selection in address 147)
Output	rSetpAbsVolFlowUnit	REAL		Setpoint for the absolute volume flow in the selected unit (unit selection in address 147)
Output	rAbsVolFlowUnit	REAL		Absolute volume flow in the selected unit (unit selection in address 147)
Output	eVolFlowUnitFb	BELIMO_EVXXX_RX_FW_4_2_0_VOLUME_FLOW_UNIT		Feedback - unit for the absolute volume flow ( unit selection in address 147)
Output	rTemp1Deg	REAL		Current temperature at the cable sensor in degrees Celsius
Output	rTemp2Deg	REAL		Current temperature at the sensor in the flow meter in degrees Celsius
Output	rDeltaTempKel	REAL		Current temperature difference in Kelvin
Output	rRelGlycolCon	REAL		Current glycol concentration in percent
Output	rRelPower	REAL		Current power in percent (0.0 - 300.0 %) ( Reference: 'Maximum Power Limit' - address 165)
Output	rRelMaxPowerLimitFb	REAL		Feedback - relative maximum power in percent (reference: Pnom)
Output	rNomAbsPowerUnit	REAL		Nominal power in the selected unit (addresses 163 and 164) (unit selection in address 148)
Output	rAbsMaxPowerLimitUnitFb	REAL		Feedback - absolute maximum power in the selected unit (reference: Pnom) (unit selection in address 148)
Output	rAbsPowerCoolUnit	REAL		Current absolute cooling power in the selected unit ( unit selection in address 148)
Output	rAbsPowerHeatUnit	REAL		Current absolute heating power in the selected unit ( unit selection in address 148)
Output	ePowerUnitFb	BELIMO_EVXXX_RX_FW_4_2_0_POWER_UNIT		Feedback - unit of the powers (unit selection in address 148) (Configuration_0)
Output	eDeltaTManagerStatus	BELIMO_EVXXX_RX_FW_4_2_0_DELTA_T_MANAGER_STATUS		Status of the Delta-T manager (Configuration_0)
Output	rSetpDeltaTTempKelFb	REAL		Feedback - setpoint - temperature difference (Delta-T manager) in Kelvin (minimum value)
Output	rSetpDeltaTAbsFlowUnitFb	REAL		Feedback - setpoint - volume flow in the selected unit (Delta-T Manager) (unit selection in address 147)
Output	rRelDeltaPres	REAL		Relative differential pressure - water in % (0.0 - 100.0%) ( relative to ‘Absolute differential water pressure setpoint in selected unit’ - addresses 172 - 173)
Output	rNomDeltaPresUnit	REAL		Nominal differential pressure - water in the selected unit ( unit selection in address 151)
Output	rSetpDeltaPresAbsUnitFb	REAL		Feedback - setpoint - differential pressure - water in the selected unit (unit selection in address 151) (Configuration_0)
Output	rDeltaPresAbsUnit	REAL		Differential pressure - water in the selected unit ( unit selection in address 151)
Output	eDeltaPresUnitFb	BELIMO_EVXXX_RX_FW_4_2_0_DIFFERENTIAL_PRESSURE_UNIT		Feedback - unit of the differential pressure (unit selection in address 151) (Configuration_0)
Output	eDeltaPresState	BELIMO_EVXXX_RX_FW_4_2_0_DIFFERENTIAL_PRESSURE_STATE		Status of the differential pressure control
Output	dwTotalWaterVolume	DWORD		Total water volume in the selected unit (unit selection in address 149)
Output	eVolumeUnitFb	BELIMO_EVXXX_RX_FW_4_2_0_VOLUME_UNIT		Feedback - unit of the total water volume (unit selection in address 149) (Configuration_0)
Output	dwTotalCoolingEnergy	DWORD		Total cooling energy in the selected unit (unit selection in address 150)
Output	dwTotalHeatinggEnergy	DWORD		Total heating energy in the selected unit (unit selection in address 150)
Output	eEnergyUnitFb	BELIMO_EVXXX_RX_FW_4_2_0_ENERGY_UNIT		Feedback - unit of the total energy quantities ( unit selection in address 150) (Configuration_0)
Output	eOverrideConFb	BELIMO_EVXXX_RX_FW_4_2_0_OVERRIDE_CONTROL		Current state - forced override of the control signal - position/volume flow/power (0 = None)
Output	rSensor1ValueUnit	REAL		Current value of sensor 1 in the selected unit ( address 120: sensor type, address 121: passive sensor type)
Output	eSensor1TypeFb	BELIMO_EVXXX_RX_FW_4_2_0_SENSOR_1_TYPE		Feedback - sensor type (address 120: sensor type) ( Configuration_0)
Output	eSensor1TypePasFb	BELIMO_EVXXX_RX_FW_4_2_0_SENSOR_1_PASSIVE_TYPE		Feedback - sensor type - passive (address 121: passive sensor type) (Configuration_0)
Output	rSensor1TempDeg	REAL		Current temperature at sensor 1 in degrees Celsius
Output	eCommandFb	BELIMO_EVXXX_RX_FW_4_2_0_COMMAND		Current state - command for service functions (0 = None )
Output	eDeviceType	BELIMO_EVXXX_RX_FW_4_2_0_DEVICE_TYPE		Current state - type of device (0 = Device not connected)
Output	eBusTermin	BELIMO_EVXXX_RX_FW_4_2_0_BUS_TERMINATION		State of the Modbus termination resistor (Active = Enabled)
Output	sSerialNum	STRING		Device serial number
Output	wFirmwareVer	WORD		Firmware version of the device
Output	eAO	eManNum	eManNum.Auto	Indicator - manual override on the device (actuator decoupled) ( 0 = Automatic )
Output	xSensorOffsetInDevice	BOOL		Indicator whether the calibration of the sensors must be performed in the device (TRUE = calibration in device required, FALSE = calibration in FB required)
Output	xAlarm	BOOL	FALSE	General fault ( TRUE = fault )
Output	xAlarmCom	BOOL	FALSE	General 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		Communication indicator ( TRUE = communication )
Input Const	eDeltaTManagerLimitation	BELIMO_EVXXX_RX_FW_4_2_0_DELTA_T_MANAGER_LIMITATION	BELIMO_EVXXX_RX_FW_4_2_0_DELTA_T_MANAGER_LIMITATION.Disabled	Limitation of the Delta-T manager
Input Const	rSetpDeltaPresAbsUnit	REAL	200.0	Setpoint - differential pressure - water in the selected unit (unit selection in address 151)
Input Const	rAbsMaxPowerLimitUnit	REAL	30.0	Absolute maximum power in the selected unit (reference: Pnom) (unit selection in address 148)
Input Const	eDeltaPresUnit	BELIMO_EVXXX_RX_FW_4_2_0_DIFFERENTIAL_PRESSURE_UNIT	BELIMO_EVXXX_RX_FW_4_2_0_DIFFERENTIAL_PRESSURE_UNIT.mbar	Unit of the differential pressure (unit selection in address 151)
Input Const	eEnergyUnit	BELIMO_EVXXX_RX_FW_4_2_0_ENERGY_UNIT	BELIMO_EVXXX_RX_FW_4_2_0_ENERGY_UNIT.MWh	Unit of the total energy quantities (unit selection in address 150)
Input Const	eVolumeUnit	BELIMO_EVXXX_RX_FW_4_2_0_VOLUME_UNIT	BELIMO_EVXXX_RX_FW_4_2_0_VOLUME_UNIT.m3	Unit of the total water volume (unit selection in address 149)
Input Const	ePowerUnit	BELIMO_EVXXX_RX_FW_4_2_0_POWER_UNIT	BELIMO_EVXXX_RX_FW_4_2_0_POWER_UNIT.kW	Unit of the powers (unit selection in address 148)
Input Const	eVolFlowUnit	BELIMO_EVXXX_RX_FW_4_2_0_VOLUME_FLOW_UNIT	BELIMO_EVXXX_RX_FW_4_2_0_VOLUME_FLOW_UNIT.m3_per_hour	Unit for the absolute volume flow (unit selection in address 147)
Input Const	rMaxAbsVolFlowUnit	REAL	40.0	Maximum value for the absolute volume flow in the selected unit (0.25rNomAbsVolFlowUnit … 1.0rNomAbsVolFlowUnit ) (unit selection in address 147)
Input Const	rMinAbsVolFlowUnit	REAL	20.0	Minimum value for the absolute volume flow in the selected unit (0 … rMaxAbsVolFlowUnit) (unit selection in address 147)
Input Const	eSensor_1_Passive_Type	BELIMO_EVXXX_RX_FW_4_2_0_SENSOR_1_PASSIVE_TYPE	BELIMO_EVXXX_RX_FW_4_2_0_SENSOR_1_PASSIVE_TYPE.None	Definition of the type of passive sensor 1 (0 = None)
Input Const	eSensor_1_Type	BELIMO_EVXXX_RX_FW_4_2_0_SENSOR_1_TYPE	BELIMO_EVXXX_RX_FW_4_2_0_SENSOR_1_TYPE.None	Definition of the type of sensor 1 (0 = None)
Input Const	eSetpSource	BELIMO_EVXXX_RX_FW_4_2_0_SETPOINT_SOURCE	BELIMO_EVXXX_RX_FW_4_2_0_SETPOINT_SOURCE.Bus	Source for the setpoint - position/volume flow/power (1 = Modbus)
Input Const	eControlMode	BELIMO_EVXXX_RX_FW_4_2_0_CONTROL_MODE	BELIMO_EVXXX_RX_FW_4_2_0_CONTROL_MODE.Flow_Control	Operating mode of the control (1 = volume flow)
Input Const	tBusFailTimeout	TIME	TIME#2m0s0ms	Time duration for evaluating a communication error
Input Const	eBusFailAction	BELIMO_EVXXX_RX_FW_4_2_0_BUS_FAIL_ACTION	BELIMO_EVXXX_RX_FW_4_2_0_BUS_FAIL_ACTION.None	Action when a communication error occurs (0 = none)
Input Const	tTimeUpdateInfo	TIME	TIME#0ms	Update interval for the processes influenced by the input ‘xUpdateInfo’
Input Const	tTimeUpdateConfig	TIME	TIME#0ms	Update interval for the processes influenced by the input ‘xUpdateConfig’
Input Const	tTimeUpdateSetp	TIME	TIME#45s0ms	Update interval for operations influenced by the input 'xUpdateSetp'
Input Const	tTimeUpdateActual	TIME	TIME#3s0ms	Update interval for operations influenced by the input 'xUpdateActual'