MP_EPIV_V4_Configuration

This function block is used to configure the 2-way EPIV V4 DN 15..50 EP..R2+(K)BAC. For more information please visit www.belimo.com.

MP_Address is used to specify the MP-Bus device with which the function block is to communicate. bStart activates communication with the MP-Bus device. bBusy indicates that the function block is active. bError is used to indicate an error in communication with the actuator. The type of the error can be read with iErrorId.

Inputs

VAR_INPUT
  MP_Address                   : USINT := 1;
  bStart                       : BOOL;
  bRead_Write                  : BOOL;
  strDataKL6771                : DataKL6771;
  nControlMode_Write           : E_MP_EV_V4_ControlMode := 1;
  nBusFailAction_Write         : E_MP_EV_V4_BusFailAction;
  nCommunicationWatchdog_Write : UINT := 120;
  bSetpointSource_Write        : BOOL := TRUE;
  nSensor1Type_Write           : E_MP_EV_V4_Sensor1Type;
  rVmin_Write                  : LREAL;
  rVmax_Write                  : LREAL := 100;
END_VAR

Name	Type	Description
MP_Address	USINT	MP-Bus address of the slave.
bStart	BOOL	A positive edge starts the function block. If this remains continuously TRUE, the function block will be activated cyclically with a period specified by the time in TMPolling.
bRead_Write	BOOL	If FALSE then READ only; if TRUE then READ and WRITE.
strDataKL6771	DataKL6771	The data structure with which the KL6771() function block must be linked.
nControlMode_Write	E_MP_EV_V4_ControlMode	Control mode
nBusFailAction_Write	E_MP_EV_V4_BusFailAction	Bus failure action
nCommunicationWatchdog_Write	UINT	Communication monitoring in s (0..3600).
bSetpointSource_Write	BOOL	TRUE = bus; FALSE = analog.
nSensor1Type_Write	E_MP_EV_V4_Sensor1Type	Sensor 1 type
rVmin_Write	LREAL	Min. setpoint in % (0...Vmax). Vmin must be smaller than Vmax.
rVmax_Write	LREAL	Max. setpoint in % (25...100). Standard 100 %. Refers to Vnom and is taken into account when control mode = flow control.

Outputs

VAR_OUTPUT
  bBusy                  : BOOL;
  bError                 : BOOL;
  iErrorId               : MP_Error;
  st_MalfunctionService  : St_MP_EV_V4_MalfunctionServiceInfo;
  nControlMode           : E_MP_EV_V4_ControlMode;
  nBusFailAction         : E_MP_EV_V4_BusFailAction;
  nCommunicationWatchdog : UINT;
  bSetpointSource        : BOOL;
  nSensor1Type           : E_MP_EV_V4_Sensor1Type;
  rVmin                  : LREAL;
  rVmax                  : LREAL;
  rVnom                  : LREAL;
  arSerialNumber         : ARRAY[0..1] OF DWORD;
END_VAR

Name	Type	Description
bBusy	BOOL	This bit is set for as long as the function block is active.
bError	BOOL	This output goes TRUE as soon as an error occurs. This error is described via the iErrorId variable.
iErrorId	MP_ERROR	This output outputs an error code in the event of an error. bError goes TRUE at the same time.
st_MalfunctionService	St_MP_EV_V4_MalfunctionServiceInfo	Malfunction and service information
nControlMode	E_MP_EV_V4_ControlMode	Control mode
nBusFailAction	E_MP_EV_V4_BusFailAction	Bus failure action
nCommunicationWatchdog	UINT	Communication monitoring in sec (0...3600). Not functional (reserved for future extensions).
bSetpointSource	BOOL	TRUE = bus; FALSE = analog
nSensor1Type	E_MP_EV_V4_Sensor1Type	Sensor 1 type
rVmin	LREAL	Min. setpoint in % (0...Vmax). Refers to Vnom and is taken into account when control mode = flow control.
rVmax	LREAL	Max. setpoint in % (25...100). Refers to Vnom and is taken into account when control mode = flow control.
rVnom	LREAL	Nominal volume flow in l/s (0...100)
arSerialNumber	ARRAY OF DWORD	Serial number of the device

Requirements

Development environment	required TC3 PLC library
TwinCAT from v3.1.4024.46	Tc2_MPBus from 3.6.1.0