FB_MBUS_JAN_UMG96S

The function block FB_MBUS_JAN_UMG96S is used to read electricity meters from Janitza:

-UMG96S

The function block can only be executed together with the function block FB_MBUSKL6781().

	Further information See Operating principle of the function block

Inputs

VAR_INPUT
  usiAddress   : USINT;
  stSecAdr     : ST_MBUS_SecAdr;
  eBaudrate    : E_MBUS_Baudrate := eMBUS_Baud2400;
  bStart       : BOOL;
  bSND_NKE     : BOOL := TRUE;
  bReadInit    : BOOL := TRUE;
  tMinSendTime : TIME := t#2s;
  usiUnit      : USINT;
  bDisabled    : BOOL := FALSE;
END_VAR

Name	Type	Description
usiAddress	USINT	Primary address of the meter to be read with this function block.
stSecAdr	ST_MBUS_SecAdr	Secondary address of the meter to be read with this function block.
eBaudrate	E_MBUS_Baudrate	300, 2400, 9600 baud
bStart	BOOL	All meters are read once on the positive edge of this input.
bSND_NKE	BOOL	TRUE initializes the meter for each read operation and sets the meter to the first telegram (SND_NKE).
bReadInit	BOOL	If the PLC is restarted, the meter is read once.
tMinSendTime	TIME	Default t#2s. The meter is read again, once the time set here has elapsed. If t#0s the meter is not read and can be read manually with bStart.
usiUnit	USINT	Unit of the energy values to be output by the function block. 0=W(h) / 1=KW(h) / 2 =MW(h) / 3=GW(h).
bDisabled	BOOL	TRUE = deselection of the function block

Inputs/outputs

VAR_IN_OUT
  stCom : ST_MBUS_Communication;
END_VAR

Name	Type	Description
stCom	ST_MBUS_Communication	This structure is used to link the function block FB_MBUSKL6781() with the meter blocks.

Outputs

VAR_OUTPUT
  bBusy                   : BOOL;
  bReady                  : BOOL;
  bError                  : BOOL;
  eError                  : E_MBUS_ERROR;
  dwIdNumber              : DWORD;
  byStatus                : BYTE;
  byGEN                   : BYTE;
  byCounter               : BYTE;
  usiRecivedAdr           : USINT;
  eMedium                 : E_MBUS_Medium;
  sMan                    : STRING(3);
  stActiveEnergy          : ST_MBus_Info;
  stActiveEnergyTariff1   : ST_MBus_Info;
  stActiveEnergyTariff2   : ST_MBus_Info;
  stReactiveEnergy        : ST_MBus_Info;
  stReactiveEnergyTariff1 : ST_MBus_Info;
  stReactiveEnergyTariff2 : ST_MBus_Info;
  stApparentEnergy        : ST_MBus_Info;
  stActivePower           : ST_MBus_Info;
  stActivePowerL1         : ST_MBus_Info;
  stActivePowerL2         : ST_MBus_Info;
  stActivePowerL3         : ST_MBus_Info;
  stReactivePower         : ST_MBus_Info;
  stApparentPower         : ST_MBus_Info;
  stCurrent               : ST_MBus_Info;
  stCurrentL1             : ST_MBus_Info;
  stCurrentL2             : ST_MBus_Info;
  stCurrentL3             : ST_MBus_Info;
  stVoltageL1             : ST_MBus_Info;
  stVoltageL2             : ST_MBus_Info;
  stVoltageL3             : ST_MBus_Info;
END_VAR

Name	Type	Description
bBusy	BOOL	The bBusy output is TRUE as long as the meter is being read.
bReady	BOOL	The bReady output is TRUE for one cycle, once meter reading is completed.
bError	BOOL	This output goes TRUE as soon as an error occurs. This error is described via the eError variable.
eError	E_MBUS_ERROR	This output outputs an error code in the event of an error. bError goes TRUE at the same time.
dwIdNumber	DWORD	Serial number of the meter (secondary address)
byStatus	BYTE	Device status
byGEN	BYTE	Software version of the device
byCounter	BYTE	Number of times the master has accessed data of the respective slave
usiRecivedAdr	USINT	Received primary address (0-250)
eMedium	E_MBUS_Medium	Medium
sMan	STRING	Manufacturer sign
stActiveEnergy	ST_MBus_Info	Active energy without backstop (telegram2, data point 14)
stActiveEnergyTariff1	ST_MBus_Info	Active energy, obtained (telegram2, data point 15)
stActiveEnergyTariff2	ST_MBus_Info	Active energy, delivered (telegram2, data point 16)
stReactiveEnergy	ST_MBus_Info	Reactive energy, inductive (telegram2, data point 17)
stReactiveEnergyTariff1	ST_MBus_Info	Reactive energy, capacitive (telegram2, data point 18)
stReactiveEnergyTariff2	ST_MBus_Info	Reactive work, without backstop (telegram2, data point 19)
stApparentEnergy	ST_MBus_Info	Apparent energy (telegram2, data point 20)
stActivePower	ST_MBus_Info	Current consumption, power, total (telegram2, data point 29)
stActivePowerL1	ST_MBus_Info	Current consumption, power, phase L1 (telegram2, data point 38)
stActivePowerL2	ST_MBus_Info	Current consumption, power, phase L2 (telegram2, data point 39)
stActivePowerL3	ST_MBus_Info	Current consumption, power, phase L3 (telegram2, data point 40)
stReactivePower	ST_MBus_Info	Reactive power (telegram2, data point 30)
stApparentPower	ST_MBus_Info	Apparent power (telegram2, data point 31)
stCurrent	ST_MBus_Info	Current (telegram2, data point 28)
stCurrentL1	ST_MBus_Info	Current L1 (telegram2, data point 35)
stCurrentL2	ST_MBus_Info	Current L2 (telegram2, data point 36)
stCurrentL3	ST_MBus_Info	Current L3 (telegram2, data point 37)
stVoltageL1	ST_MBus_Info	Voltage L1 (telegram2, data point 32)
stVoltageL2	ST_MBus_Info	Voltage L2 (telegram2, data point 33)
stVoltageL3	ST_MBus_Info	Voltage L3 (telegram2, data point 34)

Requirements

Development Environment	PLC library to include
TwinCAT from v3.1.4020.14	Tc2_MBus from 3.3.5.0