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KROHNE OPTIMASS with MFC 05x EN User Manual

Page 66

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Installation and Operating Instructions OPTIMASS

65

Fct.
No

Text Description

and

settings

4.8

SYS.CTROL

Submenu 4.8 System control

4.8.1 FUNCTION

Function for system control
* OFF (System control inactive)
* FLOW = 0 (Mass flow readings forced to zero, totaliser frozen)
* FLOW = 0/RST. (Mass flow readings forced to zero, totaliser frozen while active
but reset to zero as condition becomes inactive. Not available with Custody
Transfer Protection)
* OUTPUTS.OFF (Forces all outputs to their OFF states)

4.8.2 CONDITION

Condition for triggering the above function
* DENSITY (Function is triggered if density goes outside Max or Min limits as set in
Fcts 4.8.3 and 4.8.4)
* TEMPERATUR (Function is triggered if temperature goes outside Max or Min
limits as set in Fct 4.8.3 and 4.8.4).
Function not available with Custody Transfer Protection.

4.8.3 LOW

LIMIT

Minimum allowable value of temperature or density selected in Fct. 4.8.2
Units: depend on function but will correspond to those set in Fct. 3.2.6 and 3.2.7
Function not available with Custody Transfer Protection.

4.8.4 HIGH

LIMIT

Maximum allowable value of temperature or density selected in Fct.4.8.2
Units: depend on function but will correspond to those set in Fct. 3.2.6 and 3.2.7
Function not available with Custody Transfer Protection

4.9

COMM.MODULE

Submenu 4.9 Communication modules

4.9.1

PROTOCOL

Display of communication protocol fitted
(OFF, SERIAL, HART, MODBUS, PROFIBUS, FF BUS or KROHNE)

4.9.2 ADDRESS

Address

(not available for selection OFF and SERIAL in Fct. 4.9.1)

4.9.3

BAUDRATE

Setting Baudrate (for option MODBUS in Fct. 4.9.1 only)

4.9.4

SER.FORMAT

Serial format (for option MODBUS in Fct. 4.9.1 only)

4.10

CALIB I

Submenu 4.10 Calibration current output 1

4.10.1 I 1 5 mA

Calibration of the current output 1 for 5 mA

4.10.2 I 1 18 mA

Calibration of the current output 1 for 18 mA

4.10.3 I 2 5 mA

see I 1 5 mA

4.10.4 I 2 18 mA

see I 1 18 mA

4.10.5 I 3 5 mA

see I 1 5 mA

4.10.6 I 3 18 mA

see I 1 18 mA