16502 PIREG-C2 Gerätebeschreibung mit EtherNet_IP Bussystem191017 - EN.docx/ Page 32 of 66
Response: short set, OK or error acknowledgement; response time max. 1 ms
Release: only in OFF state
Description: Setting and querying the state of "z" (0 or 1) of the measurement pulse-pause. With state
z=1, the measurement pulse-pause is activated. If the measurement pulse-pause is acti-
vated, the controller stops sending measurement pulses to the sealing transformer.
With the start of a sealing process, a calibration or a reset, the measurement pulse-pause
is automatically terminated.
With device type x02, the measurement pulse-pause is also automatically terminated
when the calibration is changed.
Example Read: LMEPA
RS232/USB: Response: AMEPA 1
Write: SMEPA 1
Response: QOK00
Example Read: 68 03 03 68 21 89 3D E7 16 (GA=21h)
RS485: Response: 68 04 04 68 21 00 3D 01 5F 16
Write: 68 04 04 68 21 69 3D 01 C8 16 (GA=21h)
Response: 10 21 00 21 16
Reference: --
4.7.25. PFUE command
Syntax Read: LPFUE
RS232/USB: Response: APFUE a uuu ooo ppp
Write: SPFUE a uuu ooo
Response: OK or error acknowledgement; response time max. 6 ms
Release: not in the On or calibration state
Syntax: Read: Control set, BI = 12h
RS485: Response:
Write:
Response: short set, OK or error acknowledgement; response time max. 6 ms
Release: not in the On or calibration state
Description: Setting and reading the parameter of the P-factor monitoring. The P-factor monitoring is a
monitoring function that can be switched on with "a" (a=1) and switched off (a=0). The
lower limit "uuu” (1…100) and the upper limit "ooo" (1…100) are used to define an OK
range for the P-factor of the controller determined during the calibration. If the P-factor of
the controller is outside the OK range, the PIREG-C2 controller switches to the error state
(error 10).
During reading, the calibrated P-factor "ppp" of the current active calibration (1...8) of the
controller is additionally returned.
Example Read: LPFUE
RS232/USB: Response: APFUE 1 020 030 024
Write: SPFUE 1 020 030
Response: QOK00
Example Read: 68 03 03 68 21 89 12 BC 16 (GA=21h)
RS485: Response: 68 07 07 68 21 00 12 01 14 1E 18 7E 16
Write: 68 06 06 68 21 69 12 01 14 1E CF 16 (GA=21h)
Response: 10 21 00 21 16
Reference: REEI, KPFK
4.7.26. SOLW command
Syntax Read: LSOLW
RS232/USB: Response: ASOLW sss
Write: SSOLW sss
Response: OK or error acknowledgement; response time max. 1 ms
Release: in all states
Syntax: Read: Control set, BI = 35h
RS485: Response:
Long set with DB0…DB2, BI = 12h
Long set with DB0 and DB1
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