Toss PIREG-C2 - KOUE Command; KPFK Command

16502 PIREG-C2 Gerätebeschreibung mit EtherNet_IP Bussystem191017 - EN.docx/ Page 30 of 66
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h Actual value output feature
0= Actual value output (0…10V)
1= 10V reference voltage source
0= Hold mode, actual value output (0…10V)
0= Hold mode 2s on, actual value output (0…10V)
Example Read: LKONF
RS232/USB: Response: AKONF 0000 0000
Write: SKONF 1100 0000
Response: QOK00
Example Read: 68 03 03 68 21 89 06 B0 16 (GA=21h)
RS485: Response: 68 05 05 68 21 00 06 00 00 27 16
Write: 68 05 05 68 21 69 06 03 00 93 16 (GA=21h)
Response: 10 21 00 21 16
Reference: EINS, TOKG
4.7.21. KOUE command
Syntax Read: LKOUE n
RS232/USB: Response: AKOUE n a zzz
Write: SKOUE n a zzz
Response: OK or error acknowledgement; response time max. 6 ms
Release: not in the On or calibration state
Syntax: Read:
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 querying the state of the activation “a” (0=off, 1=on) and the set downtime
“zzz” (0…99.9s) in 0.1s of the communication monitoring of the interface with the number
“n” (1=RS232, 2=RS485 and 3=USB)
The PIREG-C2 controller switches to an error state (error 9) if the communication moni-
toring is activated and there is no communication via the interface for a time longer than
the set downtime.
Example Read: LKOUE 1 (RS232 interface)
RS232/USB: Response: AKOUE 1 1 010
Write: SKOUE 1 1 010 (RS232 interface)
Response: QOK00
Example Read: 68 04 04 68 21 89 0D 01 B8 16 (GA=21h)
RS485: Response: 68 07 07 68 21 00 0D 01 01 0A 00 3A 16
Write: 68 07 07 68 21 69 0D 01 01 A0 00 A3 16 (GA=21h)
Response: 10 21 00 21 16
Reference: FEZU
4.7.22. KPFK command
Syntax Read: LKPFK
RS232/USB: Response: AKPFK ppp
Write: SKPFK ppp
Response: OK or error acknowledgement; response time max. 6 ms
Release: not in the On or calibration state
Syntax: Read: Control set, BI = 0Fh
RS485: Response:
Write:
Long set with DB0, BI = 0Dh
DB0
n
Long set with DB0…DB3
DB3
DB2
DB1
DB0
H byte
L byte
zzz
a
n
Long set with DB0…DB3, BI = 0Dh
DB3
DB2
DB1
DB0
H byte
L byte
zzz
a
n
Long set with DB0
DB0
ppp
Long set with DB0, BI = 0Fh
DB0
ppp