Toss PIREG-C2 - FEZU Command

16502 PIREG-C2 Gerätebeschreibung mit EtherNet_IP Bussystem191017 - EN.docx/ Page 23 of 66
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8= Start signal during calibration
9= Data error on access
Example Read: LFESP
RS232/USB: Response: 001;000024:10:00;0001 0120
002;000024:09:47;0001 1120
…
Example Read: 68 03 03 68 21 89 76 20 16 (GA=21h)
RS485: Response: 68 0C 0C 68 21 00 76 01 18 00 00 0A 00 40 24 00 1E 16
68 0C 0C 68 21 00 76 02 18 00 00 09 2F 40 25 00 4E 16
…
Reference: FEZU, FESL
4.7.9. FEZU command
Syntax Read: LFEZU
RS232/USB: Response: AFEZU abcd efgh
Syntax: Read: Control set, BI = 33h
RS485: Response: Long set with DB0…DB2
Note: For reasons of downward compatibility, bit "c2" of parameter "C" is
in data byte DB2 as bit 4 and bits "d2" and "d3" of parameter "D" are in
data byte DB2 as bits 5 and 6.
DB1
DB0
7
6
5
4
3
2
1
0
7
6
5
4
3
2
1
0
g3
g2
g1
g0
f1
f0
e1
e0
d1
d0
c1
c0
b1
b0
a1
a0
DB2
7
6
5
4
3
2
1
0
-
d3
d2
c2
h3
h2
h1
h0
Description: Querying the error state of the PIREG-C2.
Assignment
a Hardware error: 0= Ok 1= error
2= undervoltage bus system supply
3= overvoltage bus system supply
b Power line error: 0= Ok 1= undervoltage
2= overvoltage 3= line frequency error
c Data error: 0= Ok
1= Calibration values do not suit the setting
2= Read/write error in the non-volatile memory
3= Communication monitoring
4= heating time limit exceeded
d Cal. number: 1…8, the error occurred when using this calibration
e Voltage signal Vr: 0= Ok 1= too small 2= too large 3= unstable
f Current signal Ir: 0= Ok 1= too small 2= too large 3= unstable
g Heating conductor temp.: 0= Ok 1= too small 2= too large
with temperature monitoring: 3= too small 4= too large
with heating monitoring: 5= heating time exceeded
6= heating time fallen below
Temperature jump: 7= downwards 8= upwards
h Calibration error:
0= Ok
1= Parameter error
2= Voltage or current signal defective (see above)
3= Error in determining the phase shift
4= R20 can not be determined
5= Error in determining the P-factor or P-factor monitoring
6= The selected reference temperature is too high
7= Range of temperature coefficient correction exceeded
8= Start signal during calibration
9= Data error on access
Example Read: LFEZU
RS232/USB: Response: AFEZU 0001 1120
Example Read: 68 03 03 68 21 89 33 DD 16 (GA=21h)
RS485: Response: 68 06 06 68 21 00 33 40 2A 00 BE 16 (GA=21h)
Reference: ZUST