Kobold NGR-Serie Bedienungsanleitung Seite 62

D
Betriebsanleitung
Kobold device specific
Index
dec (hex)
107 (0x6B)
108 (0x6C)
109 (0x6D)
110 (0x6E)
111 (0x6F)
112 (0x70)
113 (0x71)
114 (0x72)
115 (0x73)
116 (0x74)
117 (0x75)
118 (0x76)
119 (0x77)
120 (0x78)
121 (0x79)
122 (0x7A)
123 (0x7B)
124 (0x7C)
125 (0x7D)
126 (0x7E)
Anhang 2 Parametertabelle
Name Format Length
(Offset)
TYP2 UInt
SimQ2 UInt
SP3/FH3 UInt
RP3/FL3 UInt
OU3 UInt
TYP3 UInt
SimQ3 UInt
SP4/FH4 UInt
RP4/FL4 UInt
OU4 UInt
TYP4 UInt
SimQ4 UInt
QAHIGH UInt
QALOW UInt
QAPOL UInt
QATYPE UInt
QAFail UInt
SimCur UInt
SimVol UInt
DspVal UInt
Access Default
Value
8 Bit rw 0 = Q2_PNP
= Q2_NPN 1
= Q2_DRV 2
8 Bit rw 0 = Q2Norm
= Q2On 1
= Q2Off 2
16 Bit rw 0...6005
16 Bit rw 0...6005
8 Bit rw 0 = Q3_Hno
= 1 Q3_Hnc
= 2 Q3_Fno
= 3 Q3_Fnc
= 4 Q3_Eno
= 5 Q3_Enc
8 Bit rw 0 = Q3_PNP
= 1 Q3_NPN
= 2 Q3_DRV
8 Bit rw 0 = Q3Norm
= Q3On 1
= Q3Off 2
16 Bit rw 0...6005
16 Bit rw 0...6005
8 Bit rw 0 = Q4_Hno
= Q4_Hnc 1
= Q4_Fno 2
= Q4_Fnc 3
= Q4_Eno 4
= Q4_Enc 5
8 Bit rw 0 = Q4_PNP
= Q4_NPN 1
= Q4_DRV 2
8 Bit rw 0 = Q4Norm
= Q4On 1
= Q4Off 2
16 Bit rw 0...6005
16 Bit rw 0...6005
8 Bit rw 0 = QA_Nrm
1 = Q A_Inv
8 Bit rw 0 = 4-20mA
= 0-10V 1
= Au to 2
3 = Auto 4-20mA
4 = Auto 0-10V
8 Bit rw 0 = 3.5mA
= 21.5mA 1
8 Bit rw 0 = SimOff
= 3. 5mA 1
= 3. 8mA 2
= 4. 0mA 3
= 10. 0mA 4
= 12. 0mA 5
= 18. 0mA 6
= 20. 0mA 7
= 20. 5mA 8
= 21. 5mA 9
8 Bit rw 0 = SimOff
= 0. 0V 1
= 2. 0V 2
= 4. 0V 3
= 6. 0V 4
= 8. 0V 5
= 10. 0V 6
= 10. 5V 7
8 Bit rw 0 = Distan
= Q a-Perc 1
= Q aBarG 2
= Q aSign 3
= Q xSign 4
NGR
Value / Range Remark [Unit]
Q2 Output Driver
Simulate Q2
Q3 SP3: Setpoint / FH3: High Limit
Point
Q3 RP3: Resetpoint / FL3: Low
Limit Point
Q3 Function
Q3 Output Driver
Simulate Q3
Q4 SP4: Setpoint / FH4: High Limit
Point
Q4 RP4: Resetpoint / FL4: Low
Limit Point
Q4 Function
Q4 Output Driver
Simulate Q4
QA High Limit Point
QA Low Limit Point
QA Polarity
QA Output Driver
QA Failure State
Simulate QA Current
Simulate QA Voltage
Display Mode
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