Basler Electric DGC-2020HD Modbus Protocol - Manual (Page 264)

258 9469300991 Rev A
Legacy Register Table DGC-2020HD Modbus ™ Protocol
Register Description Type Units
Scaling
Factor
R/W Range
45506 Analog Input 4 Metering Value Int32 CentiUnit Centi R (-100000000) – 99999900
45508 Analog Input 5 Metering Value Int32 CentiUnit Centi R (-100000000) – 99999900
45510 Analog Input 6 Metering Value Int32 CentiUnit Centi R (-100000000) – 99999900
45512 Analog Input 7 Metering Value Int32 CentiUnit Centi R (-100000000) – 99999900
45514 Analog Input 8 Metering Value Int32 CentiUnit Centi R (-100000000) – 99999900
45516 RTD Input 1 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45518 RTD Input 2 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45520 RTD Input 3 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45522 RTD Input 4 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45524 RTD Input 5 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45526 RTD Input 6 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45528 RTD Input 7 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45530 RTD Input 8 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45532 Thermocouple Input 1 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45534 Thermocouple Input 2 Metering Value Int32 CentiDeg F Centi R (-100000000) – 99999900
45536-37 AEM Input Threshold Status Bits Reg 1 Uint32 n/a n/a R Bit 0 = Not Used
Bit 1 = Not Used
Bit 2 = Analog Input 6 Under 2
Bit 3 = Analog Input 6 Under 1
Bit 4 = Analog Input 6 Over 2
Bit 5 = Analog Input 6 Over 1
Bit 6 = Analog Input 6 Out of Range
Bit 7 = Analog Input 5 Under 2
Bit 8 = Analog Input 5 Under 1
Bit 9 = Analog Input 5 Over 2
Bit 10 = Analog Input 5 Over 1
Bit 11 = Analog Input 5 Out of Range
Bit 12 = Analog Input 4 Under 2
Bit 13 = Analog Input 4 Under 1
Bit 14 = Analog Input 4 Over 2
Bit 15 = Analog Input 4 Over 1
Bit 16 = Analog Input 4 Out of Range
Bit 17 = Analog Input 3 Under 2
Bit 18 = Analog Input 3 Under 1
Bit 19 = Analog Input 3 Over 2
Bit 20 = Analog Input 3 Over 1
Bit 21 = Analog Input 3 Out of Range
Bit 22 = Analog Input 2 Under 2
Bit 23 = Analog Input 2 Under 1
Bit 24 = Analog Input 2 Over 2
Bit 25 = Analog Input 2 Over 1
Bit 26 = Analog Input 2 Out of Range
Bit 27 = Analog Input 1 Under 2
Bit 28 = Analog Input 1 Under 1
Bit 29 = Analog Input 1 Over 2
Bit 30 = Analog Input 1 Over 1
Bit 31 = Analog Input 1 Out of Range
45538-39 AEM Input Threshold Status Bits Reg 2 Uint32 n/a n/a R Bit 0 = Not Used
Bit 1 = Not Used
Bit 2 = RTD Input 4 Under 2
Bit 3 = RTD Input 4 Under 1
Bit 4 = RTD Input 4 Over 2
Bit 5 = RTD Input 4 Over 1
Bit 6 = RTD Input 4 Out of Range
Bit 7 = RTD Input 3 Under 2
Bit 8 = RTD Input 3 Under 1
Bit 9 = RTD Input 3 Over 2
Bit 10 = RTD Input 3 Over 1
Bit 11 = RTD Input 3 Out of Range
Bit 12 = RTD Input 2 Under 2
Bit 13 = RTD Input 2 Under 1
Bit 14 = RTD Input 2 Over 2
Bit 15 = RTD Input 2 Over 1
Bit 16 = RTD Input 2 Out of Range
Bit 17 = RTD Input 1 Under 2
Bit 18 = RTD Input 1 Under 1
Bit 19 = RTD Input 1 Over 2
Bit 20 = RTD Input 1 Over 1
Bit 21 = RTD Input 1 Out of Range
Bit 22 = Analog Input 8 Under 2
Bit 23 = Analog Input 8 Under 1
Bit 24 = Analog Input 8 Over 2
Bit 25 = Analog Input 8 Over 1
Bit 26 = Analog Input 8 Out of Range
Bit 27 = Analog Input 7 Under 2
Bit 28 = Analog Input 7 Under 1
Bit 29 = Analog Input 7 Over 2
Bit 30 = Analog Input 7 Over 1
Bit 31 = Analog Input 7 Out of Range