Basler Electric DGC-2020HD Modbus Protocol - Manual (Page 211)

9469300991 Rev A 205
DGC-2020HD Modbus ™ Protocol Default Register Table
Name Description Group Register Type Bytes R/W Unit Range
Coolant Temperature
Protection High Coolant TempPre-Alarm
Threshold GG 24706 Float 4 R W Deg F 100 - 280
Coolant Temperature
Protection Low Coolant Temp Pre-Alarm
Threshold GG 24708 Float 4 R W Deg F 35 - 151
Coolant Temperature
Protection High Coolant Temp Arming
Delay GG 24710 Float 4 R W Millisecond 0 - 150000
Fuel Level Protection Low Fuel Alarm Mode GG 24712 Uint32 4 R W n/a No=0
Yes=1
Fuel Level Protection LowFuelPreAlarmMode GG 24714 Uint32 4 R W n/a No=0
Yes=1
Fuel Level Protection High Fuel Pre-Alarm Mode GG 24716 Uint32 4 R W n/a No=0
Yes=1
Fuel Level Protection Low Fuel Alarm Threshold GG 24718 Float 4 R W Percent 0 - 100
Fuel Level Protection Low Fuel Pre-Alarm Threshold GG 24720 Float 4 R W Percent 10 - 100
Fuel Level Protection High Fuel Pre-Alarm Threshold GG 24722 Float 4 R W Percent 0 - 150
Fuel Level Protection Low Fuel Alarm Activation Delay GG 24724 Float 4 R W Millisecond 0 - 30000
Fuel Level Protection High Fuel Pre-Alarm Activation
Delay
GG 24726 Float 4 R W Millisecond 0 - 30000
Overspeed Protection Overspeed Mode GG 24728 Uint32 4 R W n/a No=0
Yes=1
Overspeed Protection Overspeed Threshold GG 24730 Float 4 R W Percent 105 - 140
Overspeed Protection Overspeed Activation Delay GG 24732 Float 4 R W Millisecond 0 - 500
Coolant Level
Protection Low Coolant Level Alarm Mode GG 24734 Uint32 4 R W n/a No=0
Yes=1
Coolant Level
Protection Low Coolant Level Pre-Alarm
Mode GG 24736 Uint32 4 R W n/a No=0
Yes=1
Coolant Level
Protection Low Coolant Level Alarm
Threshold GG 24738 Float 4 R W Percent 1 - 99
Coolant Level
Protection Low Coolant Level Pre-Alarm
Threshold GG 24740 Float 4 R W Percent 1 - 99
Config Protection 1 Parameter Selection GG 24742 Int32 4 R W n/a No Parameter=0
Oil Pressure=1
Coolant Temp=2
Battery Volts=3
RPM=4
Fuel Level=5
Gen Hz=6
Gen VAB=7
Gen VBC=8
Gen VCA=9
Gen Vavg LL=10
Gen VAN=11
Gen VBN=12
Gen VCN=13
Gen Vavg LN=14
Bus 1 Hz=15
Bus 1 VAB=16
Bus 1 VBC=17
Bus 1 VCA=18
Bus 1 Vavg LL=19
Bus 1 VA=20
Bus 1 VB=21
Bus 1 VC=22
Bus 1 Vavg LN=23
Bus 2 Hz=24
Bus 2 VAB=25
Bus 2 VBC=26
Bus 2 VCA=27
Bus 2 Vavg LL=28
Bus 2 VAN=29
Bus 2 VBN=30
Bus 2 VCN=31
Bus 2 Vavg LN=32
Gen PF=33
Bus 1 PF=34
Bus 2 PF=35
Gen Pos kWh=36
Gen Neg kWh=37
Bus 1 Pos kWh=38
Bus 1 Neg kWh=39
Bus 2 Pos kWh=40
Bus 2 Neg kWh=41
Gen IA=42
Gen IB=43
Gen IC=44
Gen I Avg=45
Bus 1 IA=46
Bus 1 IB=47
Bus 1 IC=48
Bus 1 Iavg=49