Specifications

v1.05
6.26.09
- 32 -
Monico
Id
PID Description Modbus
Address
Manual Remarks
94 GSC Shutdown Status 30094 Organized by bit pairs where for each pair 0=Shutdown
Inactive, 1=Shutdown Active, 3=Not Available: Bits
2,1=Diag Code. Bits 4,3=Coolant Loss. Bits 6,5=Emg Stop.
Bits 8,7=Spare Fault. Bits 10,9=High Coolant Temp. Bits
12,11=Low Oil Psi. Bits 14,13=Overcrank. Bits
16,15=Overspeed.
95 GSC Spare Fault Alarm Status 30095 Organized by bit pairs where for each pair 0=Alarm Off,
1=Alarm On, 3=Not Available: Bits 2,1=Spare Fault 1. Bits
4,3=Spare Fault 2. Bits 6,5=Spare Fault 3. Bits 8,7=Spare
Fault 4. 16-9=Undefined.
96 GSC Spare Fault Shutdown Status 30096 Organized by bit pairs where for each pair 0=Shutdown
Inactive, 1=Shutdown Active, 3=Not Available: Bits
2,1=Spare Fault 1. Bits 4,3=Spare Fault 2. Bits 6,5=Spare
Fault 3. Bits 8,7=Spare Fault 4. 16-9=Undefined.
146 Generator Set Control Output Status (GSC+ only) 30149 Organized by bit pairs where for each pair 0=Off/de-
energized, 1=On/energized, 2=Output Fault, 3=Output not
installed: Bits 2,1=Close Breaker Output. Bits 4,3=Kilowatt
Relay Control Output
112 Generator Set Shutdown Status - Extension #1 30112 Organized by bit pairs where for each pair 0=Shutdown
Inactive, 1=Shutdown Active, 3=Not Available: Bits
13,14=Engine Control Shutdown. Bits 15,16=High Engine
Oil Temp.
150 Active Warning Summary Status 30150 Bit 16=Warning Level 1, Bit 15=Warning Level 2, Bit
14=Warning Level 3 (bit value: 0=INACTIVE, 1=ACTIVE)
0=Enabled, NonZero=Disabled
A value of 0 indicates that the status is inactive, disabled or off.
A value of 1 indicates that the status is active, enabled or on.
0=Inactive, NonZero=Active
A value of 0 indicates that the status is inactive, disabled or off.
A value of 1 indicates that the status is active, enabled or on.
Hex to Long Integer
The value is contained in 2 consecutive modbus registers. For example, if the first value is at address 40001 the
value at 40002 will also need to be read.
Read each register as an unsigned integer. Take the first value and multiply by 65536. Then add the second
value. Multiply the result by the gain and add the offset.
Long Multiple Status Bits
The value is contained in 2 consecutive modbus registers. For example, if the first value is at address 30001 the
value at 30002 will also need to be read.
Read each register as an unsigned integer. Take the first value and multiply by 65536. Then add the second
value.
The result is composed of more than one status condition. This is accomplished by setting the appropriate bits
for each status condition. See details below: