Generator controllers

SmartGen HGM9520N Modbus register map

Name: SmartGen HGM9520N Modbus register map
Creator: Voltrus

The SmartGen HGM9520N is a genset paralleled (with mains) controller. SmartGen publishes one communication protocol document for the HGM9510N, HGM9520N and HGM9530N, and this map follows it: status and alarm bit words, seven alarm class fields, generator, mains and busbar voltage, current, power and frequency, engine and ECU values, running hours, energy counters, controller clock, DM1 and DM2 diagnostic codes, and remote command coils. Rows where the document distinguishes the HGM9520N from the other two models are marked in their notes.

Protocol: Modbus RTU (RS485) and Modbus TCP/UDP
Defaults: RS485: Modbus RTU slave, 9600 baud, 8 data bits, parity none by default (odd or even selectable), communication address default 1. The protocol document gives the address range as 1 to 245 in the physical layer text and 1 to 254 in Table 2; the user manual (Table 17) gives 1 to 254. The protocol text says 1 stop bit with 2 selectable; the user manual lists RS485(1) stop bit default 0, meaning 2 stop bits. Ethernet: Modbus TCP/UDP on port 502 (TCP/IP Modbus is enabled by default in the user manual network settings). Only function codes 03H, 05H and 06H are supported.
Addresses in the manual: 0-based protocol addresses, as sent on the wire
32 and 64-bit values: Low word first (CD AB)
Registers listed: 312
Checked against: SmartGen (Zhengzhou) Technology Co., Ltd., HGM9510N/HGM9520N/HGM9530N Genset Controller Communication Protocol, version 1.5 dated 2024-07-22 (vendor-hosted at smartgen.cn)

Address base. Table 5 and Table 11 print a Modbus Address column (decimal, for example 0174) and a PLC Address column (40175). The worked example on p. 31 reads A phase active power with starting address 0174 sent on the wire as 00AEH, so the Modbus Address column is the zero-based protocol address and the PLC address is that value plus 40001. Addresses in this file are the Modbus Address column. Function code 05H coil addresses (Table 17) are also printed zero-based, with a PLC address one higher. Address 0 in the manual is address 0 on the wire.

Word order. For 32-bit items the lower address holds the low word. Table 11 marks the first register LSB and the second MSB for the voltage and power rows, note 2 says 4-byte data is the high-order word times 65536 plus the low-order word, and the worked example on p. 31 to 32 reads 123456 as E240H at address 0174 and 0001H at address 0175. Some 32-bit rows (accumulated fuel, mains power, energy counters) carry no LSB or MSB marker and are assumed to follow note 2. Note 3 says a raw value of 32766 means no normal data. Bit words use bit 0 as the least significant bit, as in the p. 13 example where 8407H has bit 10 set.

Modbus Poll and the Modbus protocol itself count from 0. The "Wire address" column is the number to type into Modbus Poll.

Downloads

The register table has every column on this page. The blocks file imports into Modbus Poll. The template JSON holds the same blocks plus unit, scale and access for scripts.

Registers

312 registers

Manual	Wire	Register	Type	Regs	Unit	Scale	Access	Area
0	0	Common alarm and operating mode flags`Status_Word_0` · Bits as printed (bit 0 is the least significant): bit 0 Common alarm; bit 1 Common shutdown alarm; bit 2 Common warning alarm; bit 3 Common trip and stop alarm; bit 4 Common trip alarm; bit 5 Common safety trip and stop alarm; bit 6 Common safety trip alarm; bit 7 Common block alarm; bit 8 In test mode; bit 9 In auto mode; bit 10 In manual mode; bit 11 In stop mode; bit 12 Remote lock. Bits 13 to 15 are reserved. Each bit is 1 when active. The worked example on p. 13 reads 8407H, which the document interprets as manual mode active (bit 10).	bitfield16	1		1	R	Holding (FC03)
1	1	Shutdown alarm field, word 0`Shutdown_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
2	2	Shutdown alarm field, word 1`Shutdown_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
3	3	Shutdown alarm field, word 2`Shutdown_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
4	4	Shutdown alarm field, word 3`Shutdown_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
5	5	Shutdown alarm field, word 4`Shutdown_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
6	6	Shutdown alarm field, word 5`Shutdown_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
7	7	Shutdown alarm field, word 6`Shutdown_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
8	8	Shutdown alarm field, word 7`Shutdown_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
9	9	Shutdown alarm field, word 8`Shutdown_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
10	10	Shutdown alarm field, word 9`Shutdown_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
11	11	Shutdown alarm field, word 10`Shutdown_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
12	12	Shutdown alarm field, word 11`Shutdown_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
13	13	Shutdown alarm field, word 12`Shutdown_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
14	14	Shutdown alarm field, word 13`Shutdown_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
15	15	Shutdown alarm field, word 14`Shutdown_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
16	16	Trip And Stop alarm field, word 0`Trip_And_Stop_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
17	17	Trip And Stop alarm field, word 1`Trip_And_Stop_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
18	18	Trip And Stop alarm field, word 2`Trip_And_Stop_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
19	19	Trip And Stop alarm field, word 3`Trip_And_Stop_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
20	20	Trip And Stop alarm field, word 4`Trip_And_Stop_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
21	21	Trip And Stop alarm field, word 5`Trip_And_Stop_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
22	22	Trip And Stop alarm field, word 6`Trip_And_Stop_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
23	23	Trip And Stop alarm field, word 7`Trip_And_Stop_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
24	24	Trip And Stop alarm field, word 8`Trip_And_Stop_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
25	25	Trip And Stop alarm field, word 9`Trip_And_Stop_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
26	26	Trip And Stop alarm field, word 10`Trip_And_Stop_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
27	27	Trip And Stop alarm field, word 11`Trip_And_Stop_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
28	28	Trip And Stop alarm field, word 12`Trip_And_Stop_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
29	29	Trip And Stop alarm field, word 13`Trip_And_Stop_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
30	30	Trip And Stop alarm field, word 14`Trip_And_Stop_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
31	31	Trip alarm field, word 0`Trip_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
32	32	Trip alarm field, word 1`Trip_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
33	33	Trip alarm field, word 2`Trip_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
34	34	Trip alarm field, word 3`Trip_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
35	35	Trip alarm field, word 4`Trip_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
36	36	Trip alarm field, word 5`Trip_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
37	37	Trip alarm field, word 6`Trip_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
38	38	Trip alarm field, word 7`Trip_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
39	39	Trip alarm field, word 8`Trip_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
40	40	Trip alarm field, word 9`Trip_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
41	41	Trip alarm field, word 10`Trip_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
42	42	Trip alarm field, word 11`Trip_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
43	43	Trip alarm field, word 12`Trip_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
44	44	Trip alarm field, word 13`Trip_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
45	45	Trip alarm field, word 14`Trip_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
46	46	Safety Trip And Stop alarm field, word 0`Safety_Trip_And_Stop_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
47	47	Safety Trip And Stop alarm field, word 1`Safety_Trip_And_Stop_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
48	48	Safety Trip And Stop alarm field, word 2`Safety_Trip_And_Stop_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
49	49	Safety Trip And Stop alarm field, word 3`Safety_Trip_And_Stop_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
50	50	Safety Trip And Stop alarm field, word 4`Safety_Trip_And_Stop_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
51	51	Safety Trip And Stop alarm field, word 5`Safety_Trip_And_Stop_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
52	52	Safety Trip And Stop alarm field, word 6`Safety_Trip_And_Stop_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
53	53	Safety Trip And Stop alarm field, word 7`Safety_Trip_And_Stop_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
54	54	Safety Trip And Stop alarm field, word 8`Safety_Trip_And_Stop_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
55	55	Safety Trip And Stop alarm field, word 9`Safety_Trip_And_Stop_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
56	56	Safety Trip And Stop alarm field, word 10`Safety_Trip_And_Stop_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
57	57	Safety Trip And Stop alarm field, word 11`Safety_Trip_And_Stop_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
58	58	Safety Trip And Stop alarm field, word 12`Safety_Trip_And_Stop_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
59	59	Safety Trip And Stop alarm field, word 13`Safety_Trip_And_Stop_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
60	60	Safety Trip And Stop alarm field, word 14`Safety_Trip_And_Stop_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
61	61	Safety Trip alarm field, word 0`Safety_Trip_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
62	62	Safety Trip alarm field, word 1`Safety_Trip_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
63	63	Safety Trip alarm field, word 2`Safety_Trip_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
64	64	Safety Trip alarm field, word 3`Safety_Trip_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
65	65	Safety Trip alarm field, word 4`Safety_Trip_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
66	66	Safety Trip alarm field, word 5`Safety_Trip_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
67	67	Safety Trip alarm field, word 6`Safety_Trip_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
68	68	Safety Trip alarm field, word 7`Safety_Trip_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
69	69	Safety Trip alarm field, word 8`Safety_Trip_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
70	70	Safety Trip alarm field, word 9`Safety_Trip_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
71	71	Safety Trip alarm field, word 10`Safety_Trip_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
72	72	Safety Trip alarm field, word 11`Safety_Trip_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
73	73	Safety Trip alarm field, word 12`Safety_Trip_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
74	74	Safety Trip alarm field, word 13`Safety_Trip_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
75	75	Safety Trip alarm field, word 14`Safety_Trip_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
76	76	Block alarm field, word 0`Block_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
77	77	Block alarm field, word 1`Block_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
78	78	Block alarm field, word 2`Block_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
79	79	Block alarm field, word 3`Block_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
80	80	Block alarm field, word 4`Block_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
81	81	Block alarm field, word 5`Block_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
82	82	Block alarm field, word 6`Block_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
83	83	Block alarm field, word 7`Block_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
84	84	Block alarm field, word 8`Block_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
85	85	Block alarm field, word 9`Block_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
86	86	Block alarm field, word 10`Block_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
87	87	Block alarm field, word 11`Block_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
88	88	Block alarm field, word 12`Block_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
89	89	Block alarm field, word 13`Block_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
90	90	Block alarm field, word 14`Block_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
91	91	Warning alarm field, word 0`Warning_Alarm_Field_0` · Alarm field word 0 of 15. Bits as printed in Table 27, Alarm Data, offset 0000 (bit 0 is the least significant): bit 0 Emergency Stop Alarm; bit 1 Overspeed Alarm; bit 2 Underspeed Alarm; bit 3 Speed Signal Loss; bit 4 Gen Overfrequency; bit 5 Gen Underfrequency; bit 6 Gen Overvoltage; bit 7 Gen Undervoltage; bit 8 Crank Failure Alarm; bit 9 Gen Overcurrent; bit 10 Current Imbalance; bit 11 Earth Fault; bit 12 Reverse Power Alarm; bit 13 Over Power Alarm; bit 14 Loss of Excitation Fault; bit 15 ECU Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
92	92	Warning alarm field, word 1`Warning_Alarm_Field_1` · Alarm field word 1 of 15. Bits as printed in Table 27, Alarm Data, offset 0001 (bit 0 is the least significant): bit 0 ECU Alarm; bit 1 High Temp. Input Alarm; bit 2 Low Oil Pressure Input Alarm; bit 3 MSC ID Error; bit 4 Voltage Bus Error; bit 5 Gen Phase Sequence Error; bit 6 Voltage Bus Phase Sequence Error; bit 7 Temp. Sensor Open; bit 8 High Engine Temp.; bit 9 Low Engine Temp.; bit 10 Temp. Sensor Error; bit 11 Oil Pressure Sensor Open; bit 12 High Oil Pressure; bit 13 Low Oil Pressure; bit 14 Oil Pressure Sensor Error; bit 15 Fuel Level Sensor Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
93	93	Warning alarm field, word 2`Warning_Alarm_Field_2` · Alarm field word 2 of 15. Bits as printed in Table 27, Alarm Data, offset 0002 (bit 0 is the least significant): bit 0 High Fuel Level; bit 1 Low Fuel Level; bit 2 Fuel Level Sensor Error; bit 3 Aux. Sensor 1 Open; bit 4 Aux. Sensor 1 High; bit 5 Aux. Sensor 1 Low; bit 6 Aux. Sensor 1 Error; bit 7 Aux. Sensor 2 Open; bit 8 Aux. Sensor 2 High; bit 9 Aux. Sensor 2 Low; bit 10 Aux. Sensor 2 Error; bit 11 Stop Failure; bit 12 Charging Failure; bit 13 Battery Overvoltage; bit 14 Battery Undervoltage; bit 15 Synchronization Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
94	94	Warning alarm field, word 3`Warning_Alarm_Field_3` · Alarm field word 3 of 15. Bits as printed in Table 27, Alarm Data, offset 0003 (bit 0 is the least significant): bit 0 GOV Reach Limit; bit 1 AVR Reach Limit; bit 2 Gen Insufficient Capacity; bit 3 Voltage Out of Synchronization; bit 4 Frequency Out of Synchronization; bit 5 Phase Out of Synchronization; bit 6 Mains Breaker Alarm; bit 7 Gen Breaker Alarm; bit 8 Mains Close Failure; bit 9 Gen Close Failure; bit 10 Mains Open Failure; bit 11 Gen Open Failure; bit 12 Mains Overfrequency; bit 13 Mains Underfrequency; bit 14 Mains Overvoltage; bit 15 Mains Undervoltage. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
95	95	Warning alarm field, word 4`Warning_Alarm_Field_4` · Alarm field word 4 of 15. Bits as printed in Table 27, Alarm Data, offset 0004 (bit 0 is the least significant): bit 0 Mains Frequency Change; bit 1 Mains Vector Drift; bit 2 Large Frequency Difference Warning; bit 3 Few MSC; bit 4 Maintenance 1 Time Due; bit 5 Maintenance 2 Time Due; bit 6 Maintenance 3 Time Due; bit 7 Low Water Level Alarm; bit 8 Detonation Alarm; bit 9 Gas Leak Alarm; bit 10 Gen Reverse Phase Sequence; bit 11 Gen Loss of Phase; bit 12 MSC1 Communication Failure; bit 13 MSC2 Communication Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
96	96	Warning alarm field, word 5`Warning_Alarm_Field_5` · Alarm field word 5 of 15. Bits as printed in Table 27, Alarm Data, offset 0005 (bit 0 is the least significant): bit 0 Digital Input 1; bit 1 Digital Input 2; bit 2 Digital Input 3; bit 3 Digital Input 4; bit 4 Digital Input 5; bit 5 Digital Input 6; bit 6 Digital Input 7; bit 7 Digital Input 8; bit 8 Digital Input 9; bit 9 Digital Input 10; bit 10 Digital Input 11; bit 11 Digital Input 12; bit 12 PLC Function 1; bit 13 PLC Function 2; bit 14 PLC Function 3; bit 15 PLC Function 4. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
97	97	Warning alarm field, word 6`Warning_Alarm_Field_6` · Alarm field word 6 of 15. Bits as printed in Table 27, Alarm Data, offset 0006 (bit 0 is the least significant): bit 0 PLC Function 5; bit 1 PLC Function 6; bit 2 PLC Function 7; bit 3 PLC Function 8; bit 4 PLC Function 9; bit 5 PLC Function 10; bit 6 PLC Function 11; bit 7 PLC Function 12; bit 8 PLC Function 13; bit 9 PLC Function 14; bit 10 PLC Function 15; bit 11 PLC Function 16; bit 12 PLC Function 17; bit 13 PLC Function 18; bit 14 PLC Function 19; bit 15 PLC Function 20. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
98	98	Warning alarm field, word 7`Warning_Alarm_Field_7` · Alarm field word 7 of 15. Bits as printed in Table 27, Alarm Data, offset 0007 (bit 0 is the least significant): bit 0 DIN16 Communication Failure; bit 1 DIN16 Input 1; bit 2 DIN16 Input 2; bit 3 DIN16 Input 3; bit 4 DIN16 Input 4; bit 5 DIN16 Input 5; bit 6 DIN16 Input 6; bit 7 DIN16 Input 7; bit 8 DIN16 Input 8; bit 9 DIN16 Input 9; bit 10 DIN16 Input 10; bit 11 DIN16 Input 11; bit 12 DIN16 Input 12; bit 13 DIN16 Input 13; bit 14 DIN16 Input 14; bit 15 DIN16 Input 15. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
99	99	Warning alarm field, word 8`Warning_Alarm_Field_8` · Alarm field word 8 of 15. Bits as printed in Table 27, Alarm Data, offset 0008 (bit 0 is the least significant): bit 0 DIN16 Input 16; bit 1 DOUT16 Communication Failure; bit 2 AIN24 1 Communication Failure; bit 3 AIN24 1 Cylinder Temp. High; bit 4 AIN24 1 Exhaust Temp. High; bit 5 AIN24 1 Large Cylinder Temp. Difference; bit 6 AIN24 1 Sensor 15 Open; bit 7 AIN24 1 Sensor 15 High; bit 8 AIN24 1 Sensor 15 Low; bit 9 AIN24 1 Sensor 16 Open; bit 10 AIN24 1 Sensor 16 High; bit 11 AIN24 1 Sensor 16 Low; bit 12 AIN24 1 Sensor 17 Open; bit 13 AIN24 1 Sensor 17 High; bit 14 AIN24 1 Sensor 17 Low; bit 15 AIN24 1 Sensor 18 Open. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
100	100	Warning alarm field, word 9`Warning_Alarm_Field_9` · Alarm field word 9 of 15. Bits as printed in Table 27, Alarm Data, offset 0009 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 18 High; bit 1 AIN24 1 Sensor 18 Low; bit 2 AIN24 1 Sensor 19 Open; bit 3 AIN24 1 Sensor 19 High; bit 4 AIN24 1 Sensor 19 Low; bit 5 AIN24 1 Sensor 20 Open; bit 6 AIN24 1 Sensor 20 High; bit 7 AIN24 1 Sensor 20 Low; bit 8 AIN24 1 Sensor 21 Open; bit 9 AIN24 1 Sensor 21 High; bit 10 AIN24 1 Sensor 21 Low; bit 11 AIN24 1 Sensor 22 Open; bit 12 AIN24 1 Sensor 22 High; bit 13 AIN24 1 Sensor 22 Low; bit 14 AIN24 1 Sensor 23 Open; bit 15 AIN24 1 Sensor 23 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
101	101	Warning alarm field, word 10`Warning_Alarm_Field_10` · Alarm field word 10 of 15. Bits as printed in Table 27, Alarm Data, offset 0010 (bit 0 is the least significant): bit 0 AIN24 1 Sensor 23 Low; bit 1 AIN24 1 Sensor 24 Open; bit 2 AIN24 1 Sensor 24 High; bit 3 AIN24 1 Sensor 24 Low; bit 4 AIN24 2 Communication Failure; bit 5 AIN24 2 Cylinder Temp. High; bit 6 AIN24 2 Exhaust Temp. High; bit 7 AIN24 2 Large Cylinder Temp. Difference; bit 8 AIN24 2 Sensor 15 Open; bit 9 AIN24 2 Sensor 15 High; bit 10 AIN24 2 Sensor 15 Low; bit 11 AIN24 2 Sensor 16 Open; bit 12 AIN24 2 Sensor 16 High; bit 13 AIN24 2 Sensor 16 Low; bit 14 AIN24 2 Sensor 17 Open; bit 15 AIN24 2 Sensor 17 High. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
102	102	Warning alarm field, word 11`Warning_Alarm_Field_11` · Alarm field word 11 of 15. Bits as printed in Table 27, Alarm Data, offset 0011 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 17 Low; bit 1 AIN24 2 Sensor 18 Open; bit 2 AIN24 2 Sensor 18 High; bit 3 AIN24 2 Sensor 18 Low; bit 4 AIN24 2 Sensor 19 Open; bit 5 AIN24 2 Sensor 19 High; bit 6 AIN24 2 Sensor 19 Low; bit 7 AIN24 2 Sensor 20 Open; bit 8 AIN24 2 Sensor 20 High; bit 9 AIN24 2 Sensor 20 Low; bit 10 AIN24 2 Sensor 21 Open; bit 11 AIN24 2 Sensor 21 High; bit 12 AIN24 2 Sensor 21 Low; bit 13 AIN24 2 Sensor 22 Open; bit 14 AIN24 2 Sensor 22 High; bit 15 AIN24 2 Sensor 22 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
103	103	Warning alarm field, word 12`Warning_Alarm_Field_12` · Alarm field word 12 of 15. Bits as printed in Table 27, Alarm Data, offset 0012 (bit 0 is the least significant): bit 0 AIN24 2 Sensor 23 Open; bit 1 AIN24 2 Sensor 23 High; bit 2 AIN24 2 Sensor 23 Low; bit 3 AIN24 2 Sensor 24 Open; bit 4 AIN24 2 Sensor 24 High; bit 5 AIN24 2 Sensor 24 Low; bit 6 Low Power Factor; bit 7 High THD; bit 8 Gen Voltage Imbalance; bit 9 MSC Mains Split; bit 10 Earth Breaker Close Failure; bit 11 Earth Breaker Open Failure; bit 12 Static Parallel Failure; bit 13 Master Controller Failure. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
104	104	Warning alarm field, word 13`Warning_Alarm_Field_13` · Alarm field word 13 of 15. Bits as printed in Table 27, Alarm Data, offset 0013 (bit 0 is the least significant): bit 0 AIN8 Communication Failure; bit 1 AIN8 Sensor 1 Open; bit 2 AIN8 Sensor 1 High; bit 3 AIN8 Sensor 1 Low; bit 4 AIN8 Sensor 2 Open; bit 5 AIN8 Sensor 2 High; bit 6 AIN8 Sensor 2 Low; bit 7 AIN8 Sensor 3 Open; bit 8 AIN8 Sensor 3 High; bit 9 AIN8 Sensor 3 Low; bit 10 AIN8 Sensor 4 Open; bit 11 AIN8 Sensor 4 High; bit 12 AIN8 Sensor 4 Low; bit 13 AIN8 Sensor 5 Open; bit 14 AIN8 Sensor 5 High; bit 15 AIN8 Sensor 5 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
105	105	Warning alarm field, word 14`Warning_Alarm_Field_14` · Alarm field word 14 of 15. Bits as printed in Table 27, Alarm Data, offset 0014 (bit 0 is the least significant): bit 0 AIN8 Sensor 6 Open; bit 1 AIN8 Sensor 6 High; bit 2 AIN8 Sensor 6 Low; bit 3 AIN8 Sensor 7 Open; bit 4 AIN8 Sensor 7 High; bit 5 AIN8 Sensor 7 Low; bit 6 AIN8 Sensor 8 Open; bit 7 AIN8 Sensor 8 High; bit 8 AIN8 Sensor 8 Low. A bit reads 1 when that alarm is active in this alarm class.	bitfield16	1		1	R	Holding (FC03)
106	106	Emergency stop and auxiliary input 1 to 15 status`Input_Status_Word_1` · Bit 0 emergency input port status; bits 1 to 15 auxiliary input 1 to 15 status. 1 for active.	bitfield16	1		1	R	Holding (FC03)
107	107	Expansion input 1 to 16 status`Expansion_Input_Status_Word` · Bits 0 to 15 expansion input 1 to 16 status. 1 for active.	bitfield16	1		1	R	Holding (FC03)
108	108	Fuel, crank and auxiliary output 1 to 8 status`Output_Status_Word_1` · Bit 0 fuel output port; bit 1 crank output port; bits 2 to 9 auxiliary output 1 to 8; bits 10 to 15 reserved. 1 for active. The table prints no description text for bit 9 (auxiliary output 8).	bitfield16	1		1	R	Holding (FC03)
109	109	Expansion output 1 to 16 status`Expansion_Output_Status_Word` · Bits 0 to 15 expansion output 1 to 16 status. 1 for active.	bitfield16	1		1	R	Holding (FC03)
114	114	Mains and generator normal and breaker status`Mains_Gen_Switch_Status_Word` · Bit 0 mains normal; bit 1 mains on load; bit 2 gen normal; bit 3 gen close; bits 4 to 15 reserved. 1 for active.	bitfield16	1		1	R	Holding (FC03)
120	120	Busbar or mains voltage UAB`BusMains_Voltage_UAB`	uint32	2	V	0.1	R	Holding (FC03)
122	122	Busbar or mains voltage UBC`BusMains_Voltage_UBC`	uint32	2	V	0.1	R	Holding (FC03)
124	124	Busbar or mains voltage UCA`BusMains_Voltage_UCA`	uint32	2	V	0.1	R	Holding (FC03)
126	126	Busbar or mains voltage UA`BusMains_Voltage_UA`	uint32	2	V	0.1	R	Holding (FC03)
128	128	Busbar or mains voltage UB`BusMains_Voltage_UB`	uint32	2	V	0.1	R	Holding (FC03)
130	130	Busbar or mains voltage UC`BusMains_Voltage_UC`	uint32	2	V	0.1	R	Holding (FC03)
132	132	Busbar or mains UA phase angle`BusMains_Angle_UA`	uint16	1	°	0.1	R	Holding (FC03)
133	133	Busbar or mains UB phase angle`BusMains_Angle_UB`	uint16	1	°	0.1	R	Holding (FC03)
134	134	Busbar or mains UC phase angle`BusMains_Angle_UC`	uint16	1	°	0.1	R	Holding (FC03)
135	135	Busbar or mains frequency`BusMains_Frequency`	uint16	1	Hz	0.01	R	Holding (FC03)
140	140	Generator voltage UAB`Gen_Voltage_UAB`	uint32	2	V	0.1	R	Holding (FC03)
142	142	Generator voltage UBC`Gen_Voltage_UBC`	uint32	2	V	0.1	R	Holding (FC03)
144	144	Generator voltage UCA`Gen_Voltage_UCA`	uint32	2	V	0.1	R	Holding (FC03)
146	146	Generator voltage UA`Gen_Voltage_UA`	uint32	2	V	0.1	R	Holding (FC03)
148	148	Generator voltage UB`Gen_Voltage_UB`	uint32	2	V	0.1	R	Holding (FC03)
150	150	Generator voltage UC`Gen_Voltage_UC`	uint32	2	V	0.1	R	Holding (FC03)
152	152	Generator UA phase angle`Gen_Angle_UA`	uint16	1	°	0.1	R	Holding (FC03)
153	153	Generator UB phase angle`Gen_Angle_UB`	uint16	1	°	0.1	R	Holding (FC03)
154	154	Generator UC phase angle`Gen_Angle_UC`	uint16	1	°	0.1	R	Holding (FC03)
155	155	Generator frequency`Gen_Frequency`	uint16	1	Hz	0.01	R	Holding (FC03)
156	156	Voltage difference`Sync_Voltage_Difference`	int16	1	V	0.1	R	Holding (FC03)
157	157	Frequency difference`Sync_Frequency_Difference`	int16	1	Hz	0.01	R	Holding (FC03)
158	158	Phase difference`Sync_Phase_Difference`	int16	1	°	0.1	R	Holding (FC03)
159	159	Current generator active percentage`Gen_Active_Percentage_Current`	int16	1	%	0.1	R	Holding (FC03)
160	160	Target generator active percentage`Gen_Active_Percentage_Target`	int16	1	%	0.1	R	Holding (FC03)
161	161	Current generator reactive percentage`Gen_Reactive_Percentage_Current`	int16	1	%	0.1	R	Holding (FC03)
162	162	Target generator reactive percentage`Gen_Reactive_Percentage_Target`	int16	1	%	0.1	R	Holding (FC03)
163	163	Governor (GOV) output percentage`GOV_Output_Percent`	int16	1	%	0.1	R	Holding (FC03)
164	164	AVR output percentage`AVR_Output_Percent`	int16	1	%	0.1	R	Holding (FC03)
166	166	A phase current`Gen_Current_A`	uint16	1	A	0.1	R	Holding (FC03)
167	167	B phase current`Gen_Current_B`	uint16	1	A	0.1	R	Holding (FC03)
168	168	C phase current`Gen_Current_C`	uint16	1	A	0.1	R	Holding (FC03)
169	169	Earth current`Gen_Earth_Current`	uint16	1	A	0.1	R	Holding (FC03)
170	170	A phase current phase angle`Gen_Current_Angle_A`	uint16	1	°	0.1	R	Holding (FC03)
171	171	B phase current phase angle`Gen_Current_Angle_B`	uint16	1	°	0.1	R	Holding (FC03)
172	172	C phase current phase angle`Gen_Current_Angle_C`	uint16	1	°	0.1	R	Holding (FC03)
173	173	Earth current phase angle`Gen_Current_Angle_Earth`	uint16	1	°	0.1	R	Holding (FC03)
174	174	A phase active power`Gen_A_Active_Power`	int32	2	kW	0.1	R	Holding (FC03)
176	176	B phase active power`Gen_B_Active_Power`	int32	2	kW	0.1	R	Holding (FC03)
178	178	C phase active power`Gen_C_Active_Power`	int32	2	kW	0.1	R	Holding (FC03)
180	180	Total active power`Gen_Total_Active_Power`	int32	2	kW	0.1	R	Holding (FC03)
182	182	A phase reactive power`Gen_A_Reactive_Power`	int32	2	kvar	0.1	R	Holding (FC03)
184	184	B phase reactive power`Gen_B_Reactive_Power`	int32	2	kvar	0.1	R	Holding (FC03)
186	186	C phase reactive power`Gen_C_Reactive_Power`	int32	2	kvar	0.1	R	Holding (FC03)
188	188	Total reactive power`Gen_Total_Reactive_Power`	int32	2	kvar	0.1	R	Holding (FC03)
190	190	A phase apparent power`Gen_A_Apparent_Power`	int32	2	kVA	0.1	R	Holding (FC03)
192	192	B phase apparent power`Gen_B_Apparent_Power`	int32	2	kVA	0.1	R	Holding (FC03)
194	194	C phase apparent power`Gen_C_Apparent_Power`	int32	2	kVA	0.1	R	Holding (FC03)
196	196	Total apparent power`Gen_Total_Apparent_Power`	int32	2	kVA	0.1	R	Holding (FC03)
198	198	A phase power factor`Gen_Power_Factor_A` · The printed range is -100.000 to 100.000 with ratio 0.001, which does not fit in one 16-bit signed register, so confirm the scaling on the device.	int16	1		0.001	R	Holding (FC03)
199	199	B phase power factor`Gen_Power_Factor_B` · The printed range is -100.000 to 100.000 with ratio 0.001, which does not fit in one 16-bit signed register, so confirm the scaling on the device.	int16	1		0.001	R	Holding (FC03)
200	200	C phase power factor`Gen_Power_Factor_C` · The printed range is -100.000 to 100.000 with ratio 0.001, which does not fit in one 16-bit signed register, so confirm the scaling on the device.	int16	1		0.001	R	Holding (FC03)
201	201	Average power factor`Gen_Power_Factor_Average` · The printed range is -100.000 to 100.000 with ratio 0.001, which does not fit in one 16-bit signed register, so confirm the scaling on the device.	int16	1		0.001	R	Holding (FC03)
204	204	Unbalanced current`Unbalanced_Current` · Table 11 lists the range as 0 to 65535 and the remark as Signed.	int16	1	A	0.1	R	Holding (FC03)
212	212	Engine speed`Engine_Speed`	uint16	1	r/min	1	R	Holding (FC03)
213	213	Battery voltage`Battery_Voltage`	uint16	1	V	0.1	R	Holding (FC03)
214	214	Charger voltage`Charger_Voltage`	uint16	1	V	0.1	R	Holding (FC03)
220	220	Temperature sensor value`Temp_Sensor_Value` · Printed range -50 to 10000.	int16	1	°C	1	R	Holding (FC03)
222	222	Pressure sensor value`Pressure_Sensor_Value`	uint16	1	kPa	1	R	Holding (FC03)
224	224	Level sensor value`Level_Sensor_Value`	uint16	1	%	1	R	Holding (FC03)
232	232	Load percentage`Load_Percentage`	int16	1	%	1	R	Holding (FC03)
233	233	Coolant level`Coolant_Level`	uint16	1	%	1	R	Holding (FC03)
234	234	Oil temperature`Oil_Temperature` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	°C	1	R	Holding (FC03)
235	235	Coolant pressure`Coolant_Pressure` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	kPa	1	R	Holding (FC03)
236	236	Fuel pressure`Fuel_Pressure` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	kPa	1	R	Holding (FC03)
237	237	Fuel temperature`Fuel_Temperature` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	°C	1	R	Holding (FC03)
238	238	Inlet temperature`Inlet_Temperature` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	°C	1	R	Holding (FC03)
239	239	Exhaust temperature`Exhaust_Temperature` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	°C	1	R	Holding (FC03)
240	240	Turbo pressure`Turbo_Pressure` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	kPa	1	R	Holding (FC03)
241	241	Fuel consumption`Fuel_Consumption` · Table 11 remark: reserved when the engine is not an ECU engine; 16-bit signed.	int16	1	L/h	0.1	R	Holding (FC03)
242	242	Accumulated fuel consumption`Fuel_Consumption_Accumulated` · Table 11 remark: 32-bit unsigned, 4 bytes.	uint32	2	L	1	R	Holding (FC03)
251	251	Current mains active percentage`Mains_Active_Percentage`	int16	1	%	0.1	R	Holding (FC03)
252	252	Current mains reactive percentage`Mains_Reactive_Percentage`	int16	1	%	0.1	R	Holding (FC03)
253	253	Mains active power`Mains_Active_Power`	int32	2	kW	0.1	R	Holding (FC03)
255	255	Mains reactive power`Mains_Reactive_Power`	int32	2	kvar	0.1	R	Holding (FC03)
257	257	Mains apparent power`Mains_Apparent_Power`	int32	2	kVA	0.1	R	Holding (FC03)
259	259	Mains power factor`Mains_Power_Factor` · The printed range is -100.000 to 100.000 with ratio 0.001, which does not fit in one 16-bit signed register, so confirm the scaling on the device.	int16	1		0.001	R	Holding (FC03)
260	260	Generator status`Generator_Status` · Value is the item number in Table 28: 0 standby, 1 preheat, 2 fuel output, 3 crank, 4 crank rest, 5 safety run, 6 start idle, 7 high speed warming up, 8 wait for load, 9 normal running, 10 high speed cooling, 11 stop idle, 12 ETS, 13 wait for stop, 14 after stop, 15 stop failure.	uint16	1		1	R	Holding (FC03)
261	261	Generator status delay value`Generator_Status_Delay` · Delay value for the current generator status. The unit is not printed. Statuses 0, 2, 8, 9 and 15 have no delay value.	uint16	1		1	R	Holding (FC03)
262	262	Remote start status`Remote_Start_Status` · Value is the item number in Table 29: 0 no delay, 1 start delay, 2 stop delay.	uint16	1		1	R	Holding (FC03)
263	263	Remote start delay value`Remote_Start_Delay` · The unit is not printed.	uint16	1		1	R	Holding (FC03)
264	264	Generator ATS status`Gen_ATS_Status` · Value is the item number in Table 30: 0 synchronizing, 1 close delay, 2 wait for closing, 3 closed, 4 unloading, 5 open delay, 6 wait for opening, 7 opened.	uint16	1		1	R	Holding (FC03)
265	265	Generator ATS delay value`Gen_ATS_Delay` · The unit is not printed.	uint16	1		1	R	Holding (FC03)
266	266	Mains status`Mains_Status` · Value is the item number in Table 31: 0 normal, 1 normal delay, 2 abnormal, 3 abnormal delay.	uint16	1		1	R	Holding (FC03)
267	267	Mains status delay value`Mains_Status_Delay` · The unit is not printed.	uint16	1		1	R	Holding (FC03)
268	268	Mains ATS status`Mains_ATS_Status` · Uses the ATS status table (Table 30).	uint16	1		1	R	Holding (FC03)
269	269	Mains ATS delay value`Mains_ATS_Delay` · The unit is not printed.	uint16	1		1	R	Holding (FC03)
270	270	Accumulated running hours`Accumulated_Running_Hours`	uint16	1	h	1	R	Holding (FC03)
271	271	Accumulated running minutes`Accumulated_Running_Minutes`	uint16	1	min	1	R	Holding (FC03)
272	272	Accumulated running seconds`Accumulated_Running_Seconds`	uint16	1	s	1	R	Holding (FC03)
273	273	Accumulated start times`Accumulated_Start_Count`	uint16	1		1	R	Holding (FC03)
274	274	Accumulated energy`Accumulated_Energy_kWh`	uint32	2	kWh	0.1	R	Holding (FC03)
276	276	Accumulated reactive energy`Accumulated_Energy_kvarh`	uint32	2	kvarh	0.1	R	Holding (FC03)
278	278	Accumulated apparent energy`Accumulated_Energy_kVAh`	uint32	2	kVAh	0.1	R	Holding (FC03)
282	282	Maintenance time left, hours`Maintenance_Left_Hours`	uint16	1	h	1	R	Holding (FC03)
283	283	Maintenance time left, minutes`Maintenance_Left_Minutes`	uint16	1	min	1	R	Holding (FC03)
284	284	Maintenance time left, seconds`Maintenance_Left_Seconds`	uint16	1	s	1	R	Holding (FC03)
288	288	Controller model`Controller_Model`	uint16	1		1	R	Holding (FC03)
289	289	Software version`Software_Version`	uint16	1		0.1	R	Holding (FC03)
290	290	Hardware version`Hardware_Version`	uint16	1		0.1	R	Holding (FC03)
291	291	Release year (last two digits)`Release_Year`	uint16	1	year	1	R	Holding (FC03)
292	292	Release month`Release_Month`	uint16	1	month	1	R	Holding (FC03)
293	293	Release day`Release_Day`	uint16	1	day	1	R	Holding (FC03)
296	296	Controller time: year (last two digits)`Clock_Year` · Function code 06 can write addresses 296 to 302; the document lists no other writable addresses in Table 11.	uint16	1	year	1	RW	Holding (FC03)
297	297	Controller time: month`Clock_Month`	uint16	1	month	1	RW	Holding (FC03)
298	298	Controller time: day`Clock_Day`	uint16	1	day	1	RW	Holding (FC03)
299	299	Controller time: week`Clock_Week`	uint16	1	week	1	RW	Holding (FC03)
300	300	Controller time: hour`Clock_Hour`	uint16	1	h	1	RW	Holding (FC03)
301	301	Controller time: minute`Clock_Minute`	uint16	1	min	1	RW	Holding (FC03)
302	302	Controller time: second`Clock_Second`	uint16	1	s	1	RW	Holding (FC03)
303	303	Module MSC ID`Module_MSC_ID`	uint16	1		1	R	Holding (FC03)
304	304	Module priority`Module_Priority`	int16	1		1	R	Holding (FC03)
305	305	Total module count`Total_Module_Count`	uint16	1		1	R	Holding (FC03)
306	306	Multi-unit total active power`MultiUnit_Total_Active_Power`	int32	2	kW	0.1	R	Holding (FC03)
341	341	A accumulated running time: hour`A_Accum_Running_Hours`	uint16	1	h	1	R	Holding (FC03)
342	342	A accumulated running time: minute`A_Accum_Running_Minutes`	uint16	1	min	1	R	Holding (FC03)
343	343	A accumulated running time: second`A_Accum_Running_Seconds`	uint16	1	s	1	R	Holding (FC03)
344	344	A accumulated start times`A_Accum_Start_Count`	uint16	1		1	R	Holding (FC03)
345	345	A accumulated energy`A_Accum_Energy`	int32	2	kWh	0.1	R	Holding (FC03)
347	347	B accumulated running time: hour`B_Accum_Running_Hours`	uint16	1	h	1	R	Holding (FC03)
348	348	B accumulated running time: minute`B_Accum_Running_Minutes`	uint16	1	min	1	R	Holding (FC03)
349	349	B accumulated running time: second`B_Accum_Running_Seconds`	uint16	1	s	1	R	Holding (FC03)
350	350	B accumulated start times`B_Accum_Start_Count`	uint16	1		1	R	Holding (FC03)
351	351	B accumulated energy`B_Accum_Energy`	int32	2	kWh	0.1	R	Holding (FC03)
406	406	ECU temperature`ECU_Temperature`	int16	1	°C	1	R	Holding (FC03)
407	407	Current running time: hour`Current_Running_Hours`	uint16	1	h	1	R	Holding (FC03)
408	408	Current running time: minute`Current_Running_Minutes`	uint16	1	min	1	R	Holding (FC03)
409	409	Current running time: second`Current_Running_Seconds`	uint16	1	s	1	R	Holding (FC03)
410	410	Current accumulated energy`Current_Accum_Energy`	int32	2	kWh	0.1	R	Holding (FC03)
412	412	THD 1`THD1`	int16	1	%	0.1	R	Holding (FC03)
413	413	THD 2`THD2`	int16	1	%	0.1	R	Holding (FC03)
414	414	THD 3`THD3`	int16	1	%	0.1	R	Holding (FC03)
415	415	Unbalanced generator voltage`Gen_Voltage_Unbalance`	int16	1	%	0.1	R	Holding (FC03)
416	416	DM1 alarm type`DM1_Alarm_Type` · Value is the item number in Table 32: 0 no alarm, 1 warning, 2 block, 3 safety trip, 4 safety trip and stop, 5 trip, 6 trip and stop, 7 shutdown.	uint16	1		1	R	Holding (FC03)
417	417	DM1 alarm quantity`DM1_Alarm_Quantity`	uint16	1		1	R	Holding (FC03)
418	418	DM1 alarm 1 SPN`DM1_Alarm_1_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
420	420	DM1 alarm 1 occurrence count and FMI`DM1_Alarm_1_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
421	421	DM1 alarm 2 SPN`DM1_Alarm_2_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
423	423	DM1 alarm 2 occurrence count and FMI`DM1_Alarm_2_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
424	424	DM1 alarm 3 SPN`DM1_Alarm_3_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
426	426	DM1 alarm 3 occurrence count and FMI`DM1_Alarm_3_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
427	427	DM1 alarm 4 SPN`DM1_Alarm_4_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
429	429	DM1 alarm 4 occurrence count and FMI`DM1_Alarm_4_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
430	430	DM1 alarm 5 SPN`DM1_Alarm_5_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
432	432	DM1 alarm 5 occurrence count and FMI`DM1_Alarm_5_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
433	433	DM1 alarm 6 SPN`DM1_Alarm_6_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
435	435	DM1 alarm 6 occurrence count and FMI`DM1_Alarm_6_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
436	436	DM1 alarm 7 SPN`DM1_Alarm_7_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
438	438	DM1 alarm 7 occurrence count and FMI`DM1_Alarm_7_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
439	439	DM1 alarm 8 SPN`DM1_Alarm_8_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
441	441	DM1 alarm 8 occurrence count and FMI`DM1_Alarm_8_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
442	442	DM1 alarm 9 SPN`DM1_Alarm_9_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
444	444	DM1 alarm 9 occurrence count and FMI`DM1_Alarm_9_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
445	445	DM1 alarm 10 SPN`DM1_Alarm_10_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
447	447	DM1 alarm 10 occurrence count and FMI`DM1_Alarm_10_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
448	448	DM2 alarm type`DM2_Alarm_Type` · Uses the alarm type table (Table 32).	uint16	1		1	R	Holding (FC03)
449	449	DM2 alarm quantity`DM2_Alarm_Quantity`	uint16	1		1	R	Holding (FC03)
450	450	DM2 alarm 1 SPN`DM2_Alarm_1_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
452	452	DM2 alarm 1 occurrence count and FMI`DM2_Alarm_1_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
453	453	DM2 alarm 2 SPN`DM2_Alarm_2_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
455	455	DM2 alarm 2 occurrence count and FMI`DM2_Alarm_2_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
456	456	DM2 alarm 3 SPN`DM2_Alarm_3_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
458	458	DM2 alarm 3 occurrence count and FMI`DM2_Alarm_3_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
459	459	DM2 alarm 4 SPN`DM2_Alarm_4_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
461	461	DM2 alarm 4 occurrence count and FMI`DM2_Alarm_4_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
462	462	DM2 alarm 5 SPN`DM2_Alarm_5_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
464	464	DM2 alarm 5 occurrence count and FMI`DM2_Alarm_5_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
465	465	DM2 alarm 6 SPN`DM2_Alarm_6_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
467	467	DM2 alarm 6 occurrence count and FMI`DM2_Alarm_6_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
468	468	DM2 alarm 7 SPN`DM2_Alarm_7_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
470	470	DM2 alarm 7 occurrence count and FMI`DM2_Alarm_7_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
471	471	DM2 alarm 8 SPN`DM2_Alarm_8_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
473	473	DM2 alarm 8 occurrence count and FMI`DM2_Alarm_8_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
474	474	DM2 alarm 9 SPN`DM2_Alarm_9_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
476	476	DM2 alarm 9 occurrence count and FMI`DM2_Alarm_9_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
477	477	DM2 alarm 10 SPN`DM2_Alarm_10_SPN` · Table 11 marks the first register SPN LSB and the second SPN MSB.	uint32	2		1	R	Holding (FC03)
479	479	DM2 alarm 10 occurrence count and FMI`DM2_Alarm_10_OC_FMI` · High 8 bits are the occurrence count (OC) and low 8 bits the failure mode identifier (FMI).	uint16	1		1	R	Holding (FC03)
511	511	Alarm quantity`Alarm_Quantity`	uint16	1		1	R	Holding (FC03)
4368	4368	Load parallel output active power percentage`Parallel_Output_Active_Power_Percentage` · Active in gen control mode (constant power). Data range 0 to 1000, corresponding to 0.0% to 100.0%. Written with function code 06. The document does not describe reading it back. PLC address 44369.	uint16	1	%	0.1	W	Holding (FC03)
4370	4370	Load parallel output reactive power percentage`Parallel_Output_Reactive_Power_Percentage` · Data range 0 to 1000, corresponding to 0.0% to 100.0%. Written with function code 06. The document does not describe reading it back. PLC address 44371.	uint16	1	%	0.1	W	Holding (FC03)
0	0	Remote start key`Remote_Start_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
1	1	Remote stop key`Remote_Stop_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
3	3	Remote auto key`Remote_Auto_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
4	4	Remote manual key`Remote_Manual_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
5	5	Remote mains close or open key (HGM9520N)`Remote_Mains_Close_Open_Key` · Table 17 prints this address as Remote Mains Close/Open Key for the HGM9520N and as Remote Gen Close Key for the HGM9510N and HGM9530N. Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
6	6	Remote generator close or open key (HGM9520N)`Remote_Gen_Close_Open_Key` · Table 17 prints this address as Remote Gen Close/Open Key for the HGM9520N and as Remote Gen Open Key for the HGM9510N and HGM9530N. Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
7	7	Remote up key`Remote_Up_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
8	8	Remote down key`Remote_Down_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
11	11	Remote confirm key`Remote_Confirm_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
12	12	Remote mute key`Remote_Mute_Key` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
15	15	Remote diesel engine fast stop`Remote_Engine_Fast_Stop` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
17	17	Remote alarm reset`Remote_Alarm_Reset` · Function code 05 only. Send FF00H to activate. Each remote command can only be sent once per use (note 1 under Table 17).	bool	1		1	W	Coil (FC01)
20	20	Remote output 1 active`Remote_Output_1` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
21	21	Remote output 2 active`Remote_Output_2` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
22	22	Remote output 3 active`Remote_Output_3` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
23	23	Remote output 4 active`Remote_Output_4` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
24	24	Remote output 5 active`Remote_Output_5` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
25	25	Remote output 6 active`Remote_Output_6` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
26	26	Remote output 7 active`Remote_Output_7` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
27	27	Remote output 8 active`Remote_Output_8` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)
31	31	Remote lock`Remote_Lock` · Function code 05. Send FF00H for active and 0000H for inactive.	bool	1		1	W	Coil (FC01)

Scale is the number to multiply the raw value by to get the unit. Types with more than one register (32 and 64-bit) follow the word order above.

Open in Modbus Poll

Download the Modbus Poll blocks file.
Open Modbus Poll, connect to the device and set its unit ID. In Modbus Poll set Word order to CD AB.
In the blocks panel on the right, click Import CSV and pick the file. CSV import is a Pro feature. Without Pro, Modbus Poll polls the first 20 values of your blocks.
The wire addresses are already in the file, so there is no 0-based or 1-based conversion to do.

Once the values look right, export the tag list to Ignition, Kepware, Node-RED, Home Assistant or Voltrus SCADA.

Source and accuracy

Manufacturer document: HGM9510N/HGM9520N/HGM9530N Genset Controller Communication Protocol (www.smartgen.cn)

SmartGen (Zhengzhou) Technology Co., Ltd., HGM9510N/HGM9520N/HGM9530N Genset Controller Communication Protocol, version 1.5 dated 2024-07-22 (vendor-hosted at smartgen.cn), p. 4 to 9 (communication format), p. 10 to 13 (Table 5), p. 14 to 32 (Table 11), p. 33 (Table 17), p. 35 (Table 22), p. 36 to 44 (Tables 27 to 33). Read on 2026-10-24.

Also used: HGM9520N Genset Paralleled Controller User Manual (SmartGen, version 1.3, 2025-04-18) (www.smartgen.cn)

Addresses, types, units and scale are taken from the document above. Names and descriptions are written by Voltrus. Firmware versions can differ, so confirm a value on your own device before you rely on it.

Found a mistake? Report it by email with the register address and the manual page.

Other generator controllers

All register maps · Modbus addressing explained