bg

Pilot PMAC735, PMAC770, SPM32 MODBUS registers: read online

Connect Pilot to the computer through a USB-to-serial or RS485 adapter and read its registers in your browser: click "Read register values online" under the model (Chrome or Edge, nothing to install). The tables below list the MODBUS offset, unit, data type and scale of every register shown. For logging 24/7 into a database, CSV files or Excel, use the Advanced Serial Data Logger (for MODBUS RTU) or Advanced TCP/IP Data Logger (for MODBUS TCP): they poll the complete map of every model on this page and provide continuous Pilot logging and read.

Do you not know the meter address? Scan the device address online

Pilot (PMAC735) - MODBUS Registers

Registers in the map: 160 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
0Phase A voltageVword×0.01
1Phase B voltageVword×0.01
2Phase C voltageVword×0.01
3Line ab voltageVword×0.01
4Line bc voltageVword×0.01
5Line ca voltageVword×0.01
6Phase A currentAword×0.001
7Phase B currentAword×0.001
8Phase C currentAword×0.001
9Neutral currentAword×0.001
10Three phase active powerWinteger×0.1
12Three phase reactive powervarinteger 
14Three phase apparent powerVAdword×0.1
16Total power factor smallint×0.001
17FrequencyHzword×0.01
18Input active energykWhdword×0.1
20Input reactive energykvarhdword×0.1
22Output active energykWhdword×0.1
24Output reactive energykvarhdword×0.1
26On off status word 
27Relay status word 
28Va/vab thd word×0.001
29Vb/vbc thd word×0.001
30Vc/vca thd word×0.001
31Ia thd word 
32Ib thd word 
33Ic thd word 
34Ia K factor word×0.1
35Ib K factor word×0.1
36Ic K factor word×0.1
37Average phase current demandAword×0.001
38Three phase active power demandWinteger×0.1
40Three phase reactive power demandvarinteger 
42Three phase apparent power demandVAdword×0.1
44Soe event counter word 
100Phase A voltageVword×0.01
101Phase B voltageVword×0.01
102Phase C voltageVword×0.01
103Phase voltage unbalance rate word×0.001
104Average phase voltageVword×0.01
105Line ab voltageVword×0.01
106Line bc voltageVword×0.01
107Line ca voltageVword×0.01
108Line voltage unbalance rate word×0.001
109Average line voltageVword×0.01
110Neutral voltageVword×0.01
111Phase A currentAword×0.001
112Phase B currentAword×0.001
113Phase C currentAword×0.001
114Current unbalance rate word×0.001

This is not the complete map: 50 of 160 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Pilot PMAC770 - MODBUS Maps

Registers in the map: 609 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
0Va (ph-N)Vword×0.01
1Vb (ph-N)Vword×0.01
2Vc (ph-N)Vword×0.01
5Vab (ph-ph)Vword×0.01
6Vbc (ph-ph)Vword×0.01
7Vca (ph-ph)Vword×0.01
10Positive sequence voltage word×0.01
11Negative sequence voltage word×0.01
12Neutral voltageVword×0.01
13IaAword×0.0001
14IbAword×0.0001
15IcAword×0.0001
16InAword×0.0001
17Average currentAword×0.0001
24Negative sequence current word×0.0001
25Neutral currentAword×0.0001
26Phase A active powerWsmallint×0.1
27Phase B active powerWsmallint×0.1
28Phase C active powerWsmallint×0.1
29Total active powerWinteger×0.1
30Total active powerWinteger×0.1
31Phase A reactive powervarsmallint×0.1
32Phase B reactive powervarsmallint×0.1
33Phase C reactive powervarsmallint×0.1
34Total reactive powervarinteger×0.1
35Total reactive powervarinteger×0.1
36Phase A apparent powerVAword×0.1
37Phase B apparent powerVAword×0.1
38Phase C apparent powerVAword×0.1
39Total apparent powerVAword×0.1
40Phase A power factor smallint×0.001
41Phase B power factor smallint×0.001
42Phase C power factor smallint×0.001
43Total power factor smallint×0.001
44FrequencyHzword×0.01
45Digital input status word×0.01
50Analog input 2 word×0.01
51Pulse input%word×0.01
53Phase B voltage deviation%smallint×0.01
54Phase C voltage deviation%smallint×0.01
10055Frequency deviationHzsmallint×0.01
10056Vph-N unbalance rate%word×0.01
100Q1, phase AkWhinteger×0.1
101Q1, phase AkWhinteger×0.1
102Q1, phase BkWhinteger×0.1
103Q1, phase BkWhinteger×0.1
104Q1, phase CkWhinteger×0.1
105Q1, phase CkWhinteger×0.1
106Q1, totalkWhinteger×0.1
107Q1, totalkWhinteger×0.1

This is not the complete map: 50 of 609 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Pilot (SPM32) - MODBUS Values

Connection and addressing notes

Protocol
Modbus
Register addressing
4xxxx
Device address register
40201, range 1-247
Baud rate register
40202, 0 = 4800, 1 = 9600

Registers in the map: 81 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
0Va (ph n)Vword×0.01
1Vb (ph n)Vword×0.01
2Vc (ph n)Vword×0.01
3Vab (ph ph)Vword×0.01
4Vbc (ph ph)Vword×0.01
5Vca (ph ph)Vword×0.01
6IaAword×0.001
7IbAword×0.001
8IcAword×0.001
9Neutral currentAword×0.001
10Total active powerWinteger×0.1
12Total reactive powervarinteger×0.1
14Total power factor smallint×0.001
15Phase A active powerWsmallint×0.1
16Phase B active powerWsmallint×0.1
17Phase C active powerWsmallint×0.1
18Phase A reactive powervarsmallint×0.1
19Phase B reactive powervarsmallint×0.1
20Phase C reactive powervarsmallint×0.1
21Phase A power factor smallint×0.001
22Phase B power factor smallint×0.001
23Phase C power factor smallint×0.001
24FrequencyHzword×0.01
25TotalkWhdword×0.1
27Totalkvarhdword×0.1
29Import.kWhdword×0.1
31Export.kWhdword×0.1
33Importkvarhdword×0.1
35Export.kvarhdword×0.1
37Digital input (on off status) word 
38Relay status word 
39Alarm status word 
40Ct ratio word 
41Pt ratio word 
42Average voltage (ph n)Vword×0.01
43Average voltage (ph ph)Vword×0.01
44Average currentAword×0.001
45Current unbalance rate word×0.001
46Phase A apparent powerVAword×0.1
47Phase B apparent powerVAword×0.1
48Phase C apparent powerVAword×0.1
49Total apparent power dword 
51Total apparent energykVAhdword×0.1
700Demand for iaAword×0.001
701Demand for ibAword×0.001
702Demand for icAword×0.001
703Demand for paWword×0.1
704Demand for pbWword×0.1
705Demand for pcWword×0.1
706Demand for ptot (low)Winteger×0.1

This is not the complete map: 50 of 81 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Pilot (SPM33) - MODBUS Maps

Connection and addressing notes

Protocol
Modbus
Register type
holding registers for all measured and setup parameters
Register addressing
4xxxx
Address mapping
request for register 4xxxx reads slave register xxxx-1 (e.g. register 40011 corresponds to register 10)

Registers in the map: 84 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
0Phase A voltageVword×0.01
1Phase B voltageVword×0.01
2Phase C voltageVword×0.01
3Line ab voltageVword×0.01
4Line bc voltageVword×0.01
5Line ca voltageVword×0.01
6Phase A currentAword×0.001
7Phase B currentAword×0.001
8Phase C currentAword×0.001
9Neutral currentAword×0.001
10Total active powerWinteger×0.1
12Total reactive powervarinteger×0.1
14Total power factor smallint×0.001
15Phase A active powerWsmallint×0.1
16Phase B active powerWsmallint×0.1
17Phase C active powerWsmallint×0.1
18Phase A reactive powerWsmallint×0.1
19Phase B reactive powerWsmallint×0.1
20Phase C reactive powerWsmallint×0.1
21Phase A power factor smallint×0.001
22Phase B power factor smallint×0.001
23Phase C power factor smallint×0.001
24FrequencyHzword×0.01
25Total active energykWhdword×0.1
27Total reactive energykvarhdword×0.1
29Input active energykWhdword×0.1
31Output active energykWhdword×0.1
33Input reactive energykvarhdword×0.1
35Output reactive energykvarhdword×0.1
37On off status word 
38Relay status word 
39Alarm status word 
40Ct ratio word 
42Average phase voltageVword×0.01
43Average line voltageVword×0.01
44Average phase currentAword×0.001
45Current unbalance rateAword×0.001
46Phase A apparent powerVAword×0.1
47Phase B apparent powerVAword×0.1
48Phase C apparent powerVAword×0.1
49Total apparent power dword 
51Grid input active energykWhdword×0.1
53Grid output active energy dword×0.1
55Grid total active energy dword×0.1
57Grid input reactive energykvarhdword×0.1
59Grid output reactive energykvarhdword×0.1
61Grid totalreactive energykvarhdword×0.1
63Generator input active energykWhdword×0.1
65Generator output active energykWhdword×0.1
67Generator total active energykWhdword×0.1

This is not the complete map: 50 of 84 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Pilot (SPM91) - Measurement Data

Connection and addressing notes

Function codes
03 read real time data, 16 (0x10) write configuration parameters
Device address register
40202, range 1-247
Baud rate register
40203, 0 = 4800 bps, 1 = 9600 bps, other values = 2400 bps
Password register
40207, range 0x0000-0xFFFF
Byte order
low byte in the back, high byte in the former

Registers in the map: 5. function 3 (holding registers). byte order big-endian. data types: dword, word.

MODBUS offsetDescriptionUnitsData typeScale
0Active energykWdword×0.1
2VoltageVdword×0.01
3CurrentAdword×0.001
5Active powerWdword×0.1
11FrequencyHzword×0.01

Pilot (SPM93) - MODBUS Mapping

Connection and addressing notes

Protocol
Modbus
Register addressing
4xxxx
Access
real time values read only

Registers in the map: 62 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
0VaVword×0.01
1VbVword×0.01
2VcVword×0.01
3IaAdword×0.001
5IbAdword×0.001
7IcAdword×0.001
9FrequencyHz,word×0.01
10Total power factor smallint×0.001
11Total apparent dword×0.01
13Total active energy dword×0.1
15Total reactive energykvarh,dword×0.1
17Phase A active powerWinteger×0.01
19Phase B active powerWinteger×0.01
21Phase C active powerWinteger×0.01
23Total active powerWinteger×0.01
25Phase A reactive power integer×0.01
27Phase B reactive power integer×0.01
29Phase C reactive integer×0.01
31Total reactive power integer×0.01
100Va (ph n)Vword×0.01
101Vb (ph n)Vword×0.01
102Vc (ph n)Vword×0.01
103Vab (ph ph)Vword×0.01
104Vbc (ph ph)Vword×0.01
105Vca (ph ph)Vword×0.01
106Ia dword×0.001
108Ib dword×0.001
110Ic dword×0.001
112Average current dword×0.001
114Phase A active powerWinteger×0.01
116Phase B active powerWinteger×0.01
118Phase C active powerWinteger×0.01
120Total active powerWinteger×0.01
122Phase A reactive power integer×0.01
124Phase B reactive power integer×0.01
126Phase C reactive power integer×0.01
128Total reactive power integer×0.01
130Phase A apparent power dword×0.01
132Phase B apparent power dword×0.01
134Phase C apparent power dword×0.01
136Total apparent power dword×0.01
138Phase A power factor smallint×0.001
139Phase B power factor smallint×0.001
140Phase C power factor smallint×0.001
141Total power factor smallint×0.001
142Frequency word×0.01
143Loaded timing dword 
145Over voltage timing under voltage timing dword 
1000Imp.kWhdword×0.1
1002Exp.kWhdword×0.1

This is not the complete map: 50 of 62 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Related MODBUS registers maps

Note: Products and companies mentioned here are used only for definition and identification purposes and can be trademarks and/or registered trademarks of the respective companies.

MODBUS COM Port Connection