ENTES EMM, EPM-07, EPR04, ES32 MODBUS registers: read online

Connect ENTES 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 ENTES modbus logging and log.

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ENTES (EMM) - MODBUS Maps

Registers in the map: 258 (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, single.

MODBUS offset	Description	Units	Data type	Scale
0	Voltage L1-N	V	single
2	Voltage L2-N	V	single
4	Voltage L3-N	V	single
8	Voltage L1-L2	V	single
10	Voltage L2-L3	V	single
12	Voltage L3-L1	V	single
14	Current L1	A	single	×0.001
16	Current L2	A	single	×0.001
18	Current L3	A	single	×0.001
22	Neutral current = IL1+IL2+IL3	A	single	×0.001
24	Measured frequency	Hz	single
26	Active power L1-N	W	single
28	Active power L2-N	W	single
30	Active power L3-N	W	single
34	Total import active power	W	single
36	Total export active power	W	single
38	Total active power	W	single
40	Reactive power L1	var	single
42	Reactive power L2	var	single
44	Reactive power L3	var	single
48	Q1 total reactive power	var	single
50	Q2 total reactive power	var	single
52	Q3 total reactive power	var	single
54	Q4 total reactive power	var	single
56	Total reactive power	var	single
58	Apperant power L1-N	var	single
60	Apparent power L2-N	var	single
62	Apparent power L3-N	var	single
66	Total import apperant power	VA	single
68	Total export apperant power	VA	single
70	Total apperant power	VA	single
72	Power factor L1		single
74	Power factor L2		single
76	Power factor L3		single
80	Power factor total import		single
82	Power factor total export		single
84	Power factor total		single
86	CosPhi L1		single
88	CosPhi L2		single
90	CosPhi L3		single
98	Cos phi = COS_L1 + COS_L2 + COS_L3		single
100	Rotation field		single
102	Voltage unbalance	%	single
106	L1 phase voltage angle	Angle	single
108	L2 phase voltage angle	Angle	single
110	L3 phase voltage angle	Angle	single
114	L1 phase current angle	Angle	single
116	L2 phase current angle	Angle	single
118	L3 phase current angle	Angle	single
128	Internal temp		single

This is not the complete map: 50 of 258 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.

ENTES (EPM-07) - MODBUS Maps

Connection and addressing notes

Communication settings: holding registers
Address register: 32777 (0x8009), range 0-247
Baud rate register: 32778 (0x800A), 1 = 38400, 2 = 19200, 3 = 9600, 4 = 4800, 5 = 2400
Parity register: 32779 (0x800B), 0 = none, 1 = odd, 2 = even
Password enable register: 32780 (0x800C), 0 = disable, 1 = enable
Password register: 32781 (0x800D), range 0-9999

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: integer, smallint, word.

MODBUS offset	Description	Units	Data type	Scale
32777	Communication address		smallint
152	L3 phase min. Apparent power	VA	word	×0.1
154	Total min. Import active power	W	integer	×0.1
156	Total min. Export active power	W	integer	×0.1
158	Total min. Import reactive power	var	integer	×0.1
160	Total min. Export reactive power	var	integer	×0.1
162	Total min. Apparent power	VA	word	×0.1
164	L1 phase max. Voltage	V	word	×0.1
166	L2 phase max. Voltage	V	word	×0.1
168	L3 phase max. Voltage	V	word	×0.1
170	L1 L2 phase phase max. Voltage	V	word	×0.1
172	L2 L3 phase phase max. Voltage	V	word	×0.1
174	L3 L1 phase phase max. Voltage	V	word	×0.1
176	L1 phase max. Current	A	word	×0.001
178	L2 phase max. Current	A	word	×0.001
180	L3 phase max. Current	A	word	×0.001
182	L1 phase max. Active power	W	integer	×0.1
184	L2 phase max. Active power	W	integer	×0.1
186	L3 phase max. Active power	W	integer	×0.1
188	L1 phase max. Reactive power	var	integer	×0.1
190	L2 phase max. Reactive power	var	integer	×0.1
192	L3 phase max. Reactive power	var	integer	×0.1
194	L1 phase max. Apparent power	VA	word	×0.1
196	L2 phase max. Apparent power	VA	word	×0.1
198	L3 phase max. Apparent power	VA	word	×0.1
200	Total max. Import active power	W	integer	×0.1
202	Total max. Export active power	W	integer	×0.1
204	Total max. Import reactive power	var	integer	×0.1
206	Total max. Export reactive power	var	integer	×0.1
208	Total max. Apparent power	VA	word	×0.1
210	L1 phase max. Current demand	A	word	×0.001
212	L2 phase max. Current demand	A	word	×0.001
214	L3 phase max. Current demand	A	word	×0.001
216	L1 phase import max. Demand active power	W	integer	×0.1
218	L1 phase export max. Demand active power	W	integer	×0.1
220	L2 phase import max. Demand active power	W	integer	×0.1
222	L2 phase export max. Demand active power	W	integer	×0.1
224	L3 phase import max. Demand active power	W	integer	×0.1
226	L3 phase export max. Demand active power	W	integer	×0.1
228	L1 phase import max. Demand reactive power	var	integer	×0.1
230	L1 phase export max. Demand reactive power	var	integer	×0.1
232	L2 phase import max. Demand reactive power	var	integer	×0.1
234	L2 phase export max. Demand reactive power	var	integer	×0.1
236	L3 phase import max. Demand reactive power	var	integer	×0.1
238	L3 phase export max. Demand reactive power	var	integer	×0.1
240	L1 phase max. Demand apparent power	VA	word	×0.1
242	L2 phase max. Demand apparent power	VA	word	×0.1
244	L3 phase max. Demand apparent power	VA	word	×0.1
246	Total import max. Demand active power	W	integer	×0.1
248	Total export max. Demand active power	W	integer	×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.

ENTES (EPR04) - MODBUS Mapping

Connection and addressing notes

Communication settings: holding registers
Address register: 32777 (0x8009), range 0-247
Baud rate register: 32778 (0x800A), 1 = 38400, 2 = 19200, 3 = 9600, 4 = 4800, 5 = 2400
Parity register: 32779 (0x800B), 0 = none, 1 = odd, 2 = even
Password enable register: 32780 (0x800C), 0 = disable, 1 = enable
Password register: 32781 (0x800D), range 0-9999

Registers in the map: 86 (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, int64, integer, smallint.

MODBUS offset	Description	Units	Data type	Scale
20	L1 phase active power	W	integer	×0.1
22	L2 phase active power	W	integer	×0.1
24	L3 phase active power	W	integer	×0.1
26	L1 phase reactive power	var	integer	×0.1
28	L2 phase reactive power	var	integer	×0.1
30	L3 phase reactive power	var	integer	×0.1
32	L1 phase apparent power	VA	dword	×0.1
34	L2 phase apparent power	VA	dword	×0.1
36	L3 phase apparent power	VA	dword	×0.1
38	L1 phase cos		integer	×0.001
40	L2 phase cos		integer	×0.001
42	L3 phase cos		integer	×0.001
44	Total import active power	W	integer	×0.1
46	Total export active power	W	integer	×0.1
48	Total inductive reactive power	var	integer	×0.1
50	Total capacitive reactive power	var	integer	×0.1
52	Total apparent power	VA	dword	×0.1
54	Average inductive cos		integer	×0.001
56	Average capacitive cos		integer	×0.001
58	Frequency	Hz	dword	×0.01
88	Import active energy 1	Wh	int64
92	Export active energy 1	Wh	int64
96	Inductive reactive energy 1	varh	int64
100	Capacitive reactive energy 1	varh	int64
104	Import active energy 2	Wh	int64
108	Export active energy 2	Wh	int64
112	Inductive reactive energy 2	varh	int64
116	Capacitive reactive energy 2	varh	int64
136	L1 phase min. active power	W	integer	×0.1
138	L2 phase min. active power	W	integer	×0.1
140	L3 phase min. active power	W	integer	×0.1
142	L1 phase min. reactive power	var	integer	×0.1
144	L2 phase min. reactive power	var	integer	×0.1
146	L3 phase min. reactive power	var	integer	×0.1
148	L1 phase min. apparent power	VA	dword	×0.1
150	L2 phase min. apparent power	VA	dword	×0.1
152	L3 phase min. apparent power	VA	dword	×0.1
154	Total min. import active power	W	integer	×0.1
156	Total min. export active power	W	integer	×0.1
158	Total min. import reactive power	var	integer	×0.1
160	Total min. export reactive power	var	integer	×0.1
162	Total min. apparent power	VA	dword	×0.1
182	L1 phase max. active power	W	integer	×0.1
184	L2 phase max. active power	W	integer	×0.1
186	L3 phase max. active power	W	integer	×0.1
188	L1 phase max. reactive power	var	integer	×0.1
190	L2 phase max. reactive power	var	integer	×0.1
192	L3 phase max. reactive power	var	integer	×0.1
194	L1 phase max. apparent power	VA	dword	×0.1
196	L2 phase max. apparent power	VA	dword	×0.1

This is not the complete map: 50 of 86 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.

ENTES (ES32) - MODBUS Mapping

Connection and addressing notes

Protocol: Modbus RTU
Interface: RS-485
Default baud rate: 9600
Baud rate register: 2, factory setting 3
Baud rate options: 1200, 2400, 4800, 9600, 19200, 38400
Parity: none
Parity register: 3, factory setting 0
Parity options: none, odd, even
Default device address: last two digits of the device serial number, 100 when they are 00
Device address range: 1-247
Address register: 1
Energy index: 65536 x register[4] + register[5]
Access: registers 1, 2 and 3 are read and write

Registers in the map: 8. function 3 (holding registers). byte order big-endian. data types: dword, word.

MODBUS offset	Description	Units	Data type	Scale
3	Index	Wh	dword
5	Voltage	V	word	×0.01
6	Current	A	word	×0.001
7	Frequency	Hz	word	×0.01
8	Power factor		word	×0.001
9	Active power	kW	word	×0.01
10	Reactive power	kvar	word	×0.01
11	Apparent power	kVA	word	×0.01

ENTES (MPR1 Series) - MODBUS Measurements

Registers in the map: 475 (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, int64, integer, single.

MODBUS offset	Description	Units	Data type	Scale
0	Voltage L1 N	V	dword	×0.1
2	Voltage L2 N	V	dword	×0.1
4	Voltage L3 N	V	dword	×0.1
6	Voltage L4 N	V	dword	×0.1
8	Voltage L1 L2	V	dword	×0.1
10	Voltage L2 L3	V	dword	×0.1
12	Voltage L3 L1	V	dword	×0.1
14	Current L1	A	dword	×0.001
16	Current L2	A	dword	×0.001
18	Current L3	A	dword	×0.001
20	Current L4	A	dword	×0.001
22	Neutral current = il1+il2+il3	A	dword	×0.001
24	Measured frequency	Hz	dword	×0.01
26	Active power L1 N	W	single
28	Active power L2 N	W	single
30	Active power L3 N	W	single
32	Active power L4 N	W	single
34	Total import active power	W	single
36	Total export active power	W	single
38	Active power +/ = P =p1+p2+p3	W	single
40	Reactive power L1	var	single
42	Reactive power L2	var	single
44	Reactive power L3	var	single
46	Reactive power L4	var	single
48	Q1 total reactive power	var	single
50	Q2 total reactive power	var	single
52	Q3 total reactive power	var	single
54	Q4 total reactive power	var	single
56	Reactive power +/ = q=Q1+Q2+Q3	var	single
58	Apparent power L1 N	VA	single
60	Apparent power L2 N	VA	single
62	Apparent power L3 N	VA	single
64	Apparent power L4 N	VA	single
66	Total import apparent power	VA	single
68	Total export apparent power	VA	single
70	Apparent power +/ = s=s1+s2+s3	VA	single
72	Power factor L1		integer	×0.001
74	Power factor L2		integer	×0.001
76	Power factor L3		integer	×0.001
78	Power factor L4		integer	×0.001
80	Power factor +/ = pf=pfl1+pfl2+pfl3		integer	×0.001
82	Cosphi L1		integer	×0.001
84	Cosphi L2		integer	×0.001
86	Cosphi L3		integer	×0.001
88	Cosphi L4		integer	×0.001
90	Cos phi = cos_l1 + cos_l2 + cos_l3		integer	×0.001
92	Rotation field		integer
94	Voltage unbalance	%	dword	×0.1
96	Current unbalance	%	dword	×0.1
98	L1 phase voltage angle	Angle	int64	×0.1

This is not the complete map: 50 of 475 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

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ENTES EMM, EPM-07, EPR04, ES32 MODBUS registers: read online

ENTES (EMM) - MODBUS Maps

ENTES (EPM-07) - MODBUS Maps

ENTES (EPR04) - MODBUS Mapping

ENTES (ES32) - MODBUS Mapping

ENTES (MPR1 Series) - MODBUS Measurements

Related MODBUS registers maps

MODBUS COM Port Connection

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