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Entes MPR-63 Modbus register map

MPR-63 network analyser: 16-bit measurement table (0-84, secondary values) and setup registers (256-364). The 32-bit table is in the MPR63 map.

  • Official
  • 168 registers
  • Revision 3 · 2026-11-10

Official: Written from the manufacturer's documentation, but not tested on a device yet. Check the map against the manufacturer's documentation before you write to a live device. Tested it? Report a test.

Communication

Protocol
Modbus TCP and RTUdefault
Unit ID
1default
TCP port
502default
Serial
9600 8E1 · 9600 baud, 8 data bits, even parity, 1 stop bit defaults
Byte / word order
ABCD · bytes big-endian, words high first
Addresses
0-based

Connection values are defaults: the device may be configured differently.

Map

Registers
168 holding registers
Groups
2
Revision
3 · 2026-11-10
Added
()
File
maps/entes/mpr-63.mbmap.json · 26 KB · history
SHA-256
dc1aa56b6b9187cd2db73099a72a549a9b778c446b808aad99a3d60126d234ee
Manufacturer
entes.com.tr

Sources and notes

  • In the 16-bit table voltages must be multiplied by the VT ratio (register 75), currents by the CT ratio (register 74) and powers by both; the 32-bit table in the MPR63 map already includes them.
  • Values marked writable accept only 0 (clears the min, max, demand or energy value). Setup registers are written with FC06/FC16.
  • Setup registers are listed for the base MPR63; models with inputs, relays or other options have extra or different setup maps in the manual. Not tested on a device.
AreaAddressNameTypeAccessUnitScaleDescription
HR 0 uint16 R V ×0.1
HR 1 uint16 R V ×0.1
HR 2 uint16 R V ×0.1
HR 3 uint16 R A ×0.001
HR 4 uint16 R A ×0.001
HR 5 uint16 R A ×0.001
HR 6 uint16 R A ×0.001
HR 7 int16 R W
HR 8 int16 R W
HR 9 int16 R W
HR 10 int16 R var
HR 11 int16 R var
HR 12 int16 R var
HR 13 uint16 R VA
HR 14 uint16 R VA
HR 15 uint16 R VA
HR 16 int16 R ×0.001
HR 17 int16 R ×0.001
HR 18 int16 R ×0.001
HR 19 int16 R ×0.001
HR 20 int16 R ×0.001
HR 21 int16 R ×0.001
HR 22 uint16 R V ×0.1
HR 23 uint16 R V ×0.1
HR 24 uint16 R V ×0.1
HR 25 uint16 R V ×0.1
HR 26 uint16 R V ×0.1
HR 27 uint16 R Hz ×0.01
HR 28 int16 R W
HR 29 int16 R var
HR 30 uint16 R VA
HR 31 uint16 R % ×0.1
HR 32 uint16 R % ×0.1
HR 33 uint16 R % ×0.1
HR 34 uint16 R % ×0.1
HR 35 uint16 R % ×0.1
HR 36 uint16 R % ×0.1
HR 37 uint16 R % ×0.1
HR 38 uint16 R % ×0.1
HR 39 uint16 RW V ×0.1
HR 40 uint16 RW V ×0.1
HR 41 uint16 RW V ×0.1
HR 42 uint16 RW V ×0.1
HR 43 uint16 RW V ×0.1
HR 44 uint16 RW V ×0.1
HR 45 uint16 RW ×0.001
HR 46 uint16 RW ×0.001
HR 47 uint16 RW ×0.001
HR 48 uint16 RW ×0.001
HR 49 uint16 RW ×0.001
HR 50 uint16 RW ×0.001
HR 51 uint16 RW ×0.001
HR 52 uint16 RW ×0.001
HR 53 uint16 RW ×0.001
HR 54 uint16 RW ×0.001
HR 55 uint16 RW ×0.001
HR 56 uint16 RW ×0.001
HR 57 int16 RW W
HR 58 int16 RW var
HR 59 uint16 RW VA
HR 60 uint16 RW Energy = high word x 10000 + low word
HR 61 uint16 RW Energy = high word x 10000 + low word
HR 62 uint16 RW Energy = high word x 10000 + low word
HR 63 uint16 RW Energy = high word x 10000 + low word
HR 64 uint16 RW Energy = high word x 10000 + low word
HR 65 uint16 RW Energy = high word x 10000 + low word
HR 66 uint16 RW Energy = high word x 10000 + low word
HR 67 uint16 RW Energy = high word x 10000 + low word
HR 68 uint16 R h
HR 69 uint16 R min
HR 70 uint16 R s
HR 71 uint16 R
HR 72 uint16 R
HR 73 uint16 R
HR 74 uint16 R
HR 75 uint16 R ×0.1
HR 76 uint16 R Bit 0 relay 1, bit 1 relay 2; models with inputs also bit 2 input 1, bit 3 input 2
HR 77 int16 R ×0.001
HR 78 uint16 R ×0.001
HR 79 int16 RW W
HR 80 int16 RW var
HR 81 uint16 RW VA
HR 82 int16 RW W
HR 83 int16 RW var
HR 84 uint16 RW VA
HR 256 uint16 RW
HR 257 uint16 RW ×0.1
HR 258 uint16 RW 0 = 3P4W, 1 = 3P3W, 2 = ARON
HR 260 uint16 RW Pulse output parameter
HR 261 uint16 RW
HR 262 uint16 RW Pulse output parameter
HR 263 uint16 RW
HR 264 uint16 RW
HR 265 uint16 RW
HR 266 uint16 RW
HR 267 uint16 RW s
HR 268 uint16 RW
HR 270 uint16 RW
HR 271 uint16 RW
HR 272 uint16 RW

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