MBMap Registry
  1. Devices
  2. Fronius
  3. Power Meter 211 / 212 / 213

Fronius Power Meter 211 / 212 / 213 Modbus register map

Also covers Power Meter 212, Power Meter 213

  • Official
  • 70 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
240
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
1-based · wire address = address − 1

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

Map

Registers
70 holding registers
Revision
3 · 2026-11-10
Added
()
File
maps/fronius/power-meter-210-211.mbmap.json · 11 KB · history
SHA-256
94c48c5edee68c2556e961819f584b99a65032d96b58c74cc0cb2d1271b7cbc6
Manufacturer
fronius.com

Sources and notes

Source: Fronius, "Fronius Datamanager Modbus TCP & RTU" (42,0410,2049, 033-24022026) and "Modbus SunSpec Maps, State Codes and Events" (archive 1.1.7); https://www.fronius.com/~/downloads/Solar%20Energy/Operating%20Instructions/42,0410,2049.pdf

  • Fronius inverters with the Datamanager 2.0, read through SunSpec models (float meter models 211-213).
  • Addresses are the register numbers printed in the manual (1-based): the first register, 40001, is sent on the wire as 40000.
  • Register positions after the inverter model change with the SunSpec model type (float or integer with scale factors), selected in the Datamanager web interface or in register 216.
  • A value the device cannot provide is returned as the unavailable value of its type (see sentinels).
  • A Fronius Smart Meter on the Datamanager is read with Modbus device ID 240 (240 to 244 for several meters).
AreaAddressNameTypeAccessUnitScaleDescription
HR 40001 uint32 ABCD R
HR 40003 uint16 R
HR 40005 string[16] R
HR 40021 string[16] R
HR 40037 string[8] R
HR 40045 string[8] R
HR 40053 string[16] R
HR 40069 uint16 R
HR 40072 float32 ABCD R A
HR 40074 float32 ABCD R A
HR 40076 float32 ABCD R A
HR 40078 float32 ABCD R A
HR 40080 float32 ABCD R V
HR 40082 float32 ABCD R V
HR 40084 float32 ABCD R V
HR 40086 float32 ABCD R V
HR 40088 float32 ABCD R V
HR 40090 float32 ABCD R V
HR 40092 float32 ABCD R V
HR 40094 float32 ABCD R V
HR 40096 float32 ABCD R Hz
HR 40098 float32 ABCD R W
HR 40100 float32 ABCD R W
HR 40102 float32 ABCD R W
HR 40104 float32 ABCD R W
HR 40106 float32 ABCD R VA
HR 40108 float32 ABCD R VA
HR 40110 float32 ABCD R VA
HR 40112 float32 ABCD R VA
HR 40114 float32 ABCD R var
HR 40116 float32 ABCD R var
HR 40118 float32 ABCD R var
HR 40120 float32 ABCD R var
HR 40122 float32 ABCD R
HR 40124 float32 ABCD R
HR 40126 float32 ABCD R
HR 40128 float32 ABCD R
HR 40130 float32 ABCD R Wh
HR 40132 float32 ABCD R Wh
HR 40134 float32 ABCD R Wh
HR 40136 float32 ABCD R Wh
HR 40138 float32 ABCD R Wh
HR 40140 float32 ABCD R Wh
HR 40142 float32 ABCD R Wh
HR 40144 float32 ABCD R Wh
HR 40146 float32 ABCD R VAh
HR 40148 float32 ABCD R VAh
HR 40150 float32 ABCD R VAh
HR 40152 float32 ABCD R VAh
HR 40154 float32 ABCD R VAh
HR 40156 float32 ABCD R VAh
HR 40158 float32 ABCD R VAh
HR 40160 float32 ABCD R VAh
HR 40162 float32 ABCD R varh
HR 40164 float32 ABCD R varh
HR 40166 float32 ABCD R varh
HR 40168 float32 ABCD R varh
HR 40170 float32 ABCD R varh
HR 40172 float32 ABCD R varh
HR 40174 float32 ABCD R varh
HR 40176 float32 ABCD R varh
HR 40178 float32 ABCD R varh
HR 40180 float32 ABCD R varh
HR 40182 float32 ABCD R varh
HR 40184 float32 ABCD R varh
HR 40186 float32 ABCD R varh
HR 40188 float32 ABCD R varh
HR 40190 float32 ABCD R varh
HR 40192 float32 ABCD R varh
HR 40194 uint32 ABCD R

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