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Fronius Primo GEN24 Plus/Symo GEN24 Plus Modbus register map

Also searched as: Primo GEN24 Plus · Symo GEN24 Plus · Fronius GEN24 Plus

224 Modbus registers of the Fronius Primo GEN24 Plus and Symo GEN24 Plus, with the address on the wire, the 30001-style reference, data type, byte order, unit and scale. Transcribed from Fronius SunSpec register maps (Gen24_Primo_Symo_Inverter_Register_Map_Float_storage_ROW.xlsx) (1.2.7-2).

Fronius Primo GEN24 Plus and Symo GEN24 Plus hybrid inverters with battery storage, SunSpec over Modbus.

Registers Read it by name
Device type
Solar inverter
Registers
224
Interfaces
Modbus TCP, Modbus RTU
Byte order (multi-register values)
ABCD

Hardware verification

Not yet verified on hardware. The map is transcribed from the vendor document and checked against it by script; check the first readings against the device display.

Verify it on your device What the levels mean

Connection notes

  • SunSpec map with float values; set the device's SunSpec model type to "float" (the "int+SF" setting uses a different map).
  • Addresses are Fronius register numbers minus one; the SunSpec marker 'SunS' is at address 40000.
  • Rest-of-world grid settings; the US models use a separate map.
  • Includes the SunSpec storage model (124); without a battery use the GEN24 map.

Registers

Grouped as in the vendor document.

Inverter 33 registers
Name and key Reference Address Type Byte order Unit Scale
IDinverter_id 440070 0x9C85 uint16
Length of sunspec model inverter (11x)inverter_l 440071 0x9C86 uint16 Registers
AC Currentinverter_a 440072 0x9C87 float32 ABCD A
Phase A Currentinverter_aph_a 440074 0x9C89 float32 ABCD A
Phase B Currentinverter_aph_b 440076 0x9C8B float32 ABCD A
Phase C Currentinverter_aph_c 440078 0x9C8D float32 ABCD A
Phase Voltage ABinverter_ppvph_ab 440080 0x9C8F float32 ABCD V
Phase Voltage BCinverter_ppvph_bc 440082 0x9C91 float32 ABCD V
Phase Voltage CAinverter_ppvph_ca 440084 0x9C93 float32 ABCD V
Phase Voltage ANinverter_ph_vph_a 440086 0x9C95 float32 ABCD V
Phase Voltage BNinverter_ph_vph_b 440088 0x9C97 float32 ABCD V
Phase Voltage CNinverter_ph_vph_c 440090 0x9C99 float32 ABCD V
AC Powerinverter_w 440092 0x9C9B float32 ABCD W
Line Frequencyinverter_hz 440094 0x9C9D float32 ABCD Hz
AC Apparent Powerinverter_va 440096 0x9C9F float32 ABCD VA
AC Reactive Powerinverter_var 440098 0x9CA1 float32 ABCD var
AC Power Factorinverter_pf 440100 0x9CA3 float32 ABCD Pct
AC Energyinverter_wh 440102 0x9CA5 float32 ABCD Wh
DC Currentinverter_dca 440104 0x9CA7 float32 ABCD A
DC Voltageinverter_dcv 440106 0x9CA9 float32 ABCD V
DC Powerinverter_dcw 440108 0x9CAB float32 ABCD W
Cabinet Temperatureinverter_tmp_cab 440110 0x9CAD float32 ABCD C
Heat Sink Temperatureinverter_tmp_snk 440112 0x9CAF float32 ABCD C
Transformer Temperatureinverter_tmp_trns 440114 0x9CB1 float32 ABCD C
Other Temperatureinverter_tmp_ot 440116 0x9CB3 float32 ABCD C
Enumerated value. Operating stateinverter_st 440118 0x9CB5 uint16
Vendor specific operating state codeinverter_st_vnd 440119 0x9CB6 uint16
Bitmask value. Event fieldsinverter_evt1 440120 0x9CB7 bitfield
Reserved for future useinverter_evt2 440122 0x9CB9 bitfield
Vendor defined eventsinverter_evt_vnd1 440124 0x9CBB bitfield
Vendor defined eventsinverter_evt_vnd2 440126 0x9CBD bitfield
Vendor defined eventsinverter_evt_vnd3 440128 0x9CBF bitfield
Vendor defined eventsinverter_evt_vnd4 440130 0x9CC1 bitfield
MPPT 49 registers
Name and key Reference Address Type Byte order Unit Scale
IDmppt_id 440264 0x9D47 uint16
Length of sunspec model mppt (160)mppt_l 440265 0x9D48 uint16 Registers
Current Scale Factormppt_dca_sf 440266 0x9D49 int16
Voltage Scale Factormppt_dcv_sf 440267 0x9D4A int16
Power Scale Factormppt_dcw_sf 440268 0x9D4B int16
Energy Scale Factormppt_dcwh_sf 440269 0x9D4C int16
Global Eventsmppt_evt 440270 0x9D4D bitfield
Number of Modulesmppt_n 440272 0x9D4F uint16
Timestamp Periodmppt_tms_per 440273 0x9D50 uint16
Input IDmppt_module_1_id 440274 0x9D51 uint16
Input ID Stingmppt_module_1_idstr 440275 0x9D52 string
DC Currentmppt_module_1_dca 440283 0x9D5A uint16 A SF: mppt_dca_sf
DC Voltagemppt_module_1_dcv 440284 0x9D5B uint16 V SF: mppt_dcv_sf
DC Powermppt_module_1_dcw 440285 0x9D5C uint16 W SF: mppt_dcw_sf
Lifetime Energymppt_module_1_dcwh 440286 0x9D5D uint32 ABCD Wh SF: mppt_dcwh_sf
Timestampmppt_module_1_tms 440288 0x9D5F uint32 ABCD Secs
Temperaturemppt_module_1_tmp 440290 0x9D61 int16 C
Operating Statemppt_module_1_dcst 440291 0x9D62 uint16
Module Eventsmppt_module_1_dcevt 440292 0x9D63 bitfield
Input IDmppt_module_2_id 440294 0x9D65 uint16
Input ID Stingmppt_module_2_idstr 440295 0x9D66 string
DC Currentmppt_module_2_dca 440303 0x9D6E uint16 A SF: mppt_dca_sf
DC Voltagemppt_module_2_dcv 440304 0x9D6F uint16 V SF: mppt_dcv_sf
DC Powermppt_module_2_dcw 440305 0x9D70 uint16 W SF: mppt_dcw_sf
Lifetime Energymppt_module_2_dcwh 440306 0x9D71 uint32 ABCD Wh SF: mppt_dcwh_sf
Timestampmppt_module_2_tms 440308 0x9D73 uint32 ABCD Secs
Temperaturemppt_module_2_tmp 440310 0x9D75 int16 C
Operating Statemppt_module_2_dcst 440311 0x9D76 uint16
Module Eventsmppt_module_2_dcevt 440312 0x9D77 bitfield
Input IDmppt_module_3_id 440314 0x9D79 uint16
Input ID Stingmppt_module_3_idstr 440315 0x9D7A string
DC Currentmppt_module_3_dca 440323 0x9D82 uint16 A SF: mppt_dca_sf
DC Voltagemppt_module_3_dcv 440324 0x9D83 uint16 V SF: mppt_dcv_sf
DC Powermppt_module_3_dcw 440325 0x9D84 uint16 W SF: mppt_dcw_sf
Lifetime Energymppt_module_3_dcwh 440326 0x9D85 uint32 ABCD Wh SF: mppt_dcwh_sf
Timestampmppt_module_3_tms 440328 0x9D87 uint32 ABCD Secs
Temperaturemppt_module_3_tmp 440330 0x9D89 int16 C
Operating Statemppt_module_3_dcst 440331 0x9D8A uint16
Module Eventsmppt_module_3_dcevt 440332 0x9D8B bitfield
Input IDmppt_module_4_id 440334 0x9D8D uint16
Input ID Stingmppt_module_4_idstr 440335 0x9D8E string
DC Currentmppt_module_4_dca 440343 0x9D96 uint16 A SF: mppt_dca_sf
DC Voltagemppt_module_4_dcv 440344 0x9D97 uint16 V SF: mppt_dcv_sf
DC Powermppt_module_4_dcw 440345 0x9D98 uint16 W SF: mppt_dcw_sf
Lifetime Energymppt_module_4_dcwh 440346 0x9D99 uint32 ABCD Wh SF: mppt_dcwh_sf
Timestampmppt_module_4_tms 440348 0x9D9B uint32 ABCD Secs
Temperaturemppt_module_4_tmp 440350 0x9D9D int16 C
Operating Statemppt_module_4_dcst 440351 0x9D9E uint16
Module Eventsmppt_module_4_dcevt 440352 0x9D9F bitfield
Storage 26 registers
Name and key Reference Address Type Byte order Unit Scale
IDstorage_id 440354 0x9DA1 uint16
Length of sunspec model storage (124)storage_l 440355 0x9DA2 uint16 Registers
WChaMaxstorage_wcha_max 440356 0x9DA3 uint16 W SF: storage_wcha_max_sf
Setpoint for maximum charging rate. Default is MaxChaRte.storage_wcha_gra 440357 0x9DA4 uint16 % WChaMax/sec SF: storage_wcha_dis_cha_gra_sf
WDisChaGrastorage_wdis_cha_gra 440358 0x9DA5 uint16 % WChaMax/sec SF: storage_wcha_dis_cha_gra_sf
StorCtl_Modstorage_stor_ctl_mod 440359 0x9DA6 bitfield16
Setpoint for maximum charging VA.storage_vacha_max 440360 0x9DA7 uint16 VA SF: storage_vacha_max_sf
MinRsvPctstorage_min_rsv_pct 440361 0x9DA8 uint16 % WChaMax SF: storage_min_rsv_pct_sf
ChaStatestorage_cha_state 440362 0x9DA9 uint16 % AhrRtg SF: storage_cha_state_sf
StorAvalstorage_stor_aval 440363 0x9DAA uint16 AH SF: storage_stor_aval_sf
Internal battery voltage.storage_in_bat_v 440364 0x9DAB uint16 V SF: storage_in_bat_v_sf
Charge status of storage device. Enumerated value.storage_cha_st 440365 0x9DAC uint16
OutWRtestorage_out_wrte 440366 0x9DAD int16 % WChaMax SF: storage_in_out_wrte_sf
InWRtestorage_in_wrte 440367 0x9DAE int16 % WChaMax SF: storage_in_out_wrte_sf
Time window for charge/discharge rate change.storage_in_out_wrte_win_tms 440368 0x9DAF uint16 Secs
Timeout period for charge/discharge rate.storage_in_out_wrte_rvrt_tms 440369 0x9DB0 uint16 Secs
Ramp time for moving from current setpoint to new setpoint.storage_in_out_wrte_rmp_tms 440370 0x9DB1 uint16 Secs
ChaGriSetstorage_cha_gri_set 440371 0x9DB2 uint16
Scale factor for maximum charge.storage_wcha_max_sf 440372 0x9DB3 int16
Scale factor for maximum charge and discharge rate.storage_wcha_dis_cha_gra_sf 440373 0x9DB4 int16
Scale factor for maximum charging VA.storage_vacha_max_sf 440374 0x9DB5 int16
Scale factor for minimum reserve percentage.storage_min_rsv_pct_sf 440375 0x9DB6 int16
Scale factor for available energy percent.storage_cha_state_sf 440376 0x9DB7 int16
Scale factor for state of charge.storage_stor_aval_sf 440377 0x9DB8 int16
Scale factor for battery voltage.storage_in_bat_v_sf 440378 0x9DB9 int16
Scale factor for percent charge/discharge rate.storage_in_out_wrte_sf 440379 0x9DBA int16
Status 22 registers
Name and key Reference Address Type Byte order Unit Scale
IDstatus_id 440192 0x9CFF uint16
Length of sunspec model status (122)status_l 440193 0x9D00 uint16 Registers
PV inverter present/available status. Enumerated value.status_pvconn 440194 0x9D01 bitfield16
Storage inverter present/available status. Enumerated value.status_stor_conn 440195 0x9D02 bitfield16
ECP connection status: disconnected=0 connected=1.status_ecpconn 440196 0x9D03 bitfield16
AC lifetime active (real) energy output.status_act_wh 440197 0x9D04 uint64 ABCD Wh
AC lifetime apparent energy output.status_act_vah 440201 0x9D08 uint64 ABCD VAh
AC lifetime reactive energy output in quadrant 1.status_act_varh_q1 440205 0x9D0C uint64 ABCD varh
AC lifetime reactive energy output in quadrant 2.status_act_varh_q2 440209 0x9D10 uint64 ABCD varh
AC lifetime negative energy output in quadrant 3.status_act_varh_q3 440213 0x9D14 uint64 ABCD varh
AC lifetime reactive energy output in quadrant 4.status_act_varh_q4 440217 0x9D18 uint64 ABCD varh
Amount of VARs available without impacting watts output.status_var_aval 440221 0x9D1C int16 var SF: status_var_aval_sf
Scale factor for available VARs.status_var_aval_sf 440222 0x9D1D int16
Amount of Watts available.status_waval 440223 0x9D1E uint16 var SF: status_waval_sf
Scale factor for available Watts.status_waval_sf 440224 0x9D1F int16
Bit Mask indicating setpoint limit(s) reached.status_st_set_lim_msk 440225 0x9D20 bitfield
StActCtlstatus_st_act_ctl 440227 0x9D22 bitfield
Source of time synchronization.status_tm_src 440229 0x9D24 string
Seconds since 01-01-2000 00:00 UTCstatus_tms 440233 0x9D28 uint32 ABCD Secs
Bit Mask indicating active ride-through status.status_rt_st 440235 0x9D2A bitfield16
Isolation resistance.status_ris 440236 0x9D2B uint16 ohms SF: status_ris_sf
Scale factor for isolation resistance.status_ris_sf 440237 0x9D2C int16
Common 8 registers
Name and key Reference Address Type Byte order Unit Scale
IDcommon_id 440003 0x9C42 uint16
Length of sunspec model common (1)common_l 440004 0x9C43 uint16 Registers
Manufacturercommon_mn 440005 0x9C44 string
Devicecommon_md 440021 0x9C54 string
Optionscommon_opt 440037 0x9C64 string
SW version of invertercommon_vr 440045 0x9C6C string
Serialnumber of the invertercommon_sn 440053 0x9C74 string
Modbus Device Addresscommon_da 440069 0x9C84 uint16
Nameplate 27 registers
Name and key Reference Address Type Byte order Unit Scale
IDnameplate_id 440132 0x9CC3 uint16
Length of sunspec model nameplate (120)nameplate_l 440133 0x9CC4 uint16 Registers
DERTypnameplate_dertyp 440134 0x9CC5 uint16
Continuous power output capability of the inverter.nameplate_wrtg 440135 0x9CC6 uint16 W SF: nameplate_wrtg_sf
Scale factornameplate_wrtg_sf 440136 0x9CC7 int16
Continuous Volt-Ampere capability of the inverter.nameplate_vartg 440137 0x9CC8 uint16 VA SF: nameplate_vartg_sf
Scale factornameplate_vartg_sf 440138 0x9CC9 int16
Continuous VAR capability of the inverter in quadrant 1.nameplate_var_rtg_q1 440139 0x9CCA int16 var SF: nameplate_var_rtg_sf
Continuous VAR capability of the inverter in quadrant 2.nameplate_var_rtg_q2 440140 0x9CCB int16 var SF: nameplate_var_rtg_sf
Continuous VAR capability of the inverter in quadrant 3.nameplate_var_rtg_q3 440141 0x9CCC int16 var SF: nameplate_var_rtg_sf
Continuous VAR capability of the inverter in quadrant 4.nameplate_var_rtg_q4 440142 0x9CCD int16 var SF: nameplate_var_rtg_sf
Scale factornameplate_var_rtg_sf 440143 0x9CCE int16
Maximum RMS AC current level capability of the inverter.nameplate_artg 440144 0x9CCF uint16 A SF: nameplate_artg_sf
Scale factornameplate_artg_sf 440145 0x9CD0 int16
PFRtgQ1nameplate_pfrtg_q1 440146 0x9CD1 int16 cos() SF: nameplate_pfrtg_sf
PFRtgQ2nameplate_pfrtg_q2 440147 0x9CD2 int16 cos() SF: nameplate_pfrtg_sf
PFRtgQ3nameplate_pfrtg_q3 440148 0x9CD3 int16 cos() SF: nameplate_pfrtg_sf
PFRtgQ4nameplate_pfrtg_q4 440149 0x9CD4 int16 cos() SF: nameplate_pfrtg_sf
Scale factornameplate_pfrtg_sf 440150 0x9CD5 int16
Nominal energy rating of storage device.nameplate_whrtg 440151 0x9CD6 uint16 Wh SF: nameplate_whrtg_sf
Scale factornameplate_whrtg_sf 440152 0x9CD7 int16
AhrRtgnameplate_ahr_rtg 440153 0x9CD8 uint16 AH SF: nameplate_ahr_rtg_sf
Scale factor for amp-hour rating.nameplate_ahr_rtg_sf 440154 0x9CD9 int16
Maximum rate of energy transfer into the storage device.nameplate_max_cha_rte 440155 0x9CDA uint16 W SF: nameplate_max_cha_rte_sf
Scale factornameplate_max_cha_rte_sf 440156 0x9CDB int16
Maximum rate of energy transfer out of the storage device.nameplate_max_dis_cha_rte 440157 0x9CDC uint16 W SF: nameplate_max_dis_cha_rte_sf
Scale factornameplate_max_dis_cha_rte_sf 440158 0x9CDD int16
Header 1 registers
Name and key Reference Address Type Byte order Unit Scale
SIDsid 440001 0x9C40 uint32 ABCD
Settings 32 registers
Name and key Reference Address Type Byte order Unit Scale
IDsettings_id 440160 0x9CDF uint16
Length of sunspec model settings (121)settings_l 440161 0x9CE0 uint16 Registers
Setting for maximum power output. Default to WRtg.settings_wmax 440162 0x9CE1 uint16 W SF: settings_wmax_sf
Voltage at the PCC.settings_vref 440163 0x9CE2 uint16 V SF: settings_vref_sf
Offset from PCC to inverter.settings_vref_ofs 440164 0x9CE3 int16 V SF: settings_vref_ofs_sf
Setpoint for maximum voltage.settings_vmax 440165 0x9CE4 uint16 V SF: settings_vmin_max_sf
Setpoint for minimum voltage.settings_vmin 440166 0x9CE5 uint16 V SF: settings_vmin_max_sf
Setpoint for maximum apparent power. Default to VARtg.settings_vamax 440167 0x9CE6 uint16 VA SF: settings_vamax_sf
VArMaxQ1settings_var_max_q1 440168 0x9CE7 int16 var SF: settings_var_max_sf
VArMaxQ2settings_var_max_q2 440169 0x9CE8 int16 var SF: settings_var_max_sf
VArMaxQ3settings_var_max_q3 440170 0x9CE9 int16 var SF: settings_var_max_sf
VArMaxQ4settings_var_max_q4 440171 0x9CEA int16 var SF: settings_var_max_sf
WGrasettings_wgra 440172 0x9CEB uint16 % WMax/sec SF: settings_wgra_sf
PFMinQ1settings_pfmin_q1 440173 0x9CEC int16 cos() SF: settings_pfmin_sf
PFMinQ2settings_pfmin_q2 440174 0x9CED int16 cos() SF: settings_pfmin_sf
PFMinQ3settings_pfmin_q3 440175 0x9CEE int16 cos() SF: settings_pfmin_sf
PFMinQ4settings_pfmin_q4 440176 0x9CEF int16 cos() SF: settings_pfmin_sf
VArActsettings_var_act 440177 0x9CF0 uint16
ClcTotVAsettings_clc_tot_va 440178 0x9CF1 uint16
MaxRmpRtesettings_max_rmp_rte 440179 0x9CF2 uint16 % WGra SF: settings_max_rmp_rte_sf
Setpoint for nominal frequency at the ECP.settings_ecpnom_hz 440180 0x9CF3 uint16 Hz SF: settings_ecpnom_hz_sf
ConnPhsettings_conn_ph 440181 0x9CF4 uint16
Scale factor for real power.settings_wmax_sf 440182 0x9CF5 int16
Scale factor for voltage at the PCC.settings_vref_sf 440183 0x9CF6 int16
Scale factor for offset voltage.settings_vref_ofs_sf 440184 0x9CF7 int16
Scale factor for min/max voltages.settings_vmin_max_sf 440185 0x9CF8 int16
Scale factor for apparent power.settings_vamax_sf 440186 0x9CF9 int16
Scale factor for reactive power.settings_var_max_sf 440187 0x9CFA int16
Scale factor for default ramp rate.settings_wgra_sf 440188 0x9CFB int16
Scale factor for minimum power factor.settings_pfmin_sf 440189 0x9CFC int16
Scale factor for maximum ramp percentage.settings_max_rmp_rte_sf 440190 0x9CFD int16
Scale factor for nominal frequency.settings_ecpnom_hz_sf 440191 0x9CFE int16
Controls 26 registers
Name and key Reference Address Type Byte order Unit Scale
IDcontrols_id 440238 0x9D2D uint16
Length of sunspec model controls (123)controls_l 440239 0x9D2E uint16 Registers
Time window for connect/disconnect.controls_conn_win_tms 440240 0x9D2F uint16 Secs
Timeout period for connect/disconnect.controls_conn_rvrt_tms 440241 0x9D30 uint16 Secs
Enumerated valued. Connection control.controls_conn 440242 0x9D31 uint16
Set power output to specified level.controls_wmax_lim_pct 440243 0x9D32 uint16 % WMax SF: controls_wmax_lim_pct_sf
Time window for power limit change.controls_wmax_lim_pct_win_tms 440244 0x9D33 uint16 Secs
Timeout period for power limit.controls_wmax_lim_pct_rvrt_tms 440245 0x9D34 uint16 Secs
Ramp time for moving from current setpoint to new setpoint.controls_wmax_lim_pct_rmp_tms 440246 0x9D35 uint16 Secs
Enumerated valued. Throttle enable/disable control.controls_wmax_lim_ena 440247 0x9D36 uint16
Set power factor to specific value - cosine of angle.controls_out_pfset 440248 0x9D37 int16 cos() SF: controls_out_pfset_sf
Time window for power factor change.controls_out_pfset_win_tms 440249 0x9D38 uint16 Secs
Timeout period for power factor.controls_out_pfset_rvrt_tms 440250 0x9D39 uint16 Secs
Ramp time for moving from current setpoint to new setpoint.controls_out_pfset_rmp_tms 440251 0x9D3A uint16 Secs
OutPFSet_Enacontrols_out_pfset_ena 440252 0x9D3B uint16
Reactive power in percent of WMax.controls_var_wmax_pct 440253 0x9D3C int16 % WMax SF: controls_var_pct_sf
Reactive power in percent of VArMax.controls_var_max_pct 440254 0x9D3D int16 % VArMax SF: controls_var_pct_sf
Reactive power in percent of VArAval.controls_var_aval_pct 440255 0x9D3E int16 % VArAval SF: controls_var_pct_sf
Time window for VAR limit change.controls_var_pct_win_tms 440256 0x9D3F uint16 Secs
Timeout period for VAR limit.controls_var_pct_rvrt_tms 440257 0x9D40 uint16 Secs
Ramp time for moving from current setpoint to new setpoint.controls_var_pct_rmp_tms 440258 0x9D41 uint16 Secs
Enumerated value. VAR percent limit mode.controls_var_pct_mod 440259 0x9D42 uint16
VArPct_Enacontrols_var_pct_ena 440260 0x9D43 uint16
Scale factor for power output percent.controls_wmax_lim_pct_sf 440261 0x9D44 int16
Scale factor for power factor.controls_out_pfset_sf 440262 0x9D45 int16
Scale factor for reactive power percent.controls_var_pct_sf 440263 0x9D46 int16

Source documents

View this map on GitHub (YAML)

Read it by name

Read the Primo GEN24 Plus/Symo GEN24 Plus with an AI assistant

The Proxus Industrial MCP Server includes this map. Set it on the device, and Claude, Cursor or VS Code reads registers by key with the right type, byte order, scale and unit. It only reads.

Get the MCP server

proxus-mcp.json

{
  "devices": {
    "primo-1": {
      "protocol": "modbus-tcp",
      "host": "192.168.10.40",
      "unit_id": 1,
      "map": "fronius/primo-gen24-plus-symo-gen24-plus"
    }
  }
}

Ask your assistant

Read inverter_l, inverter_a, inverter_aph_a from primo-1.

The tool call it makes

read_named(device: "primo-1", keys: ["inverter_l", "inverter_a", "inverter_aph_a"])

Have this device? Verify the map.

Ask your assistant to run verify_device_map. It reads every register once, read-only, checks that the values are plausible and asks you to compare two values with the display. You get a report and a prefilled GitHub issue to submit; your name goes on this map’s verified list.

How verification works

Collecting from many devices?

Proxus reads Modbus TCP and RTU devices next to the machines, keeps the history and delivers the values to dashboards, databases and AI.

Modbus in Proxus Industrial connectivity

Data: Modbus Register Maps by Proxus contributors, CC BY 4.0.