This time we bring you the device configuration for the Eastron X96-5A Electrical Analyzer, we hope you find it useful.
{
"code": "Eastron_X96-5A",
"disabled": true,
"instance": "rs485_2",
"modbusByteOrder": "big_endian",
"modbusMaxLength": 10,
"modbusSlave": "1",
"modbusTimeout": 150,
"modbusWordOrder": "little_endian",
"pollInterval": 5000,
"schemaVersion": 5,
"type": "modbusrtu",
"variables": [
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_L_N_V",
"dataType": "float32",
"modbusAddress": "0",
"modbusRegType": "input_register",
"name": "Phase 1 line to neutral volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_L_N_V",
"dataType": "float32",
"modbusAddress": "2",
"modbusRegType": "input_register",
"name": "Phase 2 line to neutral volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_L_N_V",
"dataType": "float32",
"modbusAddress": "4",
"modbusRegType": "input_register",
"name": "Phase 3 line to neutral volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_Curr",
"dataType": "float32",
"modbusAddress": "6",
"modbusRegType": "input_register",
"name": "Phase 1 current.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_Curr",
"dataType": "float32",
"modbusAddress": "8",
"modbusRegType": "input_register",
"name": "Phase 2 current.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_Curr",
"dataType": "float32",
"modbusAddress": "10",
"modbusRegType": "input_register",
"name": "Phase 3 current.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_Act_P",
"dataType": "float32",
"modbusAddress": "12",
"modbusRegType": "input_register",
"name": "Phase 1 active power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_Act_P",
"dataType": "float32",
"modbusAddress": "14",
"modbusRegType": "input_register",
"name": "Phase 2 active power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_Act_P",
"dataType": "float32",
"modbusAddress": "16",
"modbusRegType": "input_register",
"name": "Phase 3 active power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_App_P",
"dataType": "float32",
"modbusAddress": "18",
"modbusRegType": "input_register",
"name": "Phase 1 apparent power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_App_P",
"dataType": "float32",
"modbusAddress": "20",
"modbusRegType": "input_register",
"name": "Phase 2 apparent power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_App_P",
"dataType": "float32",
"modbusAddress": "22",
"modbusRegType": "input_register",
"name": "Phase 3 apparent power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_Reac_P",
"dataType": "float32",
"modbusAddress": "24",
"modbusRegType": "input_register",
"name": "Phase 1 reactive power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_Reac_P",
"dataType": "float32",
"modbusAddress": "26",
"modbusRegType": "input_register",
"name": "Phase 2 reactive power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_Reac_P",
"dataType": "float32",
"modbusAddress": "28",
"modbusRegType": "input_register",
"name": "Phase 3 reactive power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_PF",
"dataType": "float32",
"modbusAddress": "30",
"modbusRegType": "input_register",
"name": "Phase 1 power factor.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_PF",
"dataType": "float32",
"modbusAddress": "32",
"modbusRegType": "input_register",
"name": "Phase 2 power factor.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_PF",
"dataType": "float32",
"modbusAddress": "34",
"modbusRegType": "input_register",
"name": "Phase 3 power factor.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_phase_angle",
"dataType": "float32",
"modbusAddress": "36",
"modbusRegType": "input_register",
"name": "Phase 1 phase angle.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_phase_angle",
"dataType": "float32",
"modbusAddress": "38",
"modbusRegType": "input_register",
"name": "Phase 2 phase angle.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_phase_angle",
"dataType": "float32",
"modbusAddress": "40",
"modbusRegType": "input_register",
"name": "Phase 3 phase angle.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Average_L_N_V",
"dataType": "float32",
"modbusAddress": "42",
"modbusRegType": "input_register",
"name": "Average line to neutral volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Average_line_Curr",
"dataType": "float32",
"modbusAddress": "46",
"modbusRegType": "input_register",
"name": "Average line current.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Sum_of_line_Currs",
"dataType": "float32",
"modbusAddress": "48",
"modbusRegType": "input_register",
"name": "Sum of line currents.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_P",
"dataType": "float32",
"modbusAddress": "52",
"modbusRegType": "input_register",
"name": "Total system power.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_volt_amps",
"dataType": "float32",
"modbusAddress": "56",
"modbusRegType": "input_register",
"name": "Total system volt amps.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_VAr",
"dataType": "float32",
"modbusAddress": "60",
"modbusRegType": "input_register",
"name": "Total system VAr.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_PF",
"dataType": "float32",
"modbusAddress": "62",
"modbusRegType": "input_register",
"name": "Total system power factor.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_phase_angle",
"dataType": "float32",
"modbusAddress": "66",
"modbusRegType": "input_register",
"name": "Total system phase angle.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Frequency_of_supply_voltages",
"dataType": "float32",
"modbusAddress": "70",
"modbusRegType": "input_register",
"name": "Frequency of supply voltages.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Import_Wh_since_last_reset",
"dataType": "float32",
"modbusAddress": "72",
"modbusRegType": "input_register",
"name": "Import Wh since last reset .",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Export_Wh_since_last_reset",
"dataType": "float32",
"modbusAddress": "74",
"modbusRegType": "input_register",
"name": "Export Wh since last reset .",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Import_VArh_since_last_reset",
"dataType": "float32",
"modbusAddress": "76",
"modbusRegType": "input_register",
"name": "Import VArh since last reset .",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Export_VArh_since_last_reset",
"dataType": "float32",
"modbusAddress": "78",
"modbusRegType": "input_register",
"name": "Export VArh since last reset .",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "VAh_since_last_reset",
"dataType": "float32",
"modbusAddress": "80",
"modbusRegType": "input_register",
"name": "VAh since last reset .",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Ah_since_last_reset",
"dataType": "float32",
"modbusAddress": "82",
"modbusRegType": "input_register",
"name": "Ah since last reset.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_P_demand",
"dataType": "float32",
"modbusAddress": "84",
"modbusRegType": "input_register",
"name": "Total system power demand.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_Tot_Sys_P_demand",
"dataType": "float32",
"modbusAddress": "86",
"modbusRegType": "input_register",
"name": "Maximum total system power demand.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Import_Act_P_demand",
"dataType": "float32",
"modbusAddress": "88",
"modbusRegType": "input_register",
"name": "Import active power demand",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Import_Act_P_max-_demand",
"dataType": "float32",
"modbusAddress": "90",
"modbusRegType": "input_register",
"name": "Import active power max. demand",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Export_Act_P_demand",
"dataType": "float32",
"modbusAddress": "92",
"modbusRegType": "input_register",
"name": "Export active power demand",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Export_Act_P_max-_demand",
"dataType": "float32",
"modbusAddress": "94",
"modbusRegType": "input_register",
"name": "Export active power max. demand",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_VA_demand",
"dataType": "float32",
"modbusAddress": "100",
"modbusRegType": "input_register",
"name": "Total system VA demand.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_Tot_Sys_VA_demand",
"dataType": "float32",
"modbusAddress": "102",
"modbusRegType": "input_register",
"name": "Maximum total system VA demand.",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Neutral_Curr_demand",
"dataType": "float32",
"modbusAddress": "104",
"modbusRegType": "input_register",
"name": "Neutral current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_neutral_Curr_demand",
"dataType": "float32",
"modbusAddress": "106",
"modbusRegType": "input_register",
"name": "Maximum neutral current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_Sys_Reac_P_demand",
"dataType": "float32",
"modbusAddress": "108",
"modbusRegType": "input_register",
"name": "Total system reactive power demand.",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_Tot_Sys_Reac_P_demand",
"dataType": "float32",
"modbusAddress": "110",
"modbusRegType": "input_register",
"name": "Maximum total system reactive power demand(2)",
"type": "electric_power"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_phase_sequence",
"dataType": "float32",
"modbusAddress": "160",
"modbusRegType": "input_register",
"name": "Voltage phase sequence",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_phase_sequence",
"dataType": "float32",
"modbusAddress": "162",
"modbusRegType": "input_register",
"name": "Current phase sequence",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Nature_of_the_load",
"dataType": "float32",
"modbusAddress": "192",
"modbusRegType": "input_register",
"name": "Nature of the load (Resistive =1, inductive =2, capacitive =3)",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Nature_of_L1_load",
"dataType": "float32",
"modbusAddress": "194",
"modbusRegType": "input_register",
"name": "Nature of L1 load (Resistive=1, inductive=2, capacitive =3)",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Nature_of_L2_load",
"dataType": "float32",
"modbusAddress": "196",
"modbusRegType": "input_register",
"name": "Nature of L2 load (Resistive =1, inductive=2, capacitive =3)",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Nature_of_L3_load",
"dataType": "float32",
"modbusAddress": "198",
"modbusRegType": "input_register",
"name": "Nature of L3 load (Resistive =1, inductive=2, capacitive =3)",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Line_1_to_Line_2_V",
"dataType": "float32",
"modbusAddress": "200",
"modbusRegType": "input_register",
"name": "Line 1 to Line 2 volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Line_2_to_Line_3_V",
"dataType": "float32",
"modbusAddress": "202",
"modbusRegType": "input_register",
"name": "Line 2 to Line 3 volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Line_3_to_Line_1_V",
"dataType": "float32",
"modbusAddress": "204",
"modbusRegType": "input_register",
"name": "Line 3 to Line 1 volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Average_line_to_line_V",
"dataType": "float32",
"modbusAddress": "206",
"modbusRegType": "input_register",
"name": "Average line to line volts.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Neutral_Curr",
"dataType": "float32",
"modbusAddress": "224",
"modbusRegType": "input_register",
"name": "Neutral current.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_L-N_V_THD",
"dataType": "float32",
"modbusAddress": "234",
"modbusRegType": "input_register",
"name": "Phase 1 L/N volts THD",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_L-N_V_THD",
"dataType": "float32",
"modbusAddress": "236",
"modbusRegType": "input_register",
"name": "Phase 2 L/N volts THD",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_L-N_V_THD",
"dataType": "float32",
"modbusAddress": "238",
"modbusRegType": "input_register",
"name": "Phase 3 L/N volts THD",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_Current_THD",
"dataType": "float32",
"modbusAddress": "240",
"modbusRegType": "input_register",
"name": "Phase 1 Current THD",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_Current_THD",
"dataType": "float32",
"modbusAddress": "242",
"modbusRegType": "input_register",
"name": "Phase 2 Current THD",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_Current_THD",
"dataType": "float32",
"modbusAddress": "244",
"modbusRegType": "input_register",
"name": "Phase 3 Current THD",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Average_L_N_V_THD",
"dataType": "float32",
"modbusAddress": "248",
"modbusRegType": "input_register",
"name": "Average line to neutral volts THD.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Average_line_Curr_THD",
"dataType": "float32",
"modbusAddress": "250",
"modbusRegType": "input_register",
"name": "Average line current THD.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_1_Curr_demand",
"dataType": "float32",
"modbusAddress": "258",
"modbusRegType": "input_register",
"name": "Phase 1 current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_2_Curr_demand",
"dataType": "float32",
"modbusAddress": "260",
"modbusRegType": "input_register",
"name": "Phase 2 current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Ph_3_Curr_demand",
"dataType": "float32",
"modbusAddress": "262",
"modbusRegType": "input_register",
"name": "Phase 3 current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_phase_1_Curr_demand",
"dataType": "float32",
"modbusAddress": "264",
"modbusRegType": "input_register",
"name": "Maximum phase 1 current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_phase_2_Curr_demand",
"dataType": "float32",
"modbusAddress": "266",
"modbusRegType": "input_register",
"name": "Maximum phase 2 current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_phase_3_Curr_demand",
"dataType": "float32",
"modbusAddress": "268",
"modbusRegType": "input_register",
"name": "Maximum phase 3 current demand.",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Line_1_to_line_2_V_THD",
"dataType": "float32",
"modbusAddress": "334",
"modbusRegType": "input_register",
"name": "Line 1 to line 2 volts THD.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Line_2_to_line_3_V_THD",
"dataType": "float32",
"modbusAddress": "336",
"modbusRegType": "input_register",
"name": "Line 2 to line 3 volts THD.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Line_3_to_line_1_V_THD",
"dataType": "float32",
"modbusAddress": "338",
"modbusRegType": "input_register",
"name": "Line 3 to line 1 volts THD.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Average_line_to_line_V_THD",
"dataType": "float32",
"modbusAddress": "340",
"modbusRegType": "input_register",
"name": "Average line to line volts THD.",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_kwh",
"dataType": "float32",
"modbusAddress": "342",
"modbusRegType": "input_register",
"name": "Total kwh (3)",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "Total_kvarh",
"dataType": "float32",
"modbusAddress": "344",
"modbusRegType": "input_register",
"name": "Total kvarh (3)",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L1_import_kwh",
"dataType": "float32",
"modbusAddress": "346",
"modbusRegType": "input_register",
"name": "L1 import kwh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L2_import_kwh",
"dataType": "float32",
"modbusAddress": "348",
"modbusRegType": "input_register",
"name": "L2 import kwh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L3_import_kWh",
"dataType": "float32",
"modbusAddress": "350",
"modbusRegType": "input_register",
"name": "L3 import kWh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L1_export_kWh",
"dataType": "float32",
"modbusAddress": "352",
"modbusRegType": "input_register",
"name": "L1 export kWh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L2_export_kwh",
"dataType": "float32",
"modbusAddress": "354",
"modbusRegType": "input_register",
"name": "L2 export kwh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L3_export_kWh",
"dataType": "float32",
"modbusAddress": "356",
"modbusRegType": "input_register",
"name": "L3 export kWh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L1_Tot_kwh",
"dataType": "float32",
"modbusAddress": "358",
"modbusRegType": "input_register",
"name": "L1 total kwh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L2_Tot_kWh",
"dataType": "float32",
"modbusAddress": "360",
"modbusRegType": "input_register",
"name": "L2 total kWh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L3_Tot_kwh",
"dataType": "float32",
"modbusAddress": "362",
"modbusRegType": "input_register",
"name": "L3 total kwh",
"type": "energy"
},
{
"canRead": true,
"canWrite": false,
"code": "L1_import_kvarh",
"dataType": "float32",
"modbusAddress": "364",
"modbusRegType": "input_register",
"name": "L1 import kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L2_import_kvarh",
"dataType": "float32",
"modbusAddress": "366",
"modbusRegType": "input_register",
"name": "L2 import kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L3_import_kvarh",
"dataType": "float32",
"modbusAddress": "368",
"modbusRegType": "input_register",
"name": "L3 import kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L1_export_kvarh",
"dataType": "float32",
"modbusAddress": "370",
"modbusRegType": "input_register",
"name": "L1 export kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L2_export_kvarh",
"dataType": "float32",
"modbusAddress": "372",
"modbusRegType": "input_register",
"name": "L2 export kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L3_export_kvarh",
"dataType": "float32",
"modbusAddress": "374",
"modbusRegType": "input_register",
"name": "L3 export kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L1_Tot_kvarh",
"dataType": "float32",
"modbusAddress": "376",
"modbusRegType": "input_register",
"name": "L1 total kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L2_Tot_kvarh",
"dataType": "float32",
"modbusAddress": "378",
"modbusRegType": "input_register",
"name": "L2 total kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "L3_Tot_kvarh",
"dataType": "float32",
"modbusAddress": "380",
"modbusRegType": "input_register",
"name": "L3 total kvarh",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_2st-63st_Harmonic_L1",
"dataType": "float32",
"modbusAddress": "402",
"modbusRegType": "input_register",
"name": "Voltage 2st~63st Harmonic L1",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_2st-63st_Harmonic_L2",
"dataType": "float32",
"modbusAddress": "526",
"modbusRegType": "input_register",
"name": "Voltage 2st~63st Harmonic L2",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_2st-63st_Harmonic_L3",
"dataType": "float32",
"modbusAddress": "650",
"modbusRegType": "input_register",
"name": "Voltage 2st~63st Harmonic L3",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_2st-63st_Harmonic_L1",
"dataType": "float32",
"modbusAddress": "774",
"modbusRegType": "input_register",
"name": "Current 2st~63st Harmonic L1",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_2st-63st_Harmonic_L2",
"dataType": "float32",
"modbusAddress": "898",
"modbusRegType": "input_register",
"name": "Current 2st~63st Harmonic L2",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_2st-63st_Harmonic_L3",
"dataType": "float32",
"modbusAddress": "1022",
"modbusRegType": "input_register",
"name": "Current 2st~63st Harmonic L3",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_Total_Harmonic_L1",
"dataType": "float32",
"modbusAddress": "1146",
"modbusRegType": "input_register",
"name": "Voltage Total Harmonic L1",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_Total_Harmonic_L2",
"dataType": "float32",
"modbusAddress": "1148",
"modbusRegType": "input_register",
"name": "Voltage Total Harmonic L2",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Voltage_Total_Harmonic_L3",
"dataType": "float32",
"modbusAddress": "1150",
"modbusRegType": "input_register",
"name": "Voltage Total Harmonic L3",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_Total_Harmonic_L1",
"dataType": "float32",
"modbusAddress": "1152",
"modbusRegType": "input_register",
"name": "Current Total Harmonic L1",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_Total_Harmonic_L2",
"dataType": "float32",
"modbusAddress": "1154",
"modbusRegType": "input_register",
"name": "Current Total Harmonic L2",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Current_Total_Harmonic_L3",
"dataType": "float32",
"modbusAddress": "1156",
"modbusRegType": "input_register",
"name": "Current Total Harmonic L3",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_phase_1_Curr",
"dataType": "float32",
"modbusAddress": "2672",
"modbusRegType": "input_register",
"name": "Maximum value of phase 1 current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_phase_2_Curr",
"dataType": "float32",
"modbusAddress": "2674",
"modbusRegType": "input_register",
"name": "Maximum value of phase 2 current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_phase_3_Curr",
"dataType": "float32",
"modbusAddress": "2676",
"modbusRegType": "input_register",
"name": "Maximum value of phase 3 current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_neutral_Curr",
"dataType": "float32",
"modbusAddress": "2678",
"modbusRegType": "input_register",
"name": "Maximum value of neutral current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_Tot_Currs",
"dataType": "float32",
"modbusAddress": "2680",
"modbusRegType": "input_register",
"name": "Maximum value of total currents",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_phase_1_L_N_voltage",
"dataType": "float32",
"modbusAddress": "2682",
"modbusRegType": "input_register",
"name": "Maximum value of phase 1 line to neutral voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_phase_2_L_N_voltage",
"dataType": "float32",
"modbusAddress": "2684",
"modbusRegType": "input_register",
"name": "Maximum value of phase 2 line to neutral voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_phase_3_L_N_voltage",
"dataType": "float32",
"modbusAddress": "2686",
"modbusRegType": "input_register",
"name": "Maximum value of phase 3 line to neutral voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_line_1_to_line_2_voltage",
"dataType": "float32",
"modbusAddress": "2688",
"modbusRegType": "input_register",
"name": "Maximum value of line 1 to line 2 voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_line_2_to_line3_voltage",
"dataType": "float32",
"modbusAddress": "2690",
"modbusRegType": "input_register",
"name": "Maximum value of line 2 to line3 voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Maximum_value_of_line_3_to_line_1_voltage",
"dataType": "float32",
"modbusAddress": "2692",
"modbusRegType": "input_register",
"name": "Maximum value of line 3 to line 1 voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_phase_1_Curr",
"dataType": "float32",
"modbusAddress": "2718",
"modbusRegType": "input_register",
"name": "Minimum value of phase 1 current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_phase_2_Curr",
"dataType": "float32",
"modbusAddress": "2720",
"modbusRegType": "input_register",
"name": "Minimum value of phase 2 current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_phase_3_Curr",
"dataType": "float32",
"modbusAddress": "2722",
"modbusRegType": "input_register",
"name": "Minimum value of phase 3 current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_neutral_Curr",
"dataType": "float32",
"modbusAddress": "2724",
"modbusRegType": "input_register",
"name": "Minimum value of neutral current",
"type": "electric_current"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_Tot_Currs",
"dataType": "float32",
"modbusAddress": "2726",
"modbusRegType": "input_register",
"name": "Minimum value of total currents",
"type": "generic"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_phase_1_L_N_voltage",
"dataType": "float32",
"modbusAddress": "2728",
"modbusRegType": "input_register",
"name": "Minimum value of phase 1 line to neutral voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_phase_2_L_N_voltage",
"dataType": "float32",
"modbusAddress": "2730",
"modbusRegType": "input_register",
"name": "Minimum value of phase 2 line to neutral voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_phase_3_L_N_voltage",
"dataType": "float32",
"modbusAddress": "2732",
"modbusRegType": "input_register",
"name": "Minimum value of phase 3 line to neutral voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_line_1_to_line_2_voltage",
"dataType": "float32",
"modbusAddress": "2734",
"modbusRegType": "input_register",
"name": "Minimum value of line 1 to line 2 voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_line_2_to_line3_voltage",
"dataType": "float32",
"modbusAddress": "2736",
"modbusRegType": "input_register",
"name": "Minimum value of line 2 to line3 voltage",
"type": "voltage"
},
{
"canRead": true,
"canWrite": false,
"code": "Minimum_value_of_line_3_to_line_1_voltage",
"dataType": "float32",
"modbusAddress": "2738",
"modbusRegType": "input_register",
"name": "Minimum value of line 3 to line 1 voltage",
"type": "voltage"
}
],
"virtualVariables": []
}
