Free2Move eSolutions eProWallbox Series User manual

EN
Configuration Guide
MODBUS RTU

2
Configureation Guide
MODBUS RTU
TABLE OF CONTENT
INTRODUCTION..................................................................................................................................................................................................... 3
CONFIGURATION.................................................................................................................................................................................................. 3
LIST OF CHARGING STATION REGISTERS..................................................................................................................................4
ADDRESS DESCRIPTION ..............................................................................................................................................................................6

3
Configureation Guide
MODBUS RTU
INTRODUCTION
This manual describes the information required to use the wallbox Modbus RTU interface, to
congure the local communication between the charging station and a third-party, describing how
communication is established and interrupted, and how messages are exchanged. The Modbus
Map is exposed on RS485 channel that allow Daisy Chain connection.
CONFIGURATION
In order to communicate with third parties such as HEMS or DSO, the conguration should be
done via RS485 during the installation. The third party will be considered as a Master, while the
charging station will be considered as a Slave. The data are sent via RTU.
On the charging station are present two RS485 communication ports, to be used for a Daisy Chain
connection. The communication shall be established between the wallbox and a PC, using a USB
to RS422/RS485 Serial Port Adapter Cable according to the following scheme for connection:
The following document is an extension to the supplied manuals of eProWallbox Family
Please always refer to th e dedicated installation manual before
operating on the product.
Free2move eSolutions S.p.A. recommends only using experienced
professionals who comply with current regulations to install the
product correctly.
RS485 ports
CN9 CN10
USB to RS485
adapter
Wallbox CN9
Port
GND B A
GND T/R- T/R+

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Configureation Guide
MODBUS RTU
Once the connection is completed and the communication is established, follow the steps:
1. Open the service tool for PC provided by Free2Move eSolutions
2. Select the serial port COM4 by inserting 1
3. Select the BaudRate 115200 by inserting 4
4. Select the UnitAddress by inserting 1
5. The page displayed contains all the accessible sections with useful information
on the wallbox
The power supply of the device must remain switched off throughout
this phase.
Failure to comply with these instructions can lead to serious damage
to persons and property, including death.
LIST OF CHARGING STATION REGISTERS
REGISTER START
ADDRESS SIZE TYPE R/W DEFAULT VALUE UNIT
SERIAL_NUMBER 40000 8 ASCII R 0123456789ABCDEF -
SW_VERSION 40008 4 ASCII R xx.yy.zz -
MDBUS_VERSION 40012 4 ASCII R -
HW_TYPE 40016 1 UINT16 R 1 -
DEVICE_TYPE 40017 1 UINT16 R 1 -
HW_CURRENT_LIMIT 40018 2 UINT32 R - mA
ACTUAL_ERROR 40100 1 UINT16 R - -
GENERAL_STATUS 40101 1 UINT16 R - -
OCPP_STATUS 40102 1 UINT16 R - -
USER_CURRENT_LIMIT 40103 2 UINT32 R - mA
LOAD_UNBALANCE_LIMITING 40106 1 UINT16 R - -
DPM_LIMITING 40107 1 UINT16 R - -
TEMP_DERATING_STAUTS 40108 1 UINT16 R - -
RTU_ADR 40200 1 UINT16 R 1 -
NEW_RTU_ADR 40201 1 UINT16 R/W 1 -
ACTIVATE_NEW_RTU_ADR 40202 1 UINT16 W - -
BAUD_RATE 40210 1 UINT16 R 4 -
NEW_BAUD_RATE 40211 1 UINT16 R/W 4 -
ACTIVATE_NEW_BAUD_RATE 40212 1 UINT16 W - -
DPM_ENABLED 40400 1 UINT16 R/W 0 -
MID_METER_ENABLED 40401 1 UINT16 R/W 0 -
LOAD_UNBALANCE_ENABLED 40402 1 UINT16 R/W 0 -
LOAD_UNBALANCE_CURRENT 40403 2 UINT32 R/W 32000 mA
ON_OFF_INPUT 40406 1 UINT16 R/W 1 -
CURRENT_LIMIT 40407 2 UINT32 R/W 32000 mA
FALLBACK_CURRENT 40409 2 UINT32 R/W 32000 mA
METER_USED 40411 1 UINT16 R/W 1 -
WATCHDOG_TIMER_ENABLED 40412 1 UINT16 R/W 1 -
WATCHDOG_TIMER 40413 1 UINT16 R/W 600 s
RESET_LAST_ERRORS 40500 1 UINT16 W - -
RESET_ENERGY 40501 1 UINT16 W - -
RESET_WTCH_DOG 40502 1 UINT16 W - -
SET_DEFAULT_VALUE 40503 1 UINT16 W - -
sCHARGE_TIME 40600 2 UINT32 R -
TEMPERATURE 40602 2 FLOAT_IEEE754 R - K
L1_Vac 40604 2 FLOAT_IEEE754 R - V
L2_Vac 40606 2 FLOAT_IEEE754 R - V
L3_Vac 40608 2 FLOAT_IEEE754 R - V
L1_THD_V 40610 2 FLOAT_IEEE754 R - %
L2_THD_V 40612 2 FLOAT_IEEE754 R - %
L3_THD_V 40614 2 FLOAT_IEEE754 R %
L1_Iac 40620 2 FLOAT_IEEE754 R - A
L2_Iac 40622 2 FLOAT_IEEE754 R - A
L3_Iac 40624 2 FLOAT_IEEE754 R - A
L1_THD_I 40626 2 FLOAT_IEEE754 R %
L2_THD_I 40628 2 FLOAT_IEEE754 R %
L3_THD_I 40630 2 FLOAT_IEEE754 R %
L1_Pac 40636 2 FLOAT_IEEE754 R - W
L2_Pac 40638 2 FLOAT_IEEE754 R - W
L3_Pac 40640 2 FLOAT_IEEE754 R - W
L1_Qac 40642 2 FLOAT_IEEE754 R Var
L2_Qac 40644 2 FLOAT_IEEE754 R Var
L3_Qac 40646 2 FLOAT_IEEE754 R Var
L1_Sac 40648 2 FLOAT_IEEE754 R VA
L2_Sac 40650 2 FLOAT_IEEE754 R VA
L3_Sac 40652 2 FLOAT_IEEE754 R VA
L1_ACTIVE_ENERGY 40658 2 FLOAT_IEEE754 R - Wh
L2_ACTIVE_ENERGY 40660 2 FLOAT_IEEE754 R Wh
L3_ACTIVE_ENERGY 40662 2 FLOAT_IEEE754 R Wh
L1_REACTIVE_ENERGY 40664 2 FLOAT_IEEE754 R Varh
L2_REACTIVE_ENERGY 40666 2 FLOAT_IEEE754 R Varh
L3_REACTIVE_ENERGY 40668 2 FLOAT_IEEE754 R Varh

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Configureation Guide
MODBUS RTU
REGISTER START
ADDRESS SIZE TYPE R/W DEFAULT VALUE UNIT
SERIAL_NUMBER 40000 8 ASCII R 0123456789ABCDEF -
SW_VERSION 40008 4 ASCII R xx.yy.zz -
MDBUS_VERSION 40012 4 ASCII R -
HW_TYPE 40016 1 UINT16 R 1 -
DEVICE_TYPE 40017 1 UINT16 R 1 -
HW_CURRENT_LIMIT 40018 2 UINT32 R - mA
ACTUAL_ERROR 40100 1 UINT16 R - -
GENERAL_STATUS 40101 1 UINT16 R - -
OCPP_STATUS 40102 1 UINT16 R - -
USER_CURRENT_LIMIT 40103 2 UINT32 R - mA
LOAD_UNBALANCE_LIMITING 40106 1 UINT16 R - -
DPM_LIMITING 40107 1 UINT16 R - -
TEMP_DERATING_STAUTS 40108 1 UINT16 R - -
RTU_ADR 40200 1 UINT16 R 1 -
NEW_RTU_ADR 40201 1 UINT16 R/W 1 -
ACTIVATE_NEW_RTU_ADR 40202 1 UINT16 W - -
BAUD_RATE 40210 1 UINT16 R 4 -
NEW_BAUD_RATE 40211 1 UINT16 R/W 4 -
ACTIVATE_NEW_BAUD_RATE 40212 1 UINT16 W - -
DPM_ENABLED 40400 1 UINT16 R/W 0 -
MID_METER_ENABLED 40401 1 UINT16 R/W 0 -
LOAD_UNBALANCE_ENABLED 40402 1 UINT16 R/W 0 -
LOAD_UNBALANCE_CURRENT 40403 2 UINT32 R/W 32000 mA
ON_OFF_INPUT 40406 1 UINT16 R/W 1 -
CURRENT_LIMIT 40407 2 UINT32 R/W 32000 mA
FALLBACK_CURRENT 40409 2 UINT32 R/W 32000 mA
METER_USED 40411 1 UINT16 R/W 1 -
WATCHDOG_TIMER_ENABLED 40412 1 UINT16 R/W 1 -
WATCHDOG_TIMER 40413 1 UINT16 R/W 600 s
RESET_LAST_ERRORS 40500 1 UINT16 W - -
RESET_ENERGY 40501 1 UINT16 W - -
RESET_WTCH_DOG 40502 1 UINT16 W - -
SET_DEFAULT_VALUE 40503 1 UINT16 W - -
sCHARGE_TIME 40600 2 UINT32 R -
TEMPERATURE 40602 2 FLOAT_IEEE754 R - K
L1_Vac 40604 2 FLOAT_IEEE754 R - V
L2_Vac 40606 2 FLOAT_IEEE754 R - V
L3_Vac 40608 2 FLOAT_IEEE754 R - V
L1_THD_V 40610 2 FLOAT_IEEE754 R - %
L2_THD_V 40612 2 FLOAT_IEEE754 R - %
L3_THD_V 40614 2 FLOAT_IEEE754 R %
L1_Iac 40620 2 FLOAT_IEEE754 R - A
L2_Iac 40622 2 FLOAT_IEEE754 R - A
L3_Iac 40624 2 FLOAT_IEEE754 R - A
L1_THD_I 40626 2 FLOAT_IEEE754 R %
L2_THD_I 40628 2 FLOAT_IEEE754 R %
L3_THD_I 40630 2 FLOAT_IEEE754 R %
L1_Pac 40636 2 FLOAT_IEEE754 R - W
L2_Pac 40638 2 FLOAT_IEEE754 R - W
L3_Pac 40640 2 FLOAT_IEEE754 R - W
L1_Qac 40642 2 FLOAT_IEEE754 R Var
L2_Qac 40644 2 FLOAT_IEEE754 R Var
L3_Qac 40646 2 FLOAT_IEEE754 R Var
L1_Sac 40648 2 FLOAT_IEEE754 R VA
L2_Sac 40650 2 FLOAT_IEEE754 R VA
L3_Sac 40652 2 FLOAT_IEEE754 R VA
L1_ACTIVE_ENERGY 40658 2 FLOAT_IEEE754 R - Wh
L2_ACTIVE_ENERGY 40660 2 FLOAT_IEEE754 R Wh
L3_ACTIVE_ENERGY 40662 2 FLOAT_IEEE754 R Wh
L1_REACTIVE_ENERGY 40664 2 FLOAT_IEEE754 R Varh
L2_REACTIVE_ENERGY 40666 2 FLOAT_IEEE754 R Varh
L3_REACTIVE_ENERGY 40668 2 FLOAT_IEEE754 R Varh
REGISTER START
ADDRESS SIZE TYPE R/W DEFAULT VALUE UNIT
SERIAL_NUMBER 40000 8 ASCII R 0123456789ABCDEF -
SW_VERSION 40008 4 ASCII R xx.yy.zz -
MDBUS_VERSION 40012 4 ASCII R -
HW_TYPE 40016 1 UINT16 R 1 -
DEVICE_TYPE 40017 1 UINT16 R 1 -
HW_CURRENT_LIMIT 40018 2 UINT32 R - mA
ACTUAL_ERROR 40100 1 UINT16 R - -
GENERAL_STATUS 40101 1 UINT16 R - -
OCPP_STATUS 40102 1 UINT16 R - -
USER_CURRENT_LIMIT 40103 2 UINT32 R - mA
LOAD_UNBALANCE_LIMITING 40106 1 UINT16 R - -
DPM_LIMITING 40107 1 UINT16 R - -
TEMP_DERATING_STAUTS 40108 1 UINT16 R - -
RTU_ADR 40200 1 UINT16 R 1 -
NEW_RTU_ADR 40201 1 UINT16 R/W 1 -
ACTIVATE_NEW_RTU_ADR 40202 1 UINT16 W - -
BAUD_RATE 40210 1 UINT16 R 4 -
NEW_BAUD_RATE 40211 1 UINT16 R/W 4 -
ACTIVATE_NEW_BAUD_RATE 40212 1 UINT16 W - -
DPM_ENABLED 40400 1 UINT16 R/W 0 -
MID_METER_ENABLED 40401 1 UINT16 R/W 0 -
LOAD_UNBALANCE_ENABLED 40402 1 UINT16 R/W 0 -
LOAD_UNBALANCE_CURRENT 40403 2 UINT32 R/W 32000 mA
ON_OFF_INPUT 40406 1 UINT16 R/W 1 -
CURRENT_LIMIT 40407 2 UINT32 R/W 32000 mA
FALLBACK_CURRENT 40409 2 UINT32 R/W 32000 mA
METER_USED 40411 1 UINT16 R/W 1 -
WATCHDOG_TIMER_ENABLED 40412 1 UINT16 R/W 1 -
WATCHDOG_TIMER 40413 1 UINT16 R/W 600 s
RESET_LAST_ERRORS 40500 1 UINT16 W - -
RESET_ENERGY 40501 1 UINT16 W - -
RESET_WTCH_DOG 40502 1 UINT16 W - -
SET_DEFAULT_VALUE 40503 1 UINT16 W - -
sCHARGE_TIME 40600 2 UINT32 R -
TEMPERATURE 40602 2 FLOAT_IEEE754 R - K
L1_Vac 40604 2 FLOAT_IEEE754 R - V
L2_Vac 40606 2 FLOAT_IEEE754 R - V
L3_Vac 40608 2 FLOAT_IEEE754 R - V
L1_THD_V 40610 2 FLOAT_IEEE754 R - %
L2_THD_V 40612 2 FLOAT_IEEE754 R - %
L3_THD_V 40614 2 FLOAT_IEEE754 R %
L1_Iac 40620 2 FLOAT_IEEE754 R - A
L2_Iac 40622 2 FLOAT_IEEE754 R - A
L3_Iac 40624 2 FLOAT_IEEE754 R - A
L1_THD_I 40626 2 FLOAT_IEEE754 R %
L2_THD_I 40628 2 FLOAT_IEEE754 R %
L3_THD_I 40630 2 FLOAT_IEEE754 R %
L1_Pac 40636 2 FLOAT_IEEE754 R - W
L2_Pac 40638 2 FLOAT_IEEE754 R - W
L3_Pac 40640 2 FLOAT_IEEE754 R - W
L1_Qac 40642 2 FLOAT_IEEE754 R Var
L2_Qac 40644 2 FLOAT_IEEE754 R Var
L3_Qac 40646 2 FLOAT_IEEE754 R Var
L1_Sac 40648 2 FLOAT_IEEE754 R VA
L2_Sac 40650 2 FLOAT_IEEE754 R VA
L3_Sac 40652 2 FLOAT_IEEE754 R VA
L1_ACTIVE_ENERGY 40658 2 FLOAT_IEEE754 R - Wh
L2_ACTIVE_ENERGY 40660 2 FLOAT_IEEE754 R Wh
L3_ACTIVE_ENERGY 40662 2 FLOAT_IEEE754 R Wh
L1_REACTIVE_ENERGY 40664 2 FLOAT_IEEE754 R Varh
L2_REACTIVE_ENERGY 40666 2 FLOAT_IEEE754 R Varh
L3_REACTIVE_ENERGY 40668 2 FLOAT_IEEE754 R Varh

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Configureation Guide
MODBUS RTU
ADDRESS DESCRIPTION
Hereafter the description of charging station addresses:
SERIAL_NUMBER: 40000
The address contains the unique serial number of the charging station.
SW_VERSION: 40008
The address contains the revision of software or rmware of the charging station.
MDBUS_VERSION: 40012
The address contains the revision of the Modbus map.
HW_TYPE: 40016
tbd
DEVICE_TYPE: 40017
The address indicates the electrical connection of the charging station:
• 0 = AC 1-phase
• 1 = AC 3-phase
HW_CURRENT_LIMIT: 40018
The address contains the Current Limit measured in mA according to the specic position of the
Rotary Switch
ACTUAL_ERROR: 40100
The address contains the current error occurred on the charging station

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Configureation Guide
MODBUS RTU
GENERAL_STATUS: 40101
The address contains the status of the charging station according to IEC 61851 State Machine as
it follows:
• 0 = A1
• 1 = A2
• 2 = B1
• 3 = B2
• 4 = C1
• 5 = C2
• 6 = D1
• 7 = D2
• 8 = E
• 9 = F
OCPP_STATUS: 40102
The address contains the OCPP status of the charging station as it follows:
• 0 = Available (OCPP_Status A)
• 1 = Preparing (OCPP_Status B)
• 2 = Charging (OCPP_Status C)
• 3 = SuspendedEV (OCPP_Status D)
• 4 = SuspendedEVSE (OCPP_Status E)
• 5 = Finishing (OCPP_Status F)
• 6 = Reserved (OCPP_Status G)
• 7 = Unavailable (OCPP_Status H)
• 8 = Faulted (OCPP_Status I)
USER_CURRENT_LIMIT: 40103
The address contains the Current Limit set by the user through the App expressed in mA
LOAD_UNBALANCE_LIMITING: 40106
The address contains the status of the Current Unbalance Function:
• 0 = function disabled
• 1 = function enabled. Charging current limited by the Current Unbalance Function

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Configureation Guide
MODBUS RTU
DPM_LIMITING: 40107
The address contains the status of the DPM function:
• 0 = function disabled
• 1 = function enabled. Charging current limited by the DPM
TEMP_DERATING_STAUTS: 40108
The address contains the status of the current derating function:
• 0 = function disabled
• 1 = charging current limitation function enabled due to operation in overtemperature.
The function is enabled when the temperature overcomes 85°C
RTU_ADR: 40200
The address contains the current charging station Modbus Bus address, which is between 1 and
32.
The default value is set to 1.
NEW_RTU_ADR: 40201
The address is used for setting the new Modbus Bus address. Insert in this eld the new value
that will identify the charging station.
The default value is set to 1.
ACTIVATE_NEW_RTU_ADR: 40202
The address is used for the activation of a new Modbus Bus address. Enter 0x5555 to activate
the new Modbus Bus address inserted in the address 40201.

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Configureation Guide
MODBUS RTU
BAUD_RATE: 40210
The address contains the number of transitions per second occurring on the communication line
expressed as Baud Rate:
• 4 = 115200
• 3 = 57600
• 2 = 38400
• 1 = 19200
• 0 = 9600
The default value is set to 4.
NEW_BAUD_RATE: 40211
The address is used for setting the new Baud Rate value. Insert in this eld the new Baud Rate
value.
The default value is set to 4.
ACTIVATE_NEW_BAUD_RATE: 40212
The address is used for the activation of a new Baud Rate value. Enter 0x5555 to activate the
new Baud Rate value inserted in the address 40211.
DPM_ENABLED: 40400
The address contains the status of the DPM:
• 0 = disabled
• 1 = enabled
MID_METER_ENABLED: 40401
The address contains the status of the MID meter:
• 0 = disabled
• 1 = enabled (External MID meter connected)

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Configureation Guide
MODBUS RTU
LOAD_UNBALANCE_ENABLED: 40402
The address contains the status of the Load unbalance function:
• 0 = disabled
• 1 = enabled
To enable this parameter, you can connect to the wallbox following the procedure described
in this manual in the Conguration chapter. This function is enabled only if the wallbox is
connected in three-phase conguration:
• Enter the Setting section
• Select the register 3 – Load unbalance en.
• Set the register equal to 1 to enable the load unbalance function, or 0 to disable it
• The new settings are automatically saved
LOAD_UNBALANCE_CURRENT: 40403
The address is used to set the current for the load unbalance function. It contains the maximum
allowable current unbalance between the phases. This function is enabled only if the wallbox is
connected in three-phase conguration
The default value is set to 32000 mA
To modify this parameter, you can connect to the wallbox following the procedure described in
this manual in the Conguration chapter:
1. Enter the Setting section
2. Select the register 4 – Load unbalance val.
3. Set the new value of current in mA in the register
4. The new settings are automatically saved
ON_OFF_INPUT: 40406
The address is used to enable or disable the charging station:
• 0 = charging station disabled (stuck in C1 or B1 state when the user plug the charging
cable or during the charging phase)
• 1 = charging station enabled (according to standard IEC 61851 State Machine)

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Configureation Guide
MODBUS RTU
CURRENT_LIMIT: 40407
The address contains the current limitation value that can be set remotely through third-party
EMS in real time.
NOTE: The lower current limit value set (e.g. the one set on the Rotary Switch) will always pre-
vail. The minimum current limit value to be set is 6A.
FALLBACK_CURRENT: 40409
With this register is possible to set the fallback current in case communication with third-party
EMS is lost.
The default value is set to 32000 mA.
METER_USED: 40411
With this register is possible to indicate if another meter, external from the charging station, is
installed:
• 0 = External Meter
• 1 = Internal Meter
WATCHDOG_TIMER_ENABLED: 40412
With this register is possible to enable the load unbalance and fallback current functions:
• 0 = Watchdog timer disabled; functions disabled
• 1 = Watchdog timer enabled; functions enabled with the following default logic:
• A 600 s timer will start
• If in the 600 s the reset signal (Address 40502) is sent, the charging station
doesn’t react
• If the timer runs out, the fallback current (Address 40409) and load unbalance
(Address 40402) functions will be enabled
WATCHDOG_TIMER: 40413
When the timeout occurs (Address 40412 = 1) the timer will start. If the timer runs out, the fal-
lback current function and the load unbalance function are enabled.
Default value: 600 s.

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Configureation Guide
MODBUS RTU
RESET_LAST_ERRORS: 40500
The address is used to reset the last error occurred on the wallbox: enter 0x5555 to activate.
RESET_ENERGY: 40501
The address is used to reset the energy measures registered on each phase: enter 0x5555 to
activate.
RESET_WTCH_DOG: 40502
The address is used to reset the watchdog conguration: enter 0x5555 to activate.
SET_DEFAULT_VALUE:40503
The address is used to reset the charging station parameters to default values.
CHARGE_TIME: 40600
The address contains the time of the charging session expressed in s.
TEMPERATURE: 40602
The address contains the temperature value at which the charging station is operating, expres-
sed in K.
L1_Vac: 40604
This address contains the measured RMS voltage on phase 1, expressed in mV
L2_Vac: 40606
This address contains the measured RMS voltage on phase 2, expressed in mV
L3_Vac: 40608
This address contains the measured RMS voltage on phase 3, expressed in mV

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Configureation Guide
MODBUS RTU
L1_THD_V: 40610
This address contains the measured THD of voltage on phase 1, expressed in %
L2_THD_V: 40612
This address contains the measured THD of voltage on phase 2, expressed in %
L3_THD_V: 40614
This address contains the measured THD of voltage on phase 3, expressed in %
L1_Iac: 40620
This address contains the measured RMS current on phase 1, expressed in A
L2_Iac: 40622
This address contains the measured RMS current on phase 2, expressed in A
L3_Iac: 40624
This address contains the measured RMS current on phase 3, expressed in A
L1_THD_I: 40626
This address contains the measured THD of charging current on phase 1, expressed in %
L2_THD_I: 40628
This address contains the measured THD of charging current on phase 2, expressed in %
L3_THD_I: 40630
This address contains the measured THD of charging current on phase 3, expressed in %

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Configureation Guide
MODBUS RTU
L1_Pac: 40636
This address contains the Active Power value measured on phase 1, expressed in W
L2_Pac: 40638
This address contains the Active Power value measured on phase 2, expressed in W
L3_Pac: 40640
This address contains the Active Power value measured on phase 3, expressed in W
L1_Qac: 40642
This address contains the Reactive Power value measured on phase 1, expressed in VAr
L2_Qac: 40644
This address contains the Reactive Power value measured on phase 2, expressed in VAr
L3_Qac: 40646
This address contains the Reactive Power value measured on phase 3, expressed in VAr
L1_Sac: 40648
This address contains the Apparent Power value measured on phase 1, expressed in VA
L2_Sac: 40650
This address contains the Apparent Power value measured on phase 2, expressed in VA
L3_Sac: 40652
This address contains the Apparent Power value measured on phase 3, expressed in VA

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Configureation Guide
MODBUS RTU
L1_ACTIVE_ENERGY: 40658
This address contains the Active Energy value measured on phase 1, expressed in Wh
L2_ACTIVE_ENERGY: 40660
This address contains the Active Energy value measured on phase 2, expressed in Wh
L3_ACTIVE_ENERGY: 40662
This address contains the Active Energy value measured on phase 3, expressed in Wh
L1_REACTIVE_ENERGY: 40664
This address contains the Reactive Energy value measured on phase 1, expressed in Varh
L2_REACTIVE_ENERGY: 40666
This address contains the Reactive Energy value measured on phase 2, expressed in Varh
L3_REACTIVE_ENERGY: 40668
This address contains the Reactive Energy value measured on phase 3, expressed in Varh

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Configureation Guide
MODBUS RTU
Registered ofce
Free2move eSolutions S.p.A.
Piazzale Lodi, 3
20137 Milan – Italy
esolutions.free2move.com