Enelion Wallbox User manual

WALLBOX
Assembly manual
Enelion sp. z o.o.
[email protected]

Copyright Enelion sp. z o.o.
The manual may change as the product develops.
All rights reserved.
Document version: V 6.
Number of pages: 24.
Release date: 18.01.2024

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Contents
1. Important information. 3
1.1. General provisions 3
1.2. Safety Guidelines 4
2. General informations 5
2.1. Opening and closing ENELION WALLBOX 5
3. Design indications of the installation 8
3.1. Power Supply Network Systems 8
3.2. RCD B with automatic reclosing device 9
3.3. Recommended power connection 10
3.4. Recommended communication network 11
3.5. Location selection criteria 11
4. Assembly 12
4.1. Preparing the installation 12
4.2. Selection of bolts and anchors 12
4.3. Cable routes 13
4.4. Mounting the device 14
5. Connection 15
5.1. Power connection 15
5.1.1. Standard power connection 16
5.1.2. Power connection in version with MID meter 17
5.1.3. RCMB Connection 18
5.2. ENELION Chain 18
5.3. Internet connections via Ethernet interface in LAN network 21
6. Maintenance 22
6.1. Cleaning 22
6.2. Repair 22
7. Technical data 23
7.1. ENELION WALLBOX 23

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Congratulations on the purchase of the ENELION charger and thank you for your trust.
Before the installation, make sure that the module packages contain all the elements. Current version of the
operation manual can be accessed at: https://enelion.com/en/support/
See the contents of the manual before initiating any activities related to the installation or the activation of the
charger.

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Important information
1. Important information.
1.1. General provisions
The ENELION charger (here in after referred to as the
device, charger, or charging terminal) is a charging
station designed for electric vehicle charging within
the meaning of the ‘Act on Electromobility and Alter-
native Fuels’ dated January 11, 2018, in paragraphs 5,
12, 13, and 27 of Article 2 of the aforementioned act.
The installation and servicing of the device must be
carried out by qualied and authorized individuals,
and repairs may only be performed by the manufac-
turer or entities authorized by the manufacturer.
During the warranty period, only authorized ser vice
centers and the manufacturer are allowed to perform
warranty repairs.
Interference with mechanical, electrical, and elec-
tronic components, as well as the device’s software,
is strictly prohibited and may void the warranty.
Exceptions are actions described in the following
instruction manual or those agreed upon in writing
with the manufacturer.
The manufacturer is not responsible for property
damage resulting from prohibited interference with
the product.
The electrical installation to be used during device
operation must meet the conditions described in
the installation manual. The manufacturer is not
responsible for incorrect execution and/or protec-
tion of the electrical installation to which the device
is connected.
The manufacturer is not responsible for the improper
functioning of the electrical installation to which the
device is connected.
The electrical installation to be used during device
operation must comply with the legal standards
applicable at the installation and operation location
of the device.
The manufacturer is not responsible for damages
caused by an electrical installation that does not
comply with legal standards.
The device does not have a built-in power switch.
The device is activated when the power supply voltage
is applied. Power disconnection must be ensured
by appropriate devices in the electrical installation
described in the installation manual. Except in emer-
gency situations, the device should not be switched
o during the charging process.
It is prohibited to power on the device when the
device housing is open.
It is prohibited to use a charger that is mechanically
damaged or indicates a critical error.
Objects not intended for this purpose must not be
placed in the charger socket. The only object intended
for insertion into the charger socket is a functional
power cable with the appropriate power and type
for the electric vehicle, terminated with a functional
type 2 plug according to EC 621962.
The use of extension cords, adapters, and charging
cable extensions is prohibited.
The manufacturer is not responsible for loss of
health or life resulting from non-compliance with
the above recommendations.
During the warranty period, the manufacturer allows
the purchase of support packages for the device
(extended warranty/service) subject to a qualifying
review before purchasing the package. Details can
be obtained from the ENELION sales department.
The charging station does not support ventilation
functions.
The nameplate present on the device is an integral
part of it and must not be removed or damaged,
as this may result in the loss of the manufacturer’s
warranty.
i INFO
Three self-adhesive labels with information about
the current value have been included in the set.
Choose the appropriate one according to the
specications and ax it next to the nameplate.
Fig. 1: Example of info plate

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1.2. Safety Guidelines
Do not carry out external installation during atmos-
pheric precipitation or strong winds if there is a risk
of water or contaminants entering the device.
All actions described in this manual should be per-
formed after ensuring that there is no voltage in the
power cable.
If any damage to components such as the socket,
charging cable, plug, plug holder, or any other xed/
permanent component is observed, it should be
reported to the charging station operator.
Important information

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2. General informations
The WALLBOX is a charging station designed for
electric-powered, roadworthy, personal vehicles. It is
constructed with an aluminum housing enclosed by
reinforced polymer sides. It includes a charging process
control module, a front panel with an RFID reader, an
OLED screen, and LED signaling, as well as a Type 2
socket. Additional accessories can be mounted, and
the device’s functionality can be expanded by adding
accessories such as ENELION Bridge, ENELION MID,
or ENELION RCM B protection. Some parameters and
functions can be modied by reprogramming the
device using the included RFID card. The ENELION
WALLBOX is available in two colors: black and silver.
General information
i INFO
To learn more, please refer to the „User Manual.”
It contains detailed information about the func-
tionality and operation of the device.
i INFO
The 3 mm Allen key is needed to open (or close)
the ENELION WALLBOX. No other tool is neces-
sary for this operation..
i INFO
Closing of the device is performed by repeating
the steps in the reverse order.
i INFO
The operations described below are identical for
the device already mounted on the wall. Please
note that the device must be opened at least
once before the installation to allow access to
the mounting holes on its back and to connect
the power cable.
2.1. Opening and closing ENELION WALL-
BOX
Fig. 2: ENELION WALLBOX in black.
All ENELION charging stations are compatible with
the proprietary ENELION Chain communication pro-
tocol, enabling operation within a local network of
chargers. This allows activating the ENELION DLB
function, providing dynamic load balancing. This
feature reduces the number of devices requiring an
internet connection and allows for more ecient
utilization of power for vehicle charging.
All ENELION devices can be equipped with the ENELION
Bridge (available as a separate add-on). It adds smart
functions to the devices and enables connection to a
remote management system (compatible with OCPP
1.6) via the internet.
1. Remove the rubber plugs from the top left and
right hole of the device.
2. Insert the supplied Allen key into the exposed
hole. The key should be inserted until resistance
is felt, i.e. until it cannot be pushed deeper.
Fig. 3: Inserting an Allen key.

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Fig. 5: Front panel moved upwards.
Fig. 6: Front panel slightly tilted.
Fig. 7: Removing the front panel from the device
housing.
Fig. 8: Pulling out the front panel.
Fig. 4: Unscrewing the locking pin.
3. Turn the key counterclockwise until the locking
pin is aligned with the side of the charger. Re-
move the Allen key from the hole. Repeat action
number 2 for the second locking pin.
4. Slide the front panel upwards of the device by
holding the socket housing use a suction cup as
an option until the lower edge of the front panel
is exposed.
5. Holding the socket housing, pull the bottom edge
of the panel until it is released from the housing
and tilted slightly.
6. Holding the front panel in the same plane, slide
it downwards from the top frame of the device.
7. Slowly continue to pull out the front panel, watch
ful of the socket lock not hooking onto the ho-
using.-
General information

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Fig. 9: The device open with the access to its
interior.
8. The front panel may freely rest next to the ho-
using, hanging within the reach of the socket
connection wires.
!WARNING
Be careful not to crimple the signal tape while
tting the front panel..
i INFO
The panel is tted into place by following the
above operations in the reverse order.
General information

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3. Design indications of the installa-
tion
3.1. Power Supply Network Systems
Design guidelines for instalation
It is possible to power the station from other network
systems described below:
In the TN-C system conguration, you should sepa-
rate the PEN conductor into N and PE as shown in the
diagram below.
ENELION charging stations are designed for ve-wire
power supply. In a TN-S 230/400V network, this is the
standard option.
In the case of an IT 120/230 V network, commonly
found in Norway for example, the connection looks as
follows. It’s important to note that one of the phases
serves as the Neutral wire; this is crucial during the
installation of the RCD. In such a network, three-phase
charging is not possible; only some vehicles will be
able to charge using a two-phase system.
L1
L2
L3
N
PE
L1 L2 L3 N PE
EVSE
RCD
MCB
Generator or transformer
Grounding
TN-S 230/400 V
Phase-Phase
400 V
Phase-N
230 V
L1
L2
L3
N
L1 L2 L3 N PE
EVSE
RCD
MCB
Generator or transformer
Grounding Grounding
TT 230/400 V
Phase-Phase
400 V
Phase-N
230 V
Grounding
Phase-Phase
400 V
Phase-N
230 V
L1
L2
L3
PEN
Load
Generator or transformer
L1 L2 L3 N PEN
TN-C
L1
L2
L3
N
L1 L2 L3 N PE
EVSE
RCD
MCB
Generator or transformer
Grounding Grounding
PE
PEN
TN-C-S 230/400 V
Phase-Phase
400 V
Phase-N
230 V

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Fig. 10: Instructions for connecting RCD B with an
automatic reclosing device to the power supply.
The automatic reclosing device is equipped with an
LED interface that indicates its status:
1. Continuous green means the device is ready to
operate.
2. Continuous red indicates device lockout after 3
unsuccessful lift attempts. In this case, the pre-
sence at the station is required, and the automa-
tic reclosing device must be raised manually.
3. Flashing red indicates that the automatic reclo-
sing device is attempting to lift the dierential
current switch lever.
It is not possible to power the station from an IT
230/400 V network.
Other, more complex power supply systems require
technical consultations before purchase.
3.2. RCD B with automatic reclosing device
There is an option to install an RCD B circuit breaker
with an automatic reclosing device. The automatic
reclosing device is a separate physical device mounted
on a DIN rail and must be installed next to the circuit
breaker. Depending on the number of phases, the
circuit breaker with an automatic reclosing device
occupies 4 or 5 positions on the DIN rail.
The power supply to the automatic reclosing device
should be connected before the power supply to
the RCD B to prevent it from being switched o
when the RCD B activates.
Design guidelines for instalation
L1
L2
L3
L1 L2 L3 N PE
EVSE
RCD
MCB
Generator or transformer
Grounding Grounding
PE
High Z
IT 120/230V
Phase-Phase
230 V
Phase-PE
120 V
L1
L2
L3
Generator lub transformer
Grounding Grounding
PE
High Z
IT 230/400 V - NOT ALLOWED !!!
Phase-Phase
400 V
Phase-PE
230 V
L1 L2 L3 N PE
EVSE

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The automatic reclosing device can operate in three
modes:
Auto mode: In this mode, the automatic reclosing
device attempts to lift the RCD a maximum of 3 times
in case the dierential current switch is tripped.
The fourth trigger of the dierential current switch
deactivates the automatic reclosing device. At this point,
manual lifting of the RCD B switch lever is required.
1. The rst attempt is made 10 seconds after the
dierential current switch is triggered.
2. If the switch is tripped again within 15 minutes,
the automatic reclosing device will make a se-
cond attempt after 1 minute.
3. If the switch is tripped again within a time frame
of less than 15 minutes, the third lift attempt will
be made after 5 minutes.
3.3. Recommended power connection
ENELION charging stations are adapted to ve-wire
power supply from TN-S type and TT type grid. It is
possible to apply three-wire power supply from TN-S
type grid.
!WARNING
Connection possibilities have been described in
“User manual”, in the Device conguration section.
ENELION charging terminal must be powered from
the electrical switchboard. The board must have the
required protections in the form of an overcurrent
circuit breaker withBorC characteristics and rated
current of 32 A or lower, appropriate to the device
version. To be compliant with the PN-EN IEC 61851-1:
2019-10 standard, each charging point must also be
protected against type A or B residual current. This
requirement must be met by one of the below:
Fig. 11: Automatic reclosing device Interface
Manual mode: Standard operation of the dierential
current switch. After tripping, RCD B requires manual
lifting.
Lock mode: Protection against unauthorized access.
When the automatic reclosing device is set to this
mode, a seal can be applied to prevent unauthorized
individuals from changing the automatic reclosing
device’s operating mode.
When purchasing an ENELION station with a dierential
current switch with an automatic reclosing device, the
automatic reclosing device will be set to auto mode.”
The process has been presented in the form of a
diagram in the illustration below.
Design guidelines for instalation

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i INFO
In case of single phase installation, the max-imum
cross-section of the power supply ca-ble to be
assembled in connection terminals is 10 mm2.
The diameter of the power supply cable with
insulation must not exceed 16 mm.
1. Installation of a typeBresidual current device
(RCD B 30 mA/40 A) or RCD EV (30 mA/40 A) in
the switchboard,
2. Installation of a typeAresidual current device
(RCDA30 mA/40 A) in the switchboard with the
application of ENELION RCM B – type B Residual
Current Monitor, attached to the charging termi-
nal.
The nal selection of the safety devices belongs to an
authorized designer or a qualied electrician.
The above requirements result in the necessity to use
independent cables for multi-socket devices: WALLBOX
DUO POWER and WALLBOX Adspace.
WALLBOX Duo multi-socket device allows one to power
the charging sockets only in 1-phase mode. Therefore,
it should be powered with one four-wire cable.
The cross-section of the power supply cables must
be selected by an authorized electrician, depending
on the distance from the switchboard and other
conditions per-tinent to the location. To obtain the
maximum charging power in wall-mounted devices,
the use of cables with a conductor cross-section not
greater than 6 mm2 is rec-ommended. The diameter
of the power supply cable with insulation must not
exceed 16 mm.
Cables running underground must be installed in
accor-dance with the binding building regulations.
For conve-nient installation, flexible power cables,
stranded type, terminated with clamping sleeves are
recommended
!WARNING
To supply the voltage to the installed and con-
nected charging station, rst switch on the RCD
protection, and next the overcurrent switch.
For installation, about 50 cm of power cable re-serve
from the expected installation position is recom-
-mended. For WALLBOX Adspace devices, a reserve
of about 110 cm of the cable supplying power to the
left socket is recommended.
3.4. Recommended communication network
ENELION devices support the ENELION Chain com-
munica-tion interface. For its implementation, a wired
connec-tion between the devices is required using an
Ethernet CAT 5 or CAT6cable.
For installation, leave about 50 cm of communication
cables from the expected installation position.
The network works in a serial topology where:
i INFO
Devices equipped with ENELION Bridge can also
use WiFi and GSM interfaces to ensure the In-ternet
connection, but they do not have require-ments
related to cable installation.
• the number of ENELION charging points does
not exceed 100 devices,
• the total length of the communication cable
connecting the devices does not exceed 500 m.
Fig. 12: ENELION Chain network topology.
ENELION devices equipped with the ENELION Bridge
mod-ule can use the Internet connection via the
Ethernet in-terface in the LAN network. In order to
utilize this func-tion, run the Ethernet CAT 6 cable to
the device in which the use of this option is expected.
3.5. Location selection criteria
Wall-mounted ENELION devices may be installed both
internally or externally.
The device has been designed to be installed near
parking spaces for electric vehicles. When used in the
vehicle collision hazard zone, the structure should be
secured with appropriate fenders painted in yellow
and black stripes (warning about the gauge).
Bear in mind that the national regulations may dene
the space for the installation. The device should not be
located ina place of high exposure to sunlight, which
could cause overheating. Do not install the device near
Design guidelines for instalation

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1. 10 cm clearance on each side of the unit.
For devices from the Stilo family, it is necessary to
provide at least:
1. 10 cm clearance on the right side of the unit.
2. 50 cm clearance above the top edge of the devi-
ce.
3. 100 cm clearance below the bottom edge of the
device.
!WARNING
The manufacturer accepts no responsibility for
any damage resulting from failure to comply
with the above-mentioned recommendations.
heat sources or in small, closed spaces (e.g. in a box).
It is forbidden to installapower cord that does not com-
-ply with the guidelines in section 3.1 Recommended
power connection. It is forbidden to install the device
in potentially explosive environment.
Local regulations for electrical installations, re pre-
ven-tion measures and accident prevention must be
taken into account, and escape routes at the instal-
lation site must be provided.
It is forbidden to install the device ina location where
falling objects may damage the charger.
Before installation, make sure that the mounting
space for the device is sufcient.
WALLBOX family devices should have at least:
!WARNING
Before commencing the installation, switch o
the power supplied to the cables.
4. Assembly
4.1. Preparing the installation
1. Place the packaged ENELION WALLBOX horizon-
tally, in accordance with the markings on the
packaging. Cut the package open along the indi-
cated line. Take the device out of the cardboard
box, remove the polystyrene protective casing
and put the device in the safe position.
2. The polystyrene protection contains useful ac-
cessories necessary for the mounting of the devi-
ce. Before recycling the packaging, collect those
accessories that include:
• cable gland plug,
• RFID conguration card and RFID pendant.
3. Open ENELION WALLBOX DUO POWER in accor-
dance with the instruction included in section 2.1
Opening and closing ENELION WALLBOX DUO
POWER.
4.2. Selection of bolts and anchors
ENELION WALLBOX DUO POWER is mounted on vertical
sur-face using bolts. The device has four mounting
open-ings. Additionally, the device is equipped with
holds fa-cilitating the assembly.
Fig. 13: Locations of cable entry points in ENELION
WALLBOX.
Assembly

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4.3. Cable routes
1. four mounting holes are positioned on the plan
of a rectangle with dimensions of 230 mmx 96
mm (width x height),
2. mounting holes have a diameter of 5,5 mm,
3. the device weighs between 3 kg – 3,5 kg,
4. mounting must provide stability for the device
to withstand signicant forces aecting it when
plug-ging and unplugging the charging cable in
the socket.
!WARNING
Use all mounting holes in the process of instal-
lation. Failure to do so will result in the loss of
water and dust resistance of the device, classied,
as a default, as IP 54. This can lead to damage
or failure of the charger, and conse-quently to
loss of life or health. The manufac-turer is not
responsible for damage and injuries arising from
failure to observe the above recommendations.
The default power cable entry is at the top of the device.
It is possible to insert the power cable from the bottom
of the device by moving the gland by oneself. To do
this, remove the plug on the bottom of the device.
The insertion of communication cables is possible from
the bottom of the device. This requires the removal
of the plug and the installation of a gland suitable for
the type and number of communication cables to be
routed. The opening diameter for the communication
cable gland is 19 mm.
Fig. 14: Locations of cable entry points in ENELION
WALLBOX.
The removal of plugs for the assembly of cable glands
should be performed according to the following
guidelines:
1. place the device on a stable surface,
2. use a hammer andaflat-bladed screwdriver to
knock out the gland hole plug carefully.
Fig. 15: Removing the plugs for cable entry
openings..
The cable gland in the upper part of the device should
be put into the hole in the lower part of the device and
screwed to ensure tightness. The gland nut requires
a 32 mmspanner and the gland requires a 30 mm
span-ner. After repositioning the gland, the opening
in the upper part of the device should be closed with
the ad-ditional plug provided with the product.
Fig. 16: Additional plug witha nut provided with the
product.
Fig. 17: Mounting place for the additional plug.
Assembly

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14 Assembly
The cable gland for communication cables should
be installed in accordance with the manufacturer’s
instructions.
Fig. 18: Mounting method for the additional plug.
!WARNING
To make sure the device is water-tight in accor-dan-
ce with IP54 class and keep the manufac-turer’s
warranty for the device, after relocating the cable
gland from the top to the bottom of the device, the
unused hole must be secured with a plug andanut
set included with the device.
4.4. Mounting the device
1. Determine the nal location of the device using
the attached template and the level, and mark
the mounting holes. The template marks the mo-
unt-ing holes, the outline of the rear wall of the
de-vice, the axis of the glands (both in the version
with a gland in the upper and the lower part of
the device) and the optimal cable lengths. Moun-
t-ing holes should be at least 5 cm from the edge
of the wall (in case of a recess, minimum 20 cm—
to leave enough space for the use of Allen key).
The axis of the power cable must coincide with
the axis of the glands marked on the template.
Make sure that the power cord is at least 350 mm
long, measured from the edge of the device mar-
ked on the template.
2. Make assembly holes and install expansion bolts.
Mounting holes should be made in accordance
with the specication of expansion bolts, which
should be placed in the cleaned holes.
3. Make sure that there is no voltage in the power
cords.
i INFO
The device has been equipped with a template
facilitating the installation
The device mounted in this way can be connected.
4. Open the device as described in section 2.1 Ope-
ning and closing ENELION WALLBOX.
5. Put the device in the target position by threading
the power cable through the glands.
6. Fasten the device with screws usinga screw-dri-
ver with a shaft length of at least 150 mm.
7. Screw on the power cable gland ensuring tight-
ness.
8. (Optional) Insert at least 350 mm of the commu-
nication cables into the device.

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Connection
5.Connection
5.1. Power connection
ENELION WALLBOX comes in various types.
Depending on which type is being installed,
the power supply cables may be connected
directly to the terminals or to the ap-proved
integrated MID meter.
Fig. 19: Diagram of connection variants 1./2.

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16 Connection
Fig. 20: Diagram of connection variants 2./2.
1. Prepare the power supply cable.. Remove 200
mm of the main insulation o the power supply
cable. Terminate the individual wires of the cable
with fork (M4 or M5 size) or sleeve terminals.
2. Insert the power supply cables into the terminals
3. Use a PZ2 end screwdriver to tighten the termi-
nal nals with 1,5 N m torque.
5.1.1. Standard power connection

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Fig. 21: Connection using fork terminals.
Connection
Fig. 22: Connection with solid conductors–wire
Fig. 23: Electrical connection executed correctly.
i INFO
It is also possible to usea three-wire power sup-
ply in a TN-S network. The possible connection
methods for the device are described in the User
Manual in the section titled Device Conguration..
WSKAZÓWKA
The colors of the phase wires in the ENELION
WALLBOX may not correspond to the colors of the
power supply wires while following the guidelines
on the ENELION WALLBOX label. This is a nor-
mal and expected situation when using the phase
rotation feature.
5.1.2 . Power connection in version with
MID meter
1. Prepare the power cord. Remove 200 mm of
the main insulation o the power supply cable.
Terminate the individual wires of the cable with
sleeve terminals..
2. Insert the power cables into the terminals of
the MID meter and tighten them. Unless other-
wise marked on the label of the device, makea
standard connection in accordance with the mar-
kings on the meter. The PE protec-tive conductor
should be connected to the pre-pared coupling.
Fig. 24: Recommended connection when applying
a MID meter.
MID meter communication connection should be done
according to the diagram below:

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Fig. 25: MID meter communication connection.
HINT
The colors of the phase wires in ENELION Box
may not match the colors of the power cables,
maintaining, however, the guidelines on ENELION
WALLBOX label. This is a correct and expected
situation when using the phase sequence function.
5.1. 3. RCMB Connection
ENELION RCM B – Residual Current Monitor typeBac-
-cessory. ENELION RCM B in combination with the RCD
A used in the switchgear meet all safety requirements.
1. Connect the device to the dedicated socket on
the PilotBox board. [Fig. 26]
Fig. 26: PilotBox RCMB socket.
2. Pass through the RCMB hole four powering cab-
les (All three phases and neutral cord.)
Fig. 27: RCM B connection
HINT
The way of cables through the RCMB hole does
not matter. The RCMB monitor could be freely
assembled on the socket cables or on the main
income cables.
i INFO
More information in the User Manual.
5.2. ENELION Chain
The ENELION Chain network is based on a serial, wired
CAN bus. For installation, it is recommended to use
a CAT5e or better network cable with copper wires,
not CCA (Copper Clad Aluminium). Communication
utilizes a single twisted pair of wires along with the
cable shield.
Select one pair of wires (color) and consistently use it
throughout the entire installation.
The shield wire should be connected only at one end
of each network segment, as shown in the sample
diagram.
Depending on the device, the connection to the ENE-
LION Chain network is made in various ways.
Connection