ABL eM4 Twin User manual

Article No.: 0301501_EN_a
Wallbox
eM4 Twin
Installation manual
EN

| Contact
II
T
h
i
n
k
b
e
f
o
r
e
y
o
u
p
r
i
n
t
Contact
ABL GmbH
Albert-Büttner-Straße 11
91207 Lauf an der Pegnitz
Germany
[phone]
[phone]
[email protected]
www.ablmobility.de
Customer Service
[phone]
www.ablmobility.de/de/service/support/
Revision: 0301501_EN_a, Version: 26.04.23

Contents | III
Contents
Contact II
Additional technical information 5
Intended use 5
Information in this document 5
Safety and user information 6
General 6
Safety instructions 6
Operating instructions 8
Introduction to the Wallbox eM4Twin 9
Identifying your wallbox 9
The Wallbox eM4Twin at a glance 10
How the HMI works 13
Information displayed in the energy meter 15
Forming charging groups and network topologies 16
External load shedding in accordance with VDEAR-N4100 19
Components included with the wallbox 19
Accessories 20
Installation of the Wallbox eM4Twin 23
Installation site requirements 23
Tools and accessories required 24
Inserting the power and data cables 26
Preparing the installation site 27
Preparing and fixing the wallbox in place 29
Electrical connection of the wallbox 30
Phase rotation within a charging group 31
Conversion from 3- to 1-phase operation of the Wallbox eM4Twin 32
Data cable connections 33
Connecting a control cable in accordance with VDE AR-N 4100 34
Preparing and installing the LTE USB stick 34
Wallbox eM4Twin start-up 35
Configuring the Wallbox eM4Twin 38
Availability of the ABL Configuration App 38
Setting up communication via the ABL Configuration App 38
Onboarding – Configuration of an Extender wallbox for stand-alone operation 42
Onboarding – Configuring the Controller/ Extender operating mode 43
Control Board settings and reboarding 44
Description of the charging process 45
Error resolution and maintenance 48
Support via the ABL Support page 48
Quick solution for general problems 49
Testing the RCCB 50
Taking the Wallbox eM4Twin out of operation 51
Replacing the RCCB flap 52
Replacing the lever lock in an RCCB flap 53
Replacing the charging socket flap 55
Replacing the housing cover 56
Resetting the wallbox and restoring to factory settings 57
Measures for handling errors and warnings 58
Maintenance 61

| Contents
IV
Appendix 62
Technical specifications 62
Standards and guidelines 64
Trademarks 65
Data cable recommendations 65
Definitions 65
Copyright and disclaimer 66
Disposal advice 66
Dimensions 66
CE certification and compliance declaration 67
Drilling template illustration 68

Additional technical information | 5
Additional technical information
Additional technical information is required to install your Wallbox eM4Twin on one of the separately available
mounting poles, as well as regarding further accessories. It is contained in separate documents.
In addition, the technical data for your wallbox are collated in product-specific data sheets. You can download these
documents from the ABL website using the following link:
https://www.ablmobility.de/en/service/downloads.php
NOTE
Displaying the additional information on a computer, tablet or smartphone
Additional technical information is made available in the Portable Document Format (PDF).
To display PDF files, you need the free Adobe Acrobat Reader or comparable software.
You can find further information about our product range, as well as about separately available accessory compo-
nents on our website at www.ablmobility.de/en. Please visit:
https://www.ablmobility.de/en
Intended use
The Wallbox eM4Twin is the ideal solution for group installations in semi-public and public areas. Large charging
parks can be set up by cascading several eM4Twin Controller Wallboxes. The Wallbox eM4Twin can be connect-
ed to a backend for the billing of charging processes and user management. Alternatively, the Extender variant of
the Wallbox eM4Twin can also be configured for stand-alone operation using the software, e.g. for use in private
households.
Information in this document
This document explains how to install, configure and commission the Wallbox eM4Twin: It is recommended that all
working steps described in this document are carried out by a qualified specialist electrical contractor only.
User Specialist electrical
contractor
Installation manual (this document)
Additional technical information
Data sheets
Operating manual

| Safety and user information
6
Safety and user information
General
This manual describes all working steps required to install and/or operate the product it concerns.
Certain sections of this manual are specially formatted for quick and easy reference.
Descriptions listing equally valid options are indicated by bullet points.
1 Descriptions listing operating steps are numbered in chronological order.
JDescriptions that require an additional step are marked with an arrow.
DANGER!
Indicates life-threatening electrical voltages
Sections marked with this symbol indicate electrical voltages that present a danger of loss of life or grievous
bodily injury.
Actions marked with this symbol must not be carried out under any circumstances.
WARNING!
Indicates important actions and further hazards
Sections marked with this symbol indicate further hazards that may result in damage to the product or to other
connected components.
Actions marked with this symbol must be carried out with special care.
NOTE
Indicates important information for operation or installation
Sections marked with this symbol indicate further important information and features necessary for successful
operation.
Actions marked with this symbol should be carried out as required.
Passages marked with this symbol contain valuable additional information.
Safety instructions
The safety notices serve to ensure the proper and safe installation, as well as subsequent safe operation of the de-
vice. Please observe the following notes:
DANGER!
Dangerous electrical currents
Disregard of or actions contrary to the safety information and instructions contained in this manual may lead to
electric shock, fire, severe injury and/or death.
Please read all safety information carefully.
Always follow all safety notices provided!

Safety instructions | 7
General safety information
Please read this manual carefully.
Heed all warnings and follow all instructions.
Keep this manual in a safe place where it can be accessed at all times: The contents of this manual, and the
safety notices in particular, must be available to all users of the product.
The product must only be operated after final approval by a qualified specialist electrical contractor.
The product must not be covered with stickers or other objects or materials.
Do not under any circumstances make alterations to the product. Any disregard of this instruction represents a
safety risk, fundamentally breaches the guarantee provisions and may void the warranty with immediate effect.
Qualified specialist personnel
Mechanical installation should be carried out by qualified specialist personnel.
Electrical installation and testing must be carried out with reference to local rules by a qualified specialist
electrical contractor, who, on the basis of their specialist training and experience, as well as their knowledge of
the relevant standards, is able to assess and carry out the working steps described in this manual and recognise
potential hazards.
Qualified personnel have technical training and the experience and knowledge of the relevant standards to assess
and carry out the described work steps and to recognise and avoid any hazards.
Guidelines and regulations
Electrical installation and testing must be carried out by a qualified specialist electrical contractor, taking into
account local rules and regulations.
Please note that electrical grid operators, energy suppliers or national regulations may require notification of or
approval for the installation or operation of a charging station.
Ensure that the rated voltage and rated current of the product comply with the parameters of your local electricity
grid and that the rated output is not exceeded during operation.
Operating environment
The device must not be installed in close vicinity to running water, water jets or areas subject to flooding.
The product must not be installed in explosive atmosphere areas (EX areas).
The product must never be installed or operated in confined spaces.
Do not exceed the maximum permissible ambient temperature during operation (see "Technical specifications"
onpage62).
It is recommended that the product is not operated in direct sunlight, if possible.
Interference sources
Please note that operating a radio transmitter in the immediate vicinity (< 20 cm) of the product may lead to
malfunctions.
Accessories
It is advisable to only use accessories intended and sold for the product by ABL.
Only use charging cables that comply with the IEC 62196 standard.

| Safety and user information
8
Operating instructions
Local safety regulations regarding the operation of electrical devices for the country in which the product is oper-
ated always apply.
Ensure that the product can be operated without any strain pulling on its components.
Make sure that the product is always closed and locked when in use. All authorised users must be aware of the
'unlock' position of the key.
To disconnect the product completely from the electricity grid, the power supply must be interrupted using the
upstream safety switches and fault current protection devices (if present) in the domestic power distribution.
NOTE
Changes to functions and design features
Please note that all technical details, specifications and design characteristics of the product may be changed
without prior notice for reasons of product development.

Identifying your wallbox | 9
Introduction to the Wallbox eM4Twin
Thank you for choosing the Wallbox eM4Twin from ABL. The eM4Twin is the ideal solution for efficient vehicle
charging in private environments, in public areas and for large group solutions in semi-public company or hotel car
parks. In addition to the simple mechanical and electrical installation, the ABL Configuration App for mobile devic-
es (iOS, Android) ensures a quick and straightforward setup.
The Controller and Extender variants of the Wallbox eM4Twin are also available as reev ready versions with backend
solutions by reev, which offer an intuitive interface for the administration and invoicing of all charging operations.
Further information on technical data is available in the appendix from page62.
Identifying your wallbox
The model variant of the Wallbox eM4Twin can be unambiguously identified on the rating plate located on the inside
of the housing cover. Please verify the information listed below on the rating plate.
The following information is especially relevant:
Model number and indication of product category (Controller or Extender)
Mains connection
AModel number and category
(Controller or Extender) FType specification (eM4Twin) KDisposal advice
BConnection requirements GManufacturer and manufacturer's
address LBarcode/serial number
CTemperature range HManufacturer's logo MDate printed
DDegree of protection (housing) IDataMatrix code/product number NAuthorised representative
(UKCA)
EStandards J'Read instructions' advice OSymbol protection class II
PCE/ UKCA marking
100000XX00484
2022-12-18 1123655348711
1xxxxxxxxx
K
A
E
D
B
G
H
I
O
C
F
P
J
L
M
N

| Introduction to the Wallbox eM4Twin
10
The Wallbox eM4Twin at a glance
The Wallbox eM4Twin is designed as follows:
Front and rear view
The following illustration shows the Wallbox eM4Twin from the front and from behind.
Front Rear
1Suspension points
There are two suspension points on the upper edge of the rear side, which are used to hang the eM4Twin
in the mounting rail which is screwed to the mounting position (see "Preparing and fixing the wallbox in
place" onpage29). The mounting rail is supplied with the unit.
2Attachment points for mounting rail
The wallbox is fixed in place by screwing it into the mounting rail using the two upper attachment points
(see page28). The corresponding screws are supplied.
3Supply cable area
The supply cable area has three large grommets for inserting a power line from above, below or behind,
marked A, Band Con the drilling template.
A medium-sized grommet, which is located directly to the right of grommetBon the drilling template and
which is marked DATA, is used to insert a cable for wired data communication.
The small grommet located to the right of grommetCon the drilling template and marked EXT. CON-
TROL is used to lay a control line, e.g. in accordance with VDE AR-N 4100.
All grommets in the supply cable area are designed as "push-out" membranes and can be pierced directly
with the cable (see "Inserting the power and data cables" onpage26).
4Housing cover
The housing cover protects the internal electronic components (see next figure) from unauthorised access
and must always be closed and locked during operation. It can be locked/unlocked via the RCCB flaps!
of the left and right power module9.

The Wallbox eM4Twin at a glance | 11
5Status display with RFID reader
The circular status indicator shows the states of the two charge points by means of a multi-coloured LED
ring (see point%).
The RFID reader module for authorising the charging process is located centrally behind the status indica-
tor (see point%).
6Wall mounting point
The wallbox is fixed in place by screwing it into the wall using the two lower attachment points (see
page30). The corresponding screws are supplied.
7Type 2 charging socket
Each power module9of the Wallbox eM4Twin has a Type 2 charging socket for connecting a charging
cable certified in accordance with IEC 62196-1 and IEC 62196-2. The charging cables can be purchased as
accessories from ABL (see "Accessories" onpage20).
NOTE
Compatibility with RFID transponders
The Wallbox eM4Twin supports the following RFID transponders: Mifare Classic, Mifare mini, Mifare DESFIRE
EV1, Mifare Plus S/X, Mifare Pro X, Mifare SmartMX, Mifare Ultralight, Mifare Ultralight C, SLE44R35, SLE66Rxx
(my-d move), Legic Advant, Pay Pass, Pico Pass.
To ensure the compatibility of the RFID transponder, it should be tested with the Wallbox eM4Twin. Besides the
RFID standard used, other factors such as the dimensions of the transponder also influence compatibility. If you
need support with testing an RFID transponder, contact ABL Customer Service (see "Contact" onpageII).
Interior and side view
The following illustration shows the Wallbox eM4Twin with the housing cover open and from the right-hand side:
The left-hand side of the wallbox has an identical design.
Reset
Interior view of electronic components Right-hand side

| Introduction to the Wallbox eM4Twin
12
8Housing
The wallbox housing integrates the two power modules9and the other electronic components for com-
munication in a group. The wallbox is securely fastened at the installation location by means of the sus-
pension points1and the attachment points2and 6.
9Power module
The power module integrates the components for the respective charge point, including the RCCB, DC
residual current detection, the contactor, the MID-compliant energy meter"and the Type 2 charging
socket7.
!RCCB flap
The RCCB flap protects the RCCB of the power module and is locked and unlocked using the key supplied.
The locking mechanism also locks the housing cover8: To open the housing cover, both RCCB flaps must
be unlocked and folded upwards.
"MID-compliant energy meter
The MID-compliant energy meter displays various information on the charging operation. You can find fur-
ther information on this topic in section "Information displayed in the energy meter" onpage15.
#Terminal block
Directly behind the supply cable area3is the terminal block for connecting the power line: The connec-
tion pattern is shown on the communication module$. In a group installation, the connection diagram
must be adapted to each wallbox to ensure an even load on the phases (see "Electrical connection of the
wallbox" onpage30).
$Communication module
The communication module provides a LAN interface for data cabling and a USB port (Controller wallbox
only) for the supplied LTE USB stick for wireless communication with a backend (see "Preparing and install-
ing the LTE USB stick" onpage34).
In the upper left area of the communication module, there is access to the reset push button marked with a
screwdriver and the word Reset, which allows the wallbox to be reset to the factory settings (see "Re-
setting the wallbox and restoring to factory settings" onpage57).
In addition, the communication module can be flipped forward, allowing access to terminal EN1 for con-
necting a control cable in accordance with VDEAR-N4100 (see "Connecting a control cable in accordance
with VDE AR-N 4100" onpage34).
%HMI module
The HMI (Human Machine Interface) module of the wallbox displays the various states of the electronic
components for monitoring and determining the status of the charge points via a multi-coloured LED ring
and an acoustic signal generator (see next section).
It also includes the RFID reader module for authorising the charging processes, provided that the wallbox
was configured accordingly during installation or is operated with a backend. The RFID function is set up
via the ABL Configuration App (see "Configuring the Wallbox eM4Twin" onpage38).

How the HMI works | 13
How the HMI works
The Human Machine Interface of the Wallbox eM4Twin informs the user about the current status of the wallbox or
the two charge points. Visual feedback is provided by an LED ring with different colour and movement patterns. The
wallbox also emits sound signals for selected functions.
The following table shows the HMI signal and its corresponding functional status:
Boot process active
When the Wallbox eM4Twin is connected to the elec-
tricity grid or restarted during setup, it starts the boot
process: The LEDs light up green, blue, white and red
for 5 seconds.
Configuration required
If the wallbox has not yet been set up via the ABL Con-
figuration App during first use or if the setup is cur-
rently being performed, the LED circle pulsates white.
Completing the configuration
Once the setup has been completed in the ABL Config-
uration App and transferred to the wallbox, the LEDs
light up white one after the other in a clockwise direc-
tion until finally the entire LED ring is lit up white con-
tinuously for a short moment.
Ready for charging
In normal operation, the status indicator pulsates green
to indicate readiness for charging. The right half of the
status indicator is assigned to the right-hand charge
point, the left half to the left-hand charge point.
(Illustration: Right-hand charge point)
Vehicle connected and recognised
If a vehicle has been connected and recognised, the
half that corresponds to the charge point lights up static
green.
(Illustration: Right-hand charge point)
Authorisation required
If the charging operation has to be enabled using an
RFID card, a blue chase light is shown dynamically on
the status indicator.
For the right-hand charge point, the chase light turns
anti-clockwise (see illustration).
For the left-hand charge point, the chase light turns
clockwise.

| Introduction to the Wallbox eM4Twin
14
Charging process active
After a request by the vehicle, the charging operation in
process is displayed dynamically via the blue status in-
dicator for the charge point. The right half of the status
indicator is assigned to the right-hand charge point, the
left half to the left-hand charge point.
(Illustration: Right-hand charge point)
Charging process completed or paused
If the charging process has been completed or paused
by the vehicle or the load management, the half corre-
sponding to the charge point lights up static blue.
(Illustration: Right-hand charge point)
Malfunction
If an error has occurred during operation, the status in-
dicator pulses red. The right half of the status indicator
is assigned to the right-hand charge point, the left half
to the left-hand charge point.
(Illustration: Right-hand charge point)
RFID card recognised
If the RFID card has been recognised by the RFID reader,
the wallbox emits a short sound signal.
RFID card authorisation successful
If the RFID card has been successfully authorised, the
wallbox emits two short sound signals.
RFID card authorisation rejected
If the authorisation of an RFID card has failed, the half
corresponding to the charge point lights up static or-
ange. In addition, the wallbox emits three long sound
signals.
(Illustration: Right-hand charge point)

Information displayed in the energy meter | 15
Information displayed in the energy meter
Each charge point of the Wallbox eM4Twin has its own energy meter that shows various information about the
charging operation via the three display lines. In contrast to the top line, the values displayed in lines 2 and 3 are
switched cyclically:
A
Total electric energy consumed
A
B
A
C
A
D
E
The top line always shows the total electric power con-
sumed in kWh, and therefore the sum of all the electrical
charge obtained via this particular charge point. This line
is not switched.
B
Current electric energy consumed
In this state, the second line shows the active energy in
kWh that has been drawn so far during the active charg-
ing operation.
C
Charge point allocation
After switching, the second line in this state shows the
identification that was assigned to the charge point dur-
ing installation.
D
Duration of the charging operation
After switching, the second line in this state shows the
duration of the active charging operation in hours, min-
utes and seconds.
E
Current electric power consumption
In this state, the third line shows the active power that
the vehicle is currently drawing: With no vehicle con-
nected, this value is 0.0 kW.

| Introduction to the Wallbox eM4Twin
16
Forming charging groups and network topologies
The Wallbox eM4Twin offers several interfaces for internal communication in a charging group as well as for exter-
nal communication with a backend. Here, a distinction is made depending on the wallbox variant:
Controller/ Controller+: The Controller wallbox can be operated either individually or as a charging group to-
gether with one or more Extender wallboxes. Internal communication within the charging group can be set up via
WLAN or LAN. For external communication with a backend, you can use the Controller’s WLAN or LAN interface
or LTE USB stick.
Extender/ Extender+: The Extender wallboxes can be operated either individually (stand-alone) or as a charging
group together with a Controller. Internal communication within the charging group can be set up via WLAN
orLAN.
WARNING!
Integration into an existing network infrastructure
If you want to use an existing network infrastructure for communication within a charging group and/or with a
backend, you will need to contact an IT administrator in advance to plan the integration.
The interfaces of the Wallbox eM4Twin can be used to connect a charging group to a backend. The following combi-
nations are possible:
Controller–backend communication Controller–Extender communication
WLAN LAN LTE WLAN LAN
NOTE
Information for network communication
The following ports must be available for communication with the Internet (Controller–backend):
HTTP: 80/ HTTPS: 443/ NTP: 123/ OCPP: 7890
The following ports must be available for communication within the network (Controller–Extender):
DNS: 53/ mDNS: 5353/ UDP/TCP: 68, 1024, 4332, 5432, 11010
• The network must assign each wallbox its own IP address (e.g. via DHCP).
The network interfaces are presented below in detail and illustrated with the help of illustrations in practical use.
Further practical examples of the different possibilities for network communication are available via the link below.
www.ablmobility.de/en > Partner > Electrical contractors

Forming charging groups and network topologies | 17
Communication between a Controller and one or more Extenders via LAN
The communication module of each Wallbox eM4Twin includes a LAN interface.
The connection is made via one Ethernet cable per wallbox, which is routed into the wallbox via the supply
cablearea.
To form a charging group, the Controller wallbox is wired to one or more Extender wallboxes on a local router,
which assigns each wallbox its own IP address.
The wiring of the Wallbox eM4Twin via LAN is described in the sections "Inserting the power and data cables"
onpage26 and "Data cable connections" onpage33.
Communication via LAN must be set up in the ABL Configuration App (see page38 onwards).
Communication in a charging group via LAN
2
3
1 3
2
The Wallbox eM4Twin Controller1and one or
more Wallboxes eM4 Twin Extender2are connect-
ed to a local router3via their LAN interfaces.
Each wallbox must be assigned its own IP address
via the router, either automatically via DHCP or
manually.
Communication between a Controller and one or more Extenders via WLAN
Every Wallbox eM4Twin has an integrated WLAN module.
Direct communication with the ABL Configuration App installed on a smartphone/tablet (iOS, iPadOS, Android)
can be established via the WLAN module.
To form a charging group, the Controller wallbox can be connected wirelessly with one or more Extender wallbox-
es to a local WLAN router, which then assigns each wallbox its own IP address.
Communication via WLAN must be set up in the ABL Configuration App (see page38 onwards).
Communication in a charging group via WLAN
The Wallbox eM4Twin Controller1and one or
more Wallboxes eM4 Twin Extender2are con-
nected to a local WLAN router3via their WLAN
modules.
Each wallbox must be assigned its own IP address
via the WLAN router, either automatically via DHCP
or manually.

| Introduction to the Wallbox eM4Twin
18
Communication between a Controller and a backend via LTE
Each Controller wallbox comes with an LTE USB stick that can be fitted with the SIM card of a backend operator
and used in the wallbox. This process is described starting on page34.
In the reevready variants, the SIM card for communication with the reev backend is already pre-installed in the
LTE USB stick in the Controller.
LTE communication with the backend must be set up in the ABL Configuration App (see page38 onwards).
Communication with a backend via LTE
LTE
1 2 3
The Wallbox eM4Twin Controller1communicates
via the LTE USB stick with an LTE receiver2,
which establishes the connection to the selected
backend3.
Communication between a Controller and a backend via LAN
The Controller can communicate with an Internet-connected network via its LAN interface.
The connection is made via one Ethernet cable (Cat5 or better) per wallbox, which is routed into the wallbox via
the supply cable area.
Communication via LAN must be set up in the ABL Configuration App (see page38 onwards).
Communication with a backend via LAN 1 2 3
4
The Wallbox eM4Twin Controller1is connected
by cable to a LAN network2, which establishes
communication with the selected backend4via the
Internet3.
Communication between a Controller and a backend via WLAN
The Controller can communicate with an Internet-connected network via its WLAN interface.
Communication via WLAN must be set up in the ABL Configuration App (see page38 onwards).
Communication with a backend via a WLAN
network 1 2 3
4
The Wallbox eM4Twin Controller1is connected
wirelessly to a WLAN network2, which establish-
es communication with the selected backend4via
the Internet3.

External load shedding in accordance with VDEAR-N4100 | 19
NOTE
Compatibility with backend providers
The Wallbox eM4Twin is available as a reevready product, which is specially prepared for operation with the
backend solutions from reev. For more information, please visit:
https://reev.com
Alternatively, the Wallbox eM4Twin is also compatible with other backends for managing the charging infra-
structure. To check the compatibility, please contact the desired backend provider.
External load shedding in accordance with VDEAR-N4100
The terminal EN1 installed on the main module is used to connect a control control cable in accordance with
VDEAR-N4100. The local energy supplier can use this control cable to remotely switch the charging function of the
wallbox off or on. The cable length between the wallbox and a suitable ripple control receiver/ VDE-FNN control box
must not exceed 30 metres.
In addition to switching the two charge points on and off, there is also the option to limit the maximum current set for
charging via two further, externally wired resistor values.
Position Resistance ±10% Maximum set
current limited to
Resulting charging current
(e.g.: 32A/ 16A)
1 min. 27 kOhm 0% 0A/ 0A
2 4.7 kOhm 30% 9A/ 5A*
3 1.5 kOhm 60% 19A/ 10A
4 max. 100 Ohm 100% 32A/ 16A
* If the resulting charging current falls below the limit of 6A, no charging occurs!
In a charging group, the control cable is connected to the Controller, which then regulates the current for all charge
points in the group. In all other configurations (charging group with external control unit, stand-alone), the control ca-
ble must be connected to the wallbox with the first charge point (assignment in line 2 of the energy meter: ).
Components included with the wallbox
The product is delivered including the following components:
Wallbox eM4Twin, 1pc. Installation rail, 1pc.
TX30 wafer head screw, 6×140mm,
2pcs. TX30 plug screw, 6×60mm, 2pcs.
TX30 half-round head screw,
6×60mm, 2pcs. Wall plugs 8×50mm, 4pcs.
Key, 2pcs. Insulating cap, 4pcs.

| Introduction to the Wallbox eM4Twin
20
Drilling template, 1pc.
8160
270
421
135
25
80
EXT. CONTROLDATA
EXT. CONTROLDATA
230 / 400 V
230 / 400 V
230 / 400 V
DATA EXT. CONTROL
Front
B
A
C
1
0
1
0
EXT. CONTROL
130 mm
230 / 400 V
130 mm
B
A
C
DATA
170 mm
1
3 4
2
Albert-Büttner-Straße 11
D-91207 Lauf / Pegnitz
Tel. [phone]
Fax [phone]
inf[email protected]
www.ablmobility.de
Operating manual & safety informa-
tion (multilingual), 1pc.
Folding ferrite with key, 1pc.
The Controller variants of the eM4Twin also include:
LTE USB stick for installing an option-
ally available SIM card for communi-
cation with a backend, 1pc.
The reevready variants of the eM4Twin also include:
reev ready installation kit, 1pc.
Controllers only: LTE USB stick with
SIM card for communication with the
reev backend, 1pc.
NOTE
Checking the components included
Check immediately after unpacking whether all components are included: should any components be missing,
please contact the dealer from whom you purchased the wallbox.
Accessories
The following accessories for the Wallbox eM4Twin are available separately:
CC3225
Type 2 charging cable according to IEC 62196-2, up to 32A 480VAC, 3-phase,
length2.5m
CC3250
Type 2 charging cable according to IEC 62196-2, up to 32A 480VAC, 3-phase,
length5m
CC3275
Type 2 charging cable according to IEC 62196-2, up to 32A 480VAC, 3-phase,
length approx.7.5m
CC3210
Type 2 charging cable according to IEC 62196-2, up to 32A 480VAC, 3-phase,
length approx.10m