8
WARNING!
This product shall only be
installed, repaired or serviced by an
authorised electrician. All applicable local,
regional and national regulations for
electrical installations must be respected.
After completion, a safety certificate must
always be issued by the installer.
Prior to the installation, it is important that you
consider present and future charging needs, so that
you can easily expand accordingly in the future.
If several Charging Robots are used on one circuit,
the total current is dynamically distributed between
the connected Charging Robots. The connected
Charging Robots communicate via radio signal with
the main unit, thus ensuring that the specified total
charging current of the charging infrastructure is not
exceeded. The maximum charging current is set during
configuration.
Check the following before starting the installation
— Where should the Charging Robot be installed?
— Is the connected electrical load of the house
sufficient or does it need to be increased? Does a
new cable have to be laid? (An external approval
may be required). Should the incoming supply cable
be upgraded?
— Do you intend to install additional Charging Robots
in the future?
— How is the electrical circuit protected?
— Which installation method is planned to be used?
Planning the
installation
Pay attention to the following when planning the
installation
— The correct selection of the grounding/earthing
system, conductors and protective measures (basic
protection/ fault protection)
— The correct insulation of touchable and conductive
parts
— Sufficient dimensioning of cables and lines
— The selection of the overcurrent and overvoltage
protection
— The correct calculation of the short-circuit current as
well as a short-circuit proof installation method
We recommend to install a RCD Type A in the fuse
cabinet. The Type A RCD will then protect the installation
supplying the Charging Robot(s). If a Class II installation
method is used, it is up to the electrician to determine
whether or not a RCD is needed. Relevant local
requirements must always be followed.
NOTICE!
A
residual current device (RCD)
(30 mA AC/
6 mA DC) is already integrated in the Charging Robot.
This switches off the current to the electric car if a DC
residual current of 4–6 mA and/or an AC residual current
of 20–30 mA occurs.
The integrated residual currrent protective device (RCD)
has no influence on the function of other (external)
protective devices. The integrated protective device can
be reset by unplugging the charging cable and plugging
it in again. The integrated RCD is automatically tested on
every software update or power cycle.
For an optimal result, we recommend that you do the
following
— We always recommend a 3 phase installation if
possible, to make it future-proof.
— If possible, use the largest approved cable cross-
section (see page 6).
— Consider the installation of Easee Ready backplates
if the acquisition of further Charging Robots is planned
for the future.