Easee Ready, Руководство по установке пользователя

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Special notes
— In addition to the integrated residual current device
(RCD), an overload protection is integrated in the
Charging Robots.
— Several backplates can be connected in parallel, as
each Charging Robot has its own protective device.
— The Charging Robots can handle a maximum short-
circuit current (Ipk, max) of 10 kA. When surveying
the installation, it must be checked whether further
protection should be provided.
— If the charging infrastructure includes more than one
Charging Robot, the backplate that is configured first
becomes the master of its circuit.
— If more than 2 units are installed, the master unit
should be located in the middle of the installation (if
possible) for an optimal Easee Link communication.
Technical notes for Easee Home installation
— The circuit with one or more Charging Robots can be
fused up to 40 A as long as the maximum short-circuit
current (Ipk, max) of 10 kA is not exceeded.
— A maximum of 3 Charging Robots on the same circuit
(fuse) is supported with Easee Home.
Technical notes for Easee Charge installation
— The circuit with one or more Charging Robots can be
fused up to 80 A as long as the maximum short-circuit
current (Ipk, max) of 10 kA is not exceeded.
— A maximum of 101 Charging Robots on the same
circuit (fuse) is supported with Easee Charge.
— Site Key: During installation, a Site Key must be used
to assign the Charging Robots to the correct location
in the Easee Cloud. A Site Key will automatically be
generated when creating a new charging site using
the Easee installer app or it can be obtained by
creating a new charging site at easee.cloud .
Your house, power grid and EV
The Charging Robot automatically adapts to the power
grid, the electric car and the capacity of the electrical
installation. In the diagram below you can see what
charging effect you can expect from your installation
and situation. The table below is only meant as a guide.
NOTICE! The type of installation as well as cable cross-
sections must be determined by a qualified electrician
in accordance with valid local, regional and national
regulations for electrical systems.
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Example for 400 V TN, deviating values for other grid types.
Load Charging power
Ampere (A) 1 phase (kW) 3 phase (kW)
1
6 1.4 4.1
8 1.8 5.5
10 2.3 6.9
13 3.0 9
16 3.7 11
20 4.6 13.8
25 5.8 17.3
32 7.4 22