EVBox BusinessLine, Руководство по установке и пусконаладке

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Note:
The power cable enters the station via the backplate for single stations, and through the top of
the Combipole for double stations. When a single socket charging station is installed on a Wall
Spacer, the recommended cable entry is through a cable gland in the base of the charging
station.
The maximum power rating per connector is specified below.
Power per connector Input type RCBO Output current
Single socket charging station
7.4 kW 1x 1-phase 230 V, 32 A Yes 1x 32 A
11 kW 1x 3-phase 400 V, 16 A Yes 1x 16 A
22 kW 1x 3-phase 400 V, 32 A Yes 1x 32 A
22 kW 1x 3-phase 400 V, 32 A No 1x 32 A
Double socket charging station
7.4 kW 2x 1-phase 230 V, 32 A Yes 2x 32 A
11 kW 2x 3-phase 400 V, 16 A Yes 2x 16 A
22 kW 2x 3-phase 400 V, 32 A Yes 2x 32 A
22 kW 1x 3-phase 400 V, 32 A Yes 2x 32 A
22 kW 2x 3-phase 400 V, 32 A No 2x 32 A
4.1.6. Hub-Satellite installations
A Hub-Satellite charging station installation can consist of up to 19 satellite stations connected to a
Hub station. A Hub-Satellite installation is easier and more economical to manage than individual Hub
stations because it has only one Hub station, and it enables a smart grid to be established across the
connected stations, which optimizes power usage.
Data communication between the stations uses a RS485 serial data connection.
For more information see chapter
Connect Hub-Satellite network cables on page 27 .
4.1.7. Phase rotation
For charging stations that connect to a 3 phase supply in a Hub-Satellite installation, to avoid
overloading the first phase with one-phase electric vehicles we recommend rotating the phases as
shown below.
Note:
If phase rotation is used you must configure the correct phase rotation settings with the EVBox
Connect App.
4. Installation instructions
EN
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