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Hager XEV1R22T2ER Wallbox Type 2 Mode 3 32 A No. of ports 1 x 22 kW RFID
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Datasheet (PDF)
Technical specifications
- Product type
Wallbox
- Authorisation
RFID
- Charger connectors
Type 2
- Charging mode
Mode 3
- Charging current
32 A
- No. of ports
1 x
- Charging capacity
22 kW
- No. of phases
3-phase
- Factory colour
Multicolour
- Width
250.5 mm
- Height
549 mm
- Depth
173 mm
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 3359786 Hager XEV1R22T2ER Wallbox Type 2 Mode 3 32 A No. of ports 1 x 22 kW RFID
User & Safety Instructions
User & Safety Instructions 3359786 Hager XEV1R22T2ER Wallbox Type 2 Mode 3 32 A No. of ports 1 x 22 kW RFID
User & Safety Instructions 3359786 Hager XEV1R22T2ER Wallbox Type 2 Mode 3 32 A No. of ports 1 x 22 kW RFID
User & Safety Instructions 3359786 Hager XEV1R22T2ER Wallbox Type 2 Mode 3 32 A No. of ports 1 x 22 kW RFID
User & Safety Instructions 3359786 Hager XEV1R22T2ER Wallbox Type 2 Mode 3 32 A No. of ports 1 x 22 kW RFID
Description
Charger station witty share up to 22kW, OCPP for load management, RFID, calibration law.Wallbox Charger station ER (calibrated) with UV-resistant plastic housing for charging electric or plug-in hybrid vehicles. Charging mode 3 according to DIN EN IEC 61851-1 (VDE 0122-1) via mode 3 socket type 2, protected by a feed line of the charging station 32 A (3-phase). Permanently installed charging station for use indoors and outdoors. Free use or access authorization via RFID authentication.
Consists of wall housing, cable entry for power supply, brightness sensor, RFID reader (sensor, exact user assignment), LED-display (status, charging status, errors), MID-counter (energy recording), Public Key for testing the charging process and charging controller with display. The load controller forms a digital automatic signature. The operating mode (1 or 3 phases) and the charging current (10 - 32 A) are set in the integrated charge controller.
The OCPP protocol connects the charging station to a back-end system for monitoring and billing. Commissioning is performed via the embedded Web server via WiFi or Ethernet.
The optional load manager (LM) is used to network several charging stations with each other. The load management supports both static and dynamic load management with integrated direct measurement or direct converter connection. The voltage supply to the charging station must have a separate circuit. It is not permitted to connect several charging stations to the same circuit.
Each charging station is protected with a combined residual current / circuit breaker (RCBO) type A or separately with an FI-protection switch (RCD) type A and a circuit breaker (MCB). An FI-type B circuit breaker is not necessary, since a 6 mA DC fault current detection is integrated.
The charging controller is used with the built-in Wi-Fi hotspot or LAN interface for the first time
This text is machine translated.
Consists of wall housing, cable entry for power supply, brightness sensor, RFID reader (sensor, exact user assignment), LED-display (status, charging status, errors), MID-counter (energy recording), Public Key for testing the charging process and charging controller with display. The load controller forms a digital automatic signature. The operating mode (1 or 3 phases) and the charging current (10 - 32 A) are set in the integrated charge controller.
The OCPP protocol connects the charging station to a back-end system for monitoring and billing. Commissioning is performed via the embedded Web server via WiFi or Ethernet.
The optional load manager (LM) is used to network several charging stations with each other. The load management supports both static and dynamic load management with integrated direct measurement or direct converter connection. The voltage supply to the charging station must have a separate circuit. It is not permitted to connect several charging stations to the same circuit.
Each charging station is protected with a combined residual current / circuit breaker (RCBO) type A or separately with an FI-protection switch (RCD) type A and a circuit breaker (MCB). An FI-type B circuit breaker is not necessary, since a 6 mA DC fault current detection is integrated.
The charging controller is used with the built-in Wi-Fi hotspot or LAN interface for the first time
This text is machine translated.