Securicharge EV Charger Single Phase Black 2X Type 2 (IEC 62196) Charging Sockets Up To 7.4Kw (32A) Per Socket 1X 63A 230V AC

The Securicharge EV Charger is a rugged, high-performance charging solution designed specifically for workplaces, commercial sites, and exposed public environments. With its heavy-duty steel housing, vandal-resistant IK10 impact rating, and IP54 weatherproof protection, this wall-mounted unit is built to withstand tough conditions while delivering safe and reliable EV charging.

Featuring two Type 2 charging sockets (IEC 62196), the unit supports up to 7.4kW (32A) per socket on single-phase power. It offers flexible charging modes including plug & charge, RFID access, and smartphone app control via any OCPP 1.6 back-office system. Integrated load management, built-in RCBO protection, and full OCPP 1.6 compliance make this charger future-ready and ideal for both private and public installations.

Technical Specification

• Download Product Technical Data Sheet

• Charging Outputs: Up to 7.4 kW per socket (Single Phase)

• Number of Charging Sockets: 2x Type 2 (IEC 62196)

• Input Supply: 1x 63A, 230V AC

• Max Output Current: 32 A (DC)

• Charging Modes: Plug & Charge, App Control, RFID Card/Fob

• OCPP Version: 1.6 – Compatible with any back-office system

• Load Management: Supports Dynamic Load Balancing & Static Load Management

• Built-in Protection: AC Overload & Fault Current Protection (RCBO)

• Enclosure Material: Durable Steel Housing

• Impact Resistance: IK10 – Vandal-Resistant

• Ingress Protection: IP54 – Weather Resistant

• Connectivity Options: Wi-Fi / LAN / 4G

• Mounting Style: Wall-Mounted Only

• Floor Mounting: Not Supported

• Installation: Side Connection, Single Phase

• Frequency: 50/60 Hz

• Dimensions:

  • Height: 575 mm

  • Width: 320 mm

  • Depth: 153 mm

Built for Performance. Designed for Tough Environments.
The Securicharge EV Charger is the ideal dual-socket solution for commercial and public charging needs, combining security, smart technology, and long-term durability.