Charging Socket Type 2 HiSmart EV200634 32A 3-phase for Electric Vehicles

HiSmart EV200634 Type 2 charging socket is a male IEC 62196-2 connector for electric vehicles, rated 32A and 3-phase (415V). The unit is molded with a high-quality insulating thermoplastic coating that provides ingress protection and includes a water drainage hole. It is designed for side mounting with four-point fixing and a wire-type screw end. Built-in temperature-resistance sensors monitor contact temperature and will automatically reduce charging power or cut charging off if temperatures exceed safe limits. The socket includes a UL94 V-0 fire isolator and meets vibration, moisture and dust resistance requirements.

Advantages

The HiSmart EV200634 offers accurate temperature sensing for safer charging, a durable thermoplastic housing with IP54 protection, and a robust mechanical life exceeding 10,000 no-load plug cycles. It supports three-phase 32A charging and is constructed with copper-alloy contacts plated with silver for reliable conductivity. The design includes a water drainage hole and is resistant to vibration, moisture, dust and salt spray.

Suitable for

• Residential wallboxes and home EV chargers
• Commercial charging stations and parking installations
• Fleet charging points requiring standardized Type 2 connection

Key specifications

• Connector type: Type 2 (European), male, IEC 62196-2
• Rated current: 32 A
• Operating voltage: 415 V, 3-phase
• Number of contacts: 7
• Operating temperature: -30 °C to +50 °C
• Insulation resistance: >1000 MΩ (DC 500 V)
• Withstand voltage: 2000 V
• Contact resistance: ≤ 0.5 mΩ
• Pin material: copper alloy with silver plating and thermoplastic top
• Protection grade: IP54 (housing) / IP44 noted for mounted unit
• Mechanical life: >10,000 plug cycles (no-load)
• Fire isolator: UL94 V-0

How to use

Install the HiSmart EV200634 socket in accordance with local electrical codes and the charger or wallbox manufacturer’s instructions. Mount the unit using the provided four-point fixing and connect wiring to the screw-type wire terminals. Ensure polarity and protective earth are correctly wired, then test insulation and continuity before first use. When connected to an EV charging unit, the socket’s temperature sensors and protection circuits operate automatically to modulate or stop charging if unsafe temperature is detected.

Usage recommendations

For reliable long-term operation, install the socket in a sheltered location where exposure to direct water jets is avoided, perform periodic inspections of contacts and mounting, and ensure electrical connections are tightened to the specified torque. Follow local regulations for earthing and overcurrent protection and replace the unit if mechanical damage or excessive wear is observed.