Quick Answer

• Type 2 IEC62196 EV charging socket for electric vehicles
• Available in 16A or 32A, single or three-phase
• IP54 rated for protection against dust and splashing water
• Durable thermo plastic shell with silver-plated copper alloy contacts

What is the QNBBM EV Charging Socket?

The QNBBM Type 2 EV charging socket is a high-quality electrical inlet designed for electric vehicles, adhering to the European standard IEC62196.

It serves as the male inlet on the EV side, allowing for secure and reliable charging connections.

This socket is built with a robust thermo plastic shell and features copper alloy contact pins with silver plating for optimal conductivity and durability.

What are the specifications of this EV charging socket?

This socket is available in both 16A and 32A rated currents, and supports both single-phase and three-phase power configurations.

It operates at 250VAC for single-phase and 415VAC for three-phase applications, with a nominal voltage range of 110-250V. The socket offers IP54 protection, safeguarding against dust and water ingress, and includes standard grounding for safety.

While it does not feature WiFi, extension cables, or USB power, it is designed for straightforward integration into EV charging systems for residential or general-purpose use.

Key Specifications

Frequently Asked Questions:

What type of EV charging socket is this?

This is a Type 2 IEC62196 EV charging socket, designed as a male inlet for electric vehicles according to European standards.

What are the available current and phase options?

The socket is available in 16A or 32A rated currents and supports both single-phase and three-phase power configurations.

What is the protection rating of this socket?

The socket has an IP54 protection rating, which means it is protected against dust ingress and splashing water from any direction.

What materials are used in this EV charging socket?

The socket features a durable thermo plastic shell and contact pins made from a copper alloy with silver plating for enhanced conductivity.