InLine 16273S cabo de carregamento para veículos elétricos, Type 2, 11 kW, trifásico, 3 m cabo espiral

The InLine 16273S is a high-quality 3-phase electric vehicle charging cable designed for Type 2 connectors. With a power capacity of 11kW and a 3-meter spiral design, it offers flexibility and efficient charging for modern electric and hybrid vehicles. This durable cable ensures reliable power transfer at public charging stations or home wallboxes, providing a convenient solution for daily vehicle maintenance.

Advantages

The spiral design of this charging cable prevents tangling and allows for compact, organized storage in the vehicle boot. Constructed from high-grade TPU material, the cable is resistant to oil, UV radiation, and extreme temperatures, making it suitable for outdoor use in various weather conditions. Its 3-phase architecture supports fast charging up to 11kW while maintaining backward compatibility with 1-phase systems, ensuring versatility across different charging infrastructures.

Suitable for

When it may not be suitable

This cable is not compatible with vehicles equipped with Type 1 charging ports. Additionally, it is not designed for DC fast charging stations, as it is strictly intended for AC charging applications.

Key specifications

How to use

To use the cable, first ensure your vehicle is parked within reach of the charging station. Insert one end of the Type 2 cable into the charging station socket and the other end into your vehicle's charging port. The cable will lock into place automatically once the charging process is initiated by the station or the vehicle. After charging is complete, unlock the cable via the vehicle or station interface, remove the plugs, and store the cable in the provided bag to protect the connectors from dirt and moisture.

What to consider before purchase

Usage recommendations: Always use the included protective caps when the cable is not in use to maintain the integrity of the connectors. Store the cable in the provided bag to keep it clean and protected during transport.