When charging currents up to 80A~250A are required, EVSE designers can turn to Sailtran Contact's lightweight CCS 2 DC charging connectors and cable assemblies. They are available in various lengths of cable for Type 1 and Type 2 applications. Compliant with all CCS standards, these ergonomic connectors have a low profile for quick connection and disconnection and can be used in a range of power charging applications.

The left side of the figure below is the CCS Type-2 car charging port defined by the CCS standard, and the right side is the plug of the DC charging cable.

DC fast chargers typically use different types of plugs depending on the region and the standard being used. The most common types of DC fast charger plugs are:

A CCS2 (Combined Charging System 2) plug is a type of connector used for charging electric vehicles (EVs) that use DC (direct current) fast charging. The CCS2 plug has a combined AC (alternating current) and DC charging capability, which means that it can handle both AC charging from a regular wall outlet or AC charging station and DC fast charging from a dedicated DC fast charging station.

A Type 2 socket, also known as a Mennekes connector, is a standardized electrical connector primarily used for electric vehicle (EV) charging in Europe. It's designed to provide both alternating current (AC) and direct current (DC) charging capabilities, making it versatile for various charging needs.

A DC charging socket​, also known as a DC charging port or connector, is a type of electrical connection point used to charge devices or vehicles with direct current (DC) power. DC charging is commonly used for electric vehicles (EVs), electronic devices, and various industrial applications.

CCS Combo 2 DC fast charging connector 200A 250A EV quick charging plug CCS Type 2 DC CHARGING COUPLER EV BUS CAR

In the picture below, the left side is the Type-2 CCS charging port defined by the CCS standard, and the right side is the plug of the DC charging gun. The car&

1. The CCS2 plug is not inserted in place and the CP signal cannot be detected, which affects the charging signal interaction and will exit the charging process