What You Should Know About Type 2 Charging Cable For EVs?

Mennekes, the designer of the Type 2 connector, is also sometimes referred to by that name. It is put to use in the process of giving electric vehicle batteries a charge. It has a 7-pin layout, which makes it simple to plug in at public charging stations as well as at the wall outlets used in homes.

The type-2 connector is a 7-pin electric vehicle charger that operates as a high-output connector (22 kWh) in Australia. This connector is compatible with charging stations for PHEVs and BEVs. Check out the many adapters and charging cables that are available at jucer.com.au, where you can also find them at discounted prices. Let’s know about the type 2 charging cables more.


The shape of the type 2 connector is circular, and the leading edge has been rounded off. The power can come in either a single-phase or three-phase AC or DC configuration. The electric vehicle (EV) is outfitted with a standard male inlet, and the charging stations are provided with a female outlet, either directly or indirectly through a fixed cable that has a connection attached to it. The wire has been firmly installed and is now attached directly to the input of your EV. If the public charging station does not have a fixed cable connector available, a separate cable that is male-to-female in orientation is utilized to connect the car to the charging station.


  • The type 2 connector has a total of seven pins or contacts, two of which are little and five of which are large.
  • Signaling is handled by the two tiny contacts located on the top row.
  • There are three pins in the middle row; the two pins on either side are for the power supply, and the pin in the center is for Earthing.
  • The power supply is provided by the two pins at the bottom.

The pre-insertion signaling, post-insertion signaling, and earthing all take place on the middle three pins of the connector. Communication takes place between the charger, the cable, and the motorcar using signaling pins to guarantee that the greatest possible current and voltage are selected.

Instead of the rapid DC charging that requires a CCS connector, type 2 connectors only allow for charging via a slow AC. You can fill up your battery at the most sluggish destination chargers, which are typically located in places like gyms, parking lots for town cars, and retail complexes. When used at charging stations without any concerns, the reliability and safety of the Type 2-connectors are ensured by a locking mechanism that is incorporated right into the connection.

The Characteristics Of The Type 2 Stretch Charging Cable

This is known as the type 2 stretch charge. The Mennekes cable is compatible with a wide variety of high-end electric vehicles, including those manufactured by BMW, Audi, Volkswagen, Honda, Hyundai, BYD, Tesla, Porsche, and Jaguar.

Compact & Handy

When you connect to the device, the structure of the coil tightens, which reduces the amount of slack in the wire and opens up more space. The cable may be stowed away without difficulty in cable bags, or it can be placed in the trunk, boot, or frunk of the electric vehicle (EV) without the need to worry about tangles.

Functions Properly At Both Low And High Temperatures

There is no need to be concerned about changes in the surrounding environment because the stretch charging cable can withstand temperatures ranging from -30 degrees Celsius to 55 degrees Celsius.

Solidly Constructed

The stretch is made from a hard-wearing and sturdy material that can withstand more than just bangs and bumps. Insulated and reinforced along its length of 5 meters, the cable facilitates a simple and speedy connection between the electric vehicle and the charging station.


Depending on the manufacturer or dealer, the length of the warranty can range anywhere from two to three years. It gives you the ability to purchase the stretch charging cable with full self-assurance. There are differences between each type of charging cable. You will have the choice between type 1 and type 2 alternatives. Which one is right for you will be determined by the kind of EV you drive.