What is the input capacity and output capacity of the in-cable control and protective devices (ICCPDs)?

The input is the same as the output, since the losses for self-consumption are minimal and therefore negligible. Charging losses and the actual efficiency occur in the conversion of alternating current to direct current in the vehicle. We cannot make general statements concerning these values, since they vary from EV to EV.

Is it possible to use MENNEKES charging inlets without control with 24 V instead of the permissible 12 V?

Yes ‒ for example, in this case a separate control unit from VECTOR can be used.

Can I charge AC as well as DC via a Type 2 plug?

DC charging is not allowed via a Type 2 plug, as the communication (ISO 15118) requires a much higher level of security. DC charging is only possible in accordance with the conductive charging system (CCS) standard IESC 62196-3.

May only charging cables with CEE plugs or only charging cables with SCHUKO® plugs be purchased for use on a company premises?

There are no precise guidelines in this regard. If you purchase a charging cable with CEE plugs, charging the EV functions 23% faster (2 A more) than it does with the SCHUKO® plug.

Does the MENNEKES charging cable charge with a permanent amperage?

Our charging cable is operated in permanent current ‒ until the temperature sensors in the SCHUKO® and/or IC-CPD "react" and throttle the power.

At MENNEKES, who is responsible for preventing and fighting corruption?

Our Legal Department and the responsible Managing Director are responsible in this regard.

What variants are available for which charging inlets? With what voltage must these be connected?

Ready-made solution 32541: Left: white LED Right: red/green Controlled Non ready-made solution 32511: Left: red/green/blue Right: red/green/blue Controlled Voltage: The LED should always be activated with a square-wave signal (brightness). This can also occur with 12 volts, however, in this case the overall power that results at 5 volts, must not be exceeded (pay attention to the duty cycle). During the pauses for activation of the LEDs the temperature sensor must be read-out, otherwise a ground offset occurs. Actuator: Activation mandatory via H-bridge, otherwise a retraction occurs at switch-off!

For resale to the customer, must only charging cables with CEE plugs be purchased or must only charging cables with SCHUKO® plugs be purchased?

Let the customer choose. If necessary, the customer must retrofit the camping socket outlet, however this is safer (connection and fusing by an electrician) and faster.

How tightly can the charging cable be coiled?

A 5 x 2.5 mm² charging cable for 11 kW has a line diameter of 13.6 mm; the smallest bending radius is 6x the cited diameter ‒ this would be 8.15 cm. Thus, a coil has a diameter of 2x the radius. 16.3 cm is the smallest possible coil that can be wound. A 5 x 6 mm² charging cable for 22 kW has a line diameter of 17.4 mm, the smallest bending radius is 6x the cited diameter ‒ this would be 10.44 cm. Thus, a coil has a diameter of 2x the radius. 21 cm is the smallest possible coil that can be wound.

FAQs about MENNEKES Stecker GmbH & Co. KG

What is the number of mating cycles that the MENNEKES charging cable coupling is designed for?

Our coupling is configured for 10,000 cycles in approx > 3 years at 10 charging processes per day.

Does MENNEKES conduct internal controls for detection of corruption?

Yes, of course. Such controls are conducted on a regular basis with the required diligence.

What information does the residual current detection provide?

If residual current detection is present, this means there is an error or damage in the core insulation. The other possibility: The user has plugged in the cable in the wrong sequence. Correct sequence: 1st the household outlet, 2nd the vehicle

Who is responsible for maintaining the unbalanced load?

The installer of the product solution, i.e. the electrician, is responsible for maintaining the unbalanced load of a charging cable. The cable is only the the medium through which charging occurs. The resistor coding in the cable ensures that no more current can be transmitted than is needed for the purpose for which the cable was designed.

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