Our test adapters are designed to assure an optimal electric contact with the lowest effort for the operator. At same time, they offer the possibility to check all electrical, physical and functional characteristics of the connector, among others:

– Secondary lock, CPA, levier, cover presence and position

– Colour of cable, housing or components

– Coding of connector

– Pin straightness

– Presence of seals, air leakage by vacuum or pressure

More than 100.000 designs for general automotive connectors and 200 specific for e-Mobility have been already designed and produced.

A common situation in e-Mobility cables is the fact that the air is passing through the connector terminals and flooding the inner space in the cable.

In this situation, to check it in a controlled and measured way makes possible to assure that the complete cable is totally tight and there is no any minimal air leakage in any part of the connector neither along the cable.

In that way, defects such as missing seals or punctures in the cable can be detected.

High current test allows to detect deffects in welding, weak contacts or broken strands.

This is a complex test where the design of the adapter requires an special concept and technology.

The quality of the contact between the adapter and the terminal is a critical point.

Our high current adapters are designed to offer the best contact conditions allowing to perform test up to 300 amps in the safer and more reliable manner.

To assure the correct function of the locking system existing on each charging Inlet it’s necessary to perform a functional test by activating and deactivating the engine integrated in the lock mechanism.

Our adapters perform this operation while the test system controls the position and resistance value in real time.

New charging Inlets include LIN comunication for advanced smart operations to control the status LED, Cover status, lock position etc. our tester communicates with the LIN device to activate each function and assure it works properly.

We have developed specific solutions to test High Voltage for unshielded cables.

Current leakage must be measured between 2 points in the cable, when the shield is not existing, the adapters should work in a smart design concept in order to replace the effect of the shield and be able to detect potential isolation deffects.

We have developed 2 innovative solutions for test high voltage in unshielded cables providing a solution for these type of product.