The EVolution EMC cable gland – Developed for the most demanding electromobility applications
At the same time, the demands on the connection tightness and ease of installation of the products used are very high. The EMC cable glands available on the market in the past managed to fulfil individual requirements, but never to satisfy all the particular needs of electromobility applications.
- Exceptional EMC shielding attenuation, even at high frequencies (≥86 dB)
- Excellent shield current carrying capacity
- Shock-tested in accordance with DIN EN 60068-2-27
- Free choice of cable manufacturer and cable assembly company
- Reduces the total cost of ownership (TCO) thanks to its high reliability
- (less downtime, fewer recalls and lower maintenance costs)
- High process reliability (LV214 and LV215)
- Short installation time on the vehicle (pre-assembled)
- Environmentally friendly thanks to lead-free brass (RoHS)
A top-quality cable gland, but easily disconnectable. Quick and easy to use, yet designed for the highest shielding currents, for all high-voltage cable types and for all engine-power classes. During maintenance work, the sealing insert can be replaced without having to disconnect the cable. And during preparation for installation, the high-voltage cables can be pre-assembled with this EVolution EMC cable gland, like a plug, enabling them to be connected to the vehicle in the fastest possible way. A torque wrench is not even required for this, and the connection tightness is still ensured. As easy as possible, and as safe as it has to be in the automotive industry.
Pre-assembly on the cable is carried out safely and reliably using the practical, cordless, hand-held AXI-PRESS tool. Regardless of whether done during cable fabrication or during installation on the vehicle, the crimping of the shield contact sleeve can be carried out in a matter of seconds. A data interface ensures traceability, as does the batch number marked on each EVolution EMC cable gland. As a result, a level of process and product reliability is achieved that surpasses what was ever possible with any other cable gland.
