E-Mobility Power Cable – Highly Flexible Single Core with 100% Shielding for HV Test Benches

In the field of high-voltage measurement technology for component and vehicle test benches, e-mobility requires reliable connection and cabling solutions. Increasing voltage classes in power electronics and components place high demands on cables and

The B 110 C is designed for adapting DUTs (devices under test) to test bench systems, as a power supply line for large electric motors or generators, and wherever high currents need to be transmitted safely and reliably. This makes the cable a versatile solution for e-mobility development and validation environments.

A key advantage lies in its easy installation: The finely stranded conductor design and the use of silicone as insulation and sheath material enable effortless handling, even in tight bending radii. The notch-resistant silicone compound also provides increased abrasion resistance and ensures a long service life – even with frequent reconfiguration of test setups or replacement of DUTs.

For maximum operational safety, the double shielding with aluminum foil and tinned copper braid guarantees complete EMC protection. This effectively prevents interference of sensitive measuring equipment caused by radiation from the connection cable.

The B 110 C is also designed for demanding environmental conditions: the cable is halogen-free, flame-retardant and self-extinguishing (IEC 60332-1-2 / VDE 0482-332-1-2), RoHS-compliant, and PFAS-free. With a temperature range from −40 °C to +180 °C (short-term up to +250 °C), it ensures reliable performance even under extreme climate conditions in global testing scenarios.

Covering all current voltage classes in the e-mobility sector – with a rated voltage of 1.8/3.0 kV AC or 2.7/5.4 kV DC – the B 110 C is already designed for future, higher voltage levels. Thanks to available conductor cross sections from 1.0 up to 300 mm², it also enables safe testing under very high current loads.

With the new B 110 C, SAB Bröckskes provides testing engineers with a cable that combines maximum safety, flexibility, and long-term investment security – a future-proof solution for high-voltage test benches in e-mobility.