Control cables

Control cables

  • Flexible shielded cables (2 to 100 cores) are used to carry energy (300V to 1kV) and low frequency signals to control the motor drive or the generator for breaking, positioning or optimizing rotor RPMs.
  • Special sheathing is available for ultra-low temperatures, while smaller LIHCH cables are halogen-free.

Our torsion- and oil-resistant cables are designed to last for 20 years and more.

 

These cables are part of our Windlink® solutions designed by Nexans to respond the very demanding expectations of the wind turbine market.


Related products and solutions


Standard cables and wires 1kV
Indoor energy cables/Wires and cables 1kV

Nexans offers an extensive range of high-quality products within low voltage cables. We develop, manufacture and market the whole product portfolio from standard to customized applications and value-added products dedicated to all types of buildings.

Rigid” wires and cables are used for fixed installations and can be installed in tubes, mouldings and baseboards.

Flexible” wires and cables power light tools, appliances and moving industrial machines and equipment. We offer our customers unique competences within product development, technical expertise and innovative solutions

   
Control cables
Special Cables

The progressive electrification of machinery, and the industry for electrical equipment and tools, creates an increasing demand
for mobile cables...

These cables are used in fixed installations or in installations or in environments were a high degree of flexibility is required.

Especially if control panels or other equipment is moved, these cables are most suitable.

The product range comprises cables which are suitable to interconnect most different applications from control and computer panels
down to lifts, material flow and automation equipment.

Control cables are exposed to a variety of mechanical and environmental stresses. Especially such as tension and pressure to cores
and change of length while bending.

These requirements are met by selecting most appropriate construction principles and state of the art conductor, insulation
and sheathing materials.

The degree of flexibility and...