Silicon Cables

Silicone cables are mainly used in medium-voltage motors and generators for connecting stator coils to the terminal box. They are also vital elements for wind converters, transformers, solar power inverters and other MV/LV cabinets. In drives, silicone decreases copper cross-section and gives flexibility for compactness. Silicon S family cables are class 5 singlecore cables available from1.1KV up to 15KV with a copper braid screen to avoid EMC interferences.
This product family is specifically engineered for use in variable frequency AC motor drive (VFD) applications
For voltage starting 6,6 KV and cross section above 16mm², Nexans has developed a specific patented extruded semi conductive silicon layer enabling much lower partial discharge and increasing de facto the life time of our cables.
The Silicone S cables are required when high flexibility and high temperature conditions are present.
The operating temperature for continuous service extends from –55°C up to 180°C.

  Silicone Cable

Silicone cables are high voltage cables

SILICONE {High voltage cables} cables are mainly used in medium-voltage motors and generators for connecting stator coils to the terminal box. They are also vital elements for wind converters, transformers, solar power inverters and other MV/LV cabinets. In drives, silicone decreases copper cross-section and gives flexibility for compactness.

Cables are class 5 singlecore cables available from1.1KV up to 15KV with a copper braid screen to avoid EMC interferences.

This product family is specifically engineered for use in variable frequency AC motor drive (VFD) applications

For voltage starting 6,6 KV and cross section above 16mm², Bhuwal cables ltd has developed a specific patented extruded semi conductive silicon layer enabling much lower partial discharge and increasing de facto the life time of our cables.

The High voltage cables are required when high flexibility and high temperature conditions are present.

 

The operating temperature for continuous service extends from –55°C up to 180°C.

  Silicon High Voltage Cables

Siwokul cables are high voltage cables

SIWOKUL {High voltage cables} cables are mainly used in medium-voltage motors and generators for connecting stator coils to the terminal box. They are also vital elements for wind converters, transformers, solar power inverters and other MV/LV cabinets. In drives, silicone decreases copper cross-section and gives flexibility for compactness.

Cables are class 5 singlecore cables available from1.1KV up to 15KV with a copper braid screen to avoid EMC interferences.

This product family is specifically engineered for use in variable frequency AC motor drive (VFD) applications

For voltage starting 6,6 KV and cross section above 16mm², Bhuwal cables ltd has developed a specific patented extruded semi conductive silicon layer enabling much lower partial discharge and increasing de facto the life time of our cables.

The High voltage cables are required when high flexibility and high temperature conditions are present.

 

The operating temperature for continuous service extends from –55°C up to 180°C.

  High Voltage Cables

Silicone cables are high voltage cables

Silicone {High voltage cables} cables are mainly used in medium-voltage motors and generators for connecting stator coils to the terminal box. They are also vital elements for wind converters, transformers, solar power inverters and other MV/LV cabinets. In drives, silicone decreases copper cross-section and gives flexibility for compactness.

Cables are class 5 single core cables available from1.1KV up to 15KV with a copper braid screen to avoid EMC interferences.

This product family is specifically engineered for use in variable frequency AC motor drive (VFD) applications

For voltage starting 6,6 KV and cross section above 16mm², Bhuwal cables ltd has developed a specific patented extruded semi conductive silicon layer enabling much lower partial discharge and increasing de facto the life time of our cables.

The High voltage cables are required when high flexibility and high temperature conditions are present.

 

The operating temperature for continuous service extends from –55°C up to 180°C.