Silicone-insulated cables with copper braided screening are used when exposure to high temperatures and temperature variations would cause conventional PVC insulated cables to become brittle. Silicone-insulated cables are used in the metallurgical industry, steel works, hot-rolling mills, coking plants, foundries, cement works, glass factories and ceramic plants as well as in the production of electric motors, in ships and aeroplanes, in heating equipment and in lighting gear, etc. The insulation consists of silicone rubber. It is resistant to vegetable and animal fat, many types of oil and diluted acids. No decomposition occurs when exposed to alcohol, plasticizers, alkaline solutions, saline solutions etc. Should the cable burn, an insulating silicon dioxide layer will remain on the conductor to render it short circuit proof. The high density shielding braid provides interference free pulse and signal transmission

- tinned copper conductor, fine wire 

- strand structure according to VDE 0295, class 5 

- silicone-insulated cores 

- coloured cores according to VDE 0293; 7 core: black cores with printed consecutive number coding - green-yellow protective conductor 

- cores twisted in layers 

- inner sheath made out of silicone 

- copper braided screen, tinned 

- silicone outer sheath, reddish brown

Conductor Material: Copper

Conductor Class: Class 5 acc. to VDE 0295 or IEC 60228

Core Insulation: Silicone-insulated cores

Rated Voltage [V]: 300 / 500

Testing Voltage [V]: 2000

Insulation Resistance: > 200 MΩ x km

Min. Bending Radius Fixed [xd] 5

Min. Bending Radius Moved [xd] 10

Working Temp Fixed min/max [C] -60°C up to +180°C

Working Temp Moved min/max [C] -60°C up to +180°C

Temp at Conductor max. +180°C

Burning Behaviour IEC 60332-1

Approvals EC 60754-1 halogen-free IEC 60754-2