galvanised steel wire braid (GSWB) armour fiberglass braid silicone multicore silicone cable

galvanised steel wire braid (GSWB) armour fiberglass braid silicone multicore silicone cable

galvanised steel wire braid (GSWB) armour fiberglass braid silicone multicore silicone cable

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designed for power and control use. Suitable for high or low temperature applications where

 traditional PVC materials would become brittle. If the cable burns an insulating layer of silicone

 dioxide will remain, rendering the cable short circuit proof.

 glass fibre braid silicone multicore  cable 180degree
halogen free and suitable for use at constant temperatures up to 180°C. The galvanised steel 

wire braid (GSWB) armour provides protection against mechanical damage.


The silicone compound used is more accurately called polymerizedsiloxane or polysiloxanes. 

It is resistant to vegetable and animal fats, to many types of oil and many diluted acids. There 

is no decomposition on exposure to alcohol or alkaline solutions.

The term halogen free (interchangeable with the term zero halogen) guarantees that if burnt the 

cable will produce less than 0.5% HCL (hydrogen chloride) emissions. This provides increased safety 

in the case of a fire. For a more in-depth explanation of halogen free & zero halogen properties please 

see our LSZH Control Flex front page.

 


Construction
fine stranded tinned copper conductors
silicone rubber core insulation
brick red silicone inner sheath
optional glass fibre braid
galvanised steel wire braid outer


galvanised steel wire braid (GSWB) armour fiberglass braid silicone multicore silicone cable

Cable Size (mm2)

Conductor 
structure (No./mm)

Cable OD(mm)

Copper weight (KG/KM)

Cable Weight (KG/KM)

2 x 1,5

30 x 0,26

8,2

69

103

3 x 1,5

30 x 0,26

8,6

85

128

4 x 1,5

30 x 0,26

9,4

103

158

5 x 1,5

30 x 0,26

10,2

127

188

7 x 1,5

30 x 0,26

11,2

162

250

12 x 1,5

30 x 0,26

15,4

253

433

3 x 2,5

50 x 0,26

10,3

127

189

4 x 2,5

50 x 0,26

11,4

153

249

5 x 2,5

50 x 0,26

12,4

184

293