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SIMH-GLS (GLP)
 - High temperature operating, fiberglass wrapped, armoured silicone cable Maximize

SIMH-GLS (GLP)
 - High temperature operating, fiberglass wrapped, armoured silicone cable

SIMH-GLS (GLP) high temperature operating cable - Construction

Conductor      : flexible copper wires.
Insulation      : silicone rubber compound, EI2.
Lay-up           : cores laid up in layers of optimum pitch.
Outer sheath  : silicone rubber compound, EM9.
Sheath colour : oxbrown-red.
*Wrapping     : fiberglass tape.
Armour          : galvanised steel wires of optimum coverage.
* Instead of fiberglass tape, fiberglass braid is available.

More details

SIMH-GLS (GLP) high temperature operating cable -Technical data and tests
Rated voltage Uo/U           : 300 / 500 V.
Test voltage (AC 50 Hz)     : 2000 V.

Insulation resistance         : min. 20 MΩ/km.
Temperature at conductor : + 200° C.
Short circuit temperature   : + 200° C.
Temperature range           : fixed    : - 60° C ~ + 180° C;
                                        mobile : - 25° C ~ + 180° C.
Min. bending radius          : fixed    :    4 x D;
                                        mobile : 7,5 x D.
 
SIMH-GLS (GLP) high temperature operating cable - Standards
Cable                          : VDE 0250, DIN VDE 0282-15 and HD 22.15 S1 (designed according to).

Conductor construction : IEC 60228 class 5, DIN EN 60228 class 5.

Core identification        : HD 308 S2 & VDE 0293-308.
                                    DIN EN 50334 black cores with white numerals with green/yellow after 5 cores.

Flame retardance test   : IEC 60332-1 & EN 50265-2-1;
                                    IEC 60332-3 & EN 50266-2-4.
Insulation integrity       : IEC 60331, VDE 0472-814.
 
SIMH-GLS (GLP) high temperature operating cable - Applications

These silicone insulated, fiberglass taped, steel wire braided, armoured cables are used as mobile connection cables forequipment where high temperatures can arise as well as for ambient air temperatures between -60° C and +180° C.
Due to its fiberglass braiding the service life is longer and flame resistance is similar to normal silicone cables.
Furthermore, these cables are used in all areas where installation conditions are very difficult and have high mechanical loads e.g in ship building, power plants, cooking plants, glass and ceramic works, foundries, for high power lighting fixtures etc.
The armour above the sheath (steel wire braid) serves as protection against mechanical transverse loads and acts as a magnetic screen against interference.
The galvanised steel wires are free of corrosion and oxidation.

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