Categories

HSLH - Halogen free, flame retardant, flexible control cable Maximize

HSLH - Halogen free, flame retardant, flexible control cable

HSLH control cable - Construction

Conductor              : flexible copper wires, plain.
Insulation               : HFFR compound, TI6.
Core identification    : black cores with white numerals
                              with green/yellow from 3 cores.
Lay-up                   : cores laid up in layers of optimum pitch.
Outer sheath          : HFFR compound, TM7; OZ: Numbered cores black.

Sheath colour         : RAL 7001, Grey.

More details

HSLH control cable - Technical data and tests

Insulation resistance : min. 20 MΩ/km.
Rated voltage          : 300 / 500 V.
Test voltage            : 2000 V.
Temperature range  : fixed   : - 30° C ~ + 70° C;
                               mobile:   - 5° C ~ + 50° C.
Min. bending radius  : fixed   :      6 x D;
                              mobile : 12,5 x D.

HSLH control cable - Standards
Cable                  : HD 21.14 S1 & HD 21.13 S1.

Conductor           : IEC 60228 Class 5, DIN EN 60228 Class 5.

Conductor           : DIN EN 50367-7.

Core identification : DIN EN 50334.

Outer sheath       : DIN EN 50367-8.

Smoke density     : IEC 61034-2 & DIN EN 61034-2.
Halogen-free       : IEC 60754-1/2 & DIN EN 50267-2.
Flame                 : IEC 60332-3 & DIN EN 50266-2-4.

HSLH control cable - Applications
HSLH is a halogen-free, flame retardant control cable with enhanced fire protection properties to prevent increased risks of personal injury or equipment damage. Suitable for fixed installation or flexible applications. For unrestricted mobility without forced movement control and without exposure to tensile load.
HSLH can be used as energy or connection cable in dry and damp environments to meet stringent safety requirements.
When used for outdoor applications, HSLH needs adequate protection against direct exposure to sunlight must be ensured and the specified temperature limits must be observed.

All Rights Reserved Halley Cables © 2006 - 2024