SAB Lift

Lift control cable with sisal cord as suspension unit

Application

Lift control cable with sisal cord as suspension unit. Colour coding: black cores with consecutive numbers acc. to EN 50334, green-yellow earth wire from 3 cores.

Outstanding features

  • long service life
  • elevated economic efficiency
  • flame retardant and self-extinguishing

Additional information

Possible on request!

  • with total copper braiding
  • with different conductor and sheath colours

Construction

Conductor

bare copper strands acc. to IEC 60228, VDE 0295, class 6

Insulation

special PVC

Colour code

black cores with consecutive numbers acc. to EN 50334 + VDE 0293-334, green-yellow earth wire from 3 cores

Strain relief

sisal cord

Stranding

sisal cord as core, optimized twisting of the conductors in layers

Wrapping

non-woven tape on each layer with overlap wrapping

Torsion protecting

special braid

Sheath material

special PVC

Sheath colour

black (RAL 9005)

Conductor

bare copper strands acc. to IEC 60228, VDE 0295, class 6

Insulation

special PVC

Colour code

black cores with consecutive numbers acc. to EN 50334 + VDE 0293-334, green-yellow earth wire from 3 cores

Strain relief

sisal cord

Stranding

sisal cord as core, optimized twisting of the conductors in layers

Wrapping

non-woven tape on each layer with overlap wrapping

Torsion protecting

special braid

Sheath material

special PVC

Sheath colour

black (RAL 9005)

Technical data

Nominal voltage

Uo/U 300/500 V

Testing voltage

core/core 2000 V

Min. bending radius

15 x d

Temperature range

fixed laying: -30/+70 °C

flexible application: -15/+70 °C

Fire performance

flame retardant and self-extinguishing acc. to IEC 60332-1-2 + VDE 0482-332-1-2

Suspended height

up to 60 m

Absence of harmful substances

acc. to RoHS directive of the European Union

Nominal voltage

Uo/U 300/500 V

Testing voltage

core/core 2000 V

Min. bending radius

15 x d

Temperature range

fixed laying: -30/+70 °C

flexible application: -15/+70 °C

Fire performance

flame retardant and self-extinguishing acc. to IEC 60332-1-2 + VDE 0482-332-1-2

Suspended height

up to 60 m

Absence of harmful substances

acc. to RoHS directive of the European Union

Dimensions

item no. No. of cores x
cross section
medium outer-ø Copper figure Cable weight ≈ Ohmic resistance
at 20°C max.
L379005105 x 1,00 mm²11,1 mm48,0 kg/km150 kg/km19,5 Ω/km Send inquiry
L379007107 x 1,00 mm²11,6 mm67,2 kg/km179 kg/km19,5 Ω/km Send inquiry
L379009109 x 1,00 mm²13,0 mm86,4 kg/km226 kg/km19,5 Ω/km Send inquiry
L3790121012 x 1,00 mm²15,4 mm115,2 kg/km308 kg/km19,5 Ω/km Send inquiry
L3790181018 x 1,00 mm²20,7 mm172,8 kg/km480 kg/km19,5 Ω/km Send inquiry
L3790241024 x 1,00 mm²20,7 mm230,4 kg/km549 kg/km19,5 Ω/km Send inquiry
L3790301030 x 1,00 mm²21,9 mm288,0 kg/km653 kg/km19,5 Ω/km Send inquiry
L3790121512 x 1,50 mm²18,2 mm172,8 kg/km419 kg/km19,5 Ω/km Send inquiry
L3790521552 x 1,50 mm²34,3 mm748,8 kg/km1712 kg/km19,5 Ω/km Send inquiry
L3790122512 x 2,50 mm²23,4 mm288,0 kg/km688 kg/km19,5 Ω/km Send inquiry
item no.
No. of cores x
cross section
medium outer-ø
Copper figure
Cable weight ≈
Ohmic resistance
at 20°C max.
L37900510
5 x 1,00 mm²
11,1 mm
48,0 kg/km
150 kg/km
19,5 Ω/km
L37900710
7 x 1,00 mm²
11,6 mm
67,2 kg/km
179 kg/km
19,5 Ω/km
L37900910
9 x 1,00 mm²
13,0 mm
86,4 kg/km
226 kg/km
19,5 Ω/km
L37901210
12 x 1,00 mm²
15,4 mm
115,2 kg/km
308 kg/km
19,5 Ω/km
L37901810
18 x 1,00 mm²
20,7 mm
172,8 kg/km
480 kg/km
19,5 Ω/km
L37902410
24 x 1,00 mm²
20,7 mm
230,4 kg/km
549 kg/km
19,5 Ω/km
L37903010
30 x 1,00 mm²
21,9 mm
288,0 kg/km
653 kg/km
19,5 Ω/km
L37901215
12 x 1,50 mm²
18,2 mm
172,8 kg/km
419 kg/km
19,5 Ω/km
L37905215
52 x 1,50 mm²
34,3 mm
748,8 kg/km
1712 kg/km
19,5 Ω/km
L37901225
12 x 2,50 mm²
23,4 mm
288,0 kg/km
688 kg/km
19,5 Ω/km

Other dimensions and colours are possible on request.

Highly flexible cables according to your special requirements

Family business for construction and production since 1947

Please send us your inquiry
+49 (0)2162 898-0
Monday to Thursday, 7.30–16.30
Friday, 07.30–15.00