GP 400 QF- PUR
Supply cable - QuadFlex - PUR
Marking Example: SAB BRÖCKSKES · D-Viersen · GP 400 QF 4x(70,0mm²+4x1,0mm²) 3400-0050 ** CE and continuous meter marking / **Cable marking: L1, L2, L3 and N
Application
For use in flexible applications, e.g. on mobile GPUs, PIT systems and as a connecting cable between sleeve and plug in reeling applications.
Outstanding features
- low capacity insulation
- abrasion-resistant PUR sheath
- cold flexible
- halogen-free
- oil resistant
- weather resistant
- with wear indicator
Construction
| Conductor | tinned copper strands, fine wires acc. to IEC 60228 class 5 |
|---|---|
| Insulation | SABIX® |
| Colour code | control cores: red, black, green, yellow power supply core: red |
| Stranding | control cores within the power supply core |
| Inner sheath | PUR, red |
| Outer sheath | PUR, yellow |
| Stranding | open stranded |
tinned copper strands, fine wires acc. to IEC 60228 class 5
SABIX®
control cores: red, black, green, yellow
power supply core: red
control cores within the power supply core
PUR, red
PUR, yellow
open stranded
Technical data
| Nominal voltage | Uo/U 115/200 V |
|---|---|
| Max. permissible operating voltage | Uo/U 0,6/1 kV |
| Testing voltage | core/core 4000 V AC 50Hz |
| Min. bending radius | fixed laying: 4 x d flexible application : 6 x d |
| Temperature range | fixed laying: -50/+90 °C flexible application: -40/+90 °C limited time of use: +110 °C (7500 h) |
| Halogen-free | acc. to IEC 60754-1 |
| Fire performance | sheath material: UL 94 V2 |
| Oil resistance | very good - acc. to EN 50363-10-2-2 |
| Chemical resistance | good against acids, alkalines, solvents, hydraulic liquids, etc. |
| Weather resistance | very good |
| Salt water resistance | very good - acc. to UL 1309 |
| Hydrolysis and microbial resistance | very good - acc. to EN 50360-10-2 |
| MUD resistance | very good - acc. to IEC 60092-360 |
| Ozone resistance | very good- acc. to EN 50396 |
| Ozone resistance | very good - acc. to EN 50396 |
| Abrasion | acc. to UL 2556-2021 and JIS C3005 |
| Fuel resistant | petrol, diesel and kerosene (Jet A-1) |
| Mechanical resistance | characteristics of the outer sheath: - high tensile strength - high tear strength - high abrasion resistance - high notch resistance - high shear strength |
| Absence of harmful substances | acc. to RoHS directive of the European Union |
Uo/U 115/200 V
Uo/U 0,6/1 kV
core/core 4000 V AC 50Hz
fixed laying: 4 x d
flexible application : 6 x d
fixed laying: -50/+90 °C
flexible application: -40/+90 °C
limited time of use: +110 °C (7500 h)
acc. to IEC 60754-1
sheath material: UL 94 V2
very good - acc. to EN 50363-10-2-2
good against acids, alkalines, solvents, hydraulic liquids, etc.
very good
very good - acc. to UL 1309
very good - acc. to EN 50360-10-2
very good - acc. to IEC 60092-360
very good- acc. to EN 50396
very good - acc. to EN 50396
acc. to UL 2556-2021 and JIS C3005
petrol, diesel and kerosene (Jet A-1)
characteristics of the outer sheath:
- high tensile strength
- high tear strength
- high abrasion resistance
- high notch resistance
- high shear strength
acc. to RoHS directive of the European Union
Dimensions
| item no. |
No. of cores x cross section | Outer-ø | Copper figure | Cable weight ≈ |
Ohmic resistance max. Ω/km | |
|---|---|---|---|---|---|---|
| L34000050 | 4 x (50,0 mm² + 4 x 1,0 mm²) | approx. 38,6 (core max. 17,9) | 2096,0 kg/km | 2436 kg/km | 50,0 mm²: 0,393 Ω/km | 1,0 mm²: 20,0 Ω/km | Send inquiry |
| L34000051 | 4 x (70,0 mm² + 4 x 1,0 mm²) | max. 39,9 (core min. 16 - max. 16,6) | 2957,0 kg/km | 3174 kg/km | 70,0 mm²: 0,277 Ω/km | 1,0 mm²: 20,0 Ω/km | Send inquiry |
| L34000057 | 4 x (70,0 mm² + 6 x 1,0 mm²) | approx. 42,5 (core max. 17,9) | 2918,0 kg/km | 3241 kg/km | 70,0 mm²: 0,277 Ω/km | 1,0 mm²: 20,0 Ω/km | Send inquiry |
| L34000061 | 4 x (35,0 mm² + 4 x 1,0 mm²) | approx. 42,5 (core max. 17,9) | 1574,4 kg/km | 1913 kg/km | 35,0 mm²: 0,565 Ω/km | 1,0 mm²: 20,0 Ω/km | Send inquiry |
| L34000064 | 4 x (95,0 mm² + 4 x 1,0 mm²) | approx. 47,3 (core max. 21,0) | 3808,8 kg/km | 4294 kg/km | 70,0 mm²: 0,277 Ω/km | 1,0 mm²: 20,0 Ω/km | Send inquiry |
cross section
max. Ω/km
Other dimensions and colours are possible on request.