PVC Garden Lighting

Products

2X1.3MM2 CU FIG8 PVC ELV 100M

Nexans ref. JSF1.3GLBK1

  • Packaging: Spool (100m)
  • Conductor cross-section: 1.3 mm²
  • Voltage drop single phase at 45°C: 33.6 mV/A.m

2X2.5MM2 CU FIG8 PVC ELV 100M

Nexans ref. JSF2.5GLBK1

  • Packaging: Spool (100m)
  • Conductor cross-section: 2.5 mm²
  • Voltage drop single phase at 45°C: 17.6 mV/A.m

GRDN LIGHT ELV 2X 4 MM 1HM

Nexans ref. JSF4GLBK100

  • Packaging: Spool (100m)
  • Conductor cross-section: 4 mm²
  • Voltage drop single phase at 45°C: 10.9 mV/A.m

GRDN LIGHT ELV 2X 6 MM 1HM

Nexans ref. JSF6GLBK100

  • Packaging: Spool (100m)
  • Conductor cross-section: 6 mm²
  • Voltage drop single phase at 45°C: 7.25 mV/A.m

PVC garden lighting

Nexans ref. JSF1.3GLBK

  • Conductor cross-section: 1.3 mm²
  • Voltage drop single phase at 45°C: 33.6 mV/A.m

PVC garden lighting

Nexans ref. JTS1.8BK2C

  • Conductor cross-section: 1.8 mm²
  • Voltage drop single phase at 45°C: 20.7 mV/A.m

PVC garden lighting

Nexans ref. JSF2.5GLBK

  • Conductor cross-section: 2.5 mm²
  • Voltage drop single phase at 45°C: 17.6 mV/A.m

PVC garden lighting

Nexans ref. JSF4GLBK

  • Conductor cross-section: 4 mm²
  • Voltage drop single phase at 45°C: 10.9 mV/A.m

PVC garden lighting

Nexans ref. JSF6GLBK

  • Conductor cross-section: 6 mm²
  • Voltage drop single phase at 45°C: 7.25 mV/A.m

PVC garden lighting

Nexans ref. JSF10GLBK

  • Conductor cross-section: 10 mm²
  • Voltage drop single phase at 45°C: 4.2 mV/A.m

Description

Description

Used for outdooor AC/DC lighting applications, Gardolex is a robust PVC insulated power cable suitable for projects of all sizes.

 

Stranded bare copper conductors, PVC insulated (parallel web). Designed for ELV systems at maximum 50 V AC or 120 V DC.

 

Note: this cable is non divisible

Characteristics

Characteristics

Construction characteristics

Construction characteristics

Conductor material
Plain annealed copper
Insulation
PVC

Dimensional characteristics

Dimensional characteristics

Number of cores
2

Resources

Resources

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