WINDLINK® CAN BUS - UL Approved

Description

Description

Application

The cable WINDLINK® CAN BUS was specifically designed for wind turbines. These cable is used where torsion resistance is required.

Characteristics

Characteristics

Construction characteristics

Construction characteristics

Construction type
1 x 2 x 0.22
Conductor material
Bare copper
Insulation
Foam-skin
Insulation colour
white - green
Lay Up
Pair
Screen
Tinned copper - 80% optical coverage
Inner sheath
Thermoplastic coumpound
Outer sheath
PVC compound
Sheath colour
Black - RAL 9005

Dimensional characteristics

Dimensional characteristics

Nominal outer diameter
7.5 mm
Approximate weight
- kg/km
Conductor cross-section
0.34 mm²
Conductor diameter (mm)
-
Copper content
- kg/km
Diameter over braid
- mm
Inner sheath thickness
- mm
Insulation sheath thickness
- mm
Maximum cable diameter
- mm
Minimum cable diameter
- mm
Nominal outer sheath thickness
- mm

Electrical characteristics

Electrical characteristics

Minimum insulation resistance
100 MOhm.km
Resistance of inner conductor (DC)
55.4 Ohm/km
Max. Electrical Resistance AC 60Hz 70°C
- Ohm/km
Max. transfer impedance at 10MHz
10 mOhm/m
Max. Electrical Resistance AC 60Hz 90°C
- Ohm/km
Inductive reactance
- Ohm/km
Operating capacitances
- mF/km
Permissible short circuit current
- kA
Test voltage AC at 50hz conductor /conductor
1500 V
Test voltage AC at 50hz conductor/screen
1500 V
Operating voltage
300 V
Characteristic impedance
120 Ohm
Permissible current rating in open air
- A

Mechanical characteristics

Mechanical characteristics

Torsion stress
45 °/m
Maximum tensile strength
- N/mm2

Usage characteristics

Usage characteristics

Gases corrosivity
-
Smoke density
-
Oil resistance
-
U.V resistance
-
Ozone resistance
-
Max. conductor temperature in service
- °C
Short-circuit max. conductor temperature
- °C
Installation temperature, range
-40 ... 85 °C
Operating temperature, range
-30 ... 75 °C
Minimum Bending Radius during installation
10 (xD)
Fire retardant
-

Resources

Resources

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