RS PRO Transparent 4 mm² Harsh Environment Wire, 11 AWG, 50m, PFA Insulation
Technical Document
Specifications
Brand
RS ProCross Sectional Area
4 mm²
Sheath Colour
Transparent
American Wire Gauge
11 AWG
Cable Shape
Single Core
Length
50m
Insulation material
PFA
Outer Diameter
5.08mm
Voltage Rating
1 kV, 600 V
Maximum Operating Temperature
+250°C
Conductor Material
Nickel Plated Copper
Shield Type
Glass Braid, Glass Mica Tape
Resistant To
Abrasions, Heat, Industrial Fluids, Moisture
Country of Origin
China
Product details
RS PRO Harsh Environment Wire
Brought to you by RS PRO, a range of wire and cables which excel within harsh environments. In areas where contamination causes an issue, such as oils, acids or excessive sunlight, these cables are specifically designed to be used within those areas. Highlighted by their copper conductor, these cables are suitable for various applications. All models are highly reliable and excellent quality.
Features and Benefits
Nickel plated copper conductor
PFA Insulation
Various wire sizes and strands
Glass fibre braid
What is harsh environment wire?
Defined by its name, harsh environment wire is cable suitable for less than friendly environments. Typically used as hook up wire, each reel performs to an optimum level within harsher areas. High temperature can be a massive threat in terms of electronics, causing all kinds of health and safety risks. These RS PRO cables provide excellent resistance to such problems.
Where is harsh environment wire used?
Any electronic devices situated within harsh environments would benefit from this type of wire. Laboratories would be be a good example, as they are areas which could have toxic and potentially damaging gasses that interfere with wires. As as example, some areas using these cables would be:
Construction sites
Car engines
Aeroplanes
Petrol stations
What is PFA?
PFA is a material used as a cable shield due to its excellent chemical resistance capability. An acronym of Perfluoroalkoxy Polymer, it is very similar to PTFE and is essentially a co-polymer. Advantages include the operational capabilities of a range of temperatures and the lower melt viscosity.
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Technical Document
Specifications
Brand
RS ProCross Sectional Area
4 mm²
Sheath Colour
Transparent
American Wire Gauge
11 AWG
Cable Shape
Single Core
Length
50m
Insulation material
PFA
Outer Diameter
5.08mm
Voltage Rating
1 kV, 600 V
Maximum Operating Temperature
+250°C
Conductor Material
Nickel Plated Copper
Shield Type
Glass Braid, Glass Mica Tape
Resistant To
Abrasions, Heat, Industrial Fluids, Moisture
Country of Origin
China
Product details
RS PRO Harsh Environment Wire
Brought to you by RS PRO, a range of wire and cables which excel within harsh environments. In areas where contamination causes an issue, such as oils, acids or excessive sunlight, these cables are specifically designed to be used within those areas. Highlighted by their copper conductor, these cables are suitable for various applications. All models are highly reliable and excellent quality.
Features and Benefits
Nickel plated copper conductor
PFA Insulation
Various wire sizes and strands
Glass fibre braid
What is harsh environment wire?
Defined by its name, harsh environment wire is cable suitable for less than friendly environments. Typically used as hook up wire, each reel performs to an optimum level within harsher areas. High temperature can be a massive threat in terms of electronics, causing all kinds of health and safety risks. These RS PRO cables provide excellent resistance to such problems.
Where is harsh environment wire used?
Any electronic devices situated within harsh environments would benefit from this type of wire. Laboratories would be be a good example, as they are areas which could have toxic and potentially damaging gasses that interfere with wires. As as example, some areas using these cables would be:
Construction sites
Car engines
Aeroplanes
Petrol stations
What is PFA?
PFA is a material used as a cable shield due to its excellent chemical resistance capability. An acronym of Perfluoroalkoxy Polymer, it is very similar to PTFE and is essentially a co-polymer. Advantages include the operational capabilities of a range of temperatures and the lower melt viscosity.