RS PRO Black 25 mm² Hook Up Wire, 4 AWG, 234/0.35 mm, 100m, PVC Insulation
- RS Stock No.:
- 836-0858
- Brand:
- RS PRO
Price 1 Reel of 100 Metre(s)**
Kr. 9 853,62
(exc. VAT)
Kr. 12 317,02
(inc. VAT)
8 In stock for same day dispatch*
* Delivery dates may change based on your chosen quantity and delivery address.
FREE delivery for orders over kr 500,00
Reel(s) | Per Reel | Per Metre** |
---|---|---|
1 + | Kr. 9 853,62 | Kr. 98,536 |
**price indicative
- RS Stock No.:
- 836-0858
- Brand:
- RS PRO
- COO (Country of Origin):
- TR
RS PRO H07BN4-F Harmonised Rubber Insulated Mains Cable
From RS PRO a high-quality, durable H07BN4-F flexible mains power cable with rubber insulation and sheathed in a CSP (chlorosulphonated polyethylene) jacket. This power cable has a voltage rating of 450 to 750 V, is heat resistant, flame retardant and has excellent resistance to abrasion, oils, water and weathering making it suitable for use in most industrial applications.
What is Mains Cable?
A mains power cable connects an appliance to a mains electricity supply through the use of a wall socket or an extension lead which will then be plugged into a mains supply.
Cable Construction
This flexible cable consists of cores made up of bare stranded copper conductors or wires. Each individual core is surrounded by colour coded rubber insulation for easy identification of the wires. All the cores are then surrounded by a final layer called a cable jacket or sheath made from CSP (chlorosulphonated polyethylene).
What Does H07BN4-F Mean?
H07BN4-F flexible cable is a type of harmonised cable which means it belongs to the Harmonised Reference System and conforms to the European Harmonisation Standard. This purpose of this standard is to improve standards and quality of cables across Europe to ensure the trade of common standard product.
H07BN4-F is the code for this harmonised flexible cable which breaks down into the following:
H = Harmonised
07 = 450 / 750 voltage rating
B = EPR (Ethylene-propylene rubber) insulation
N4 = CSP (Chlorosulphonated Polyethylene) sheath
F = Flexible copper conductors
07 = 450 / 750 voltage rating
B = EPR (Ethylene-propylene rubber) insulation
N4 = CSP (Chlorosulphonated Polyethylene) sheath
F = Flexible copper conductors
Features and Benefits
The construction of this flexible mains power cable and the materials it is made from means it has the following qualities:
Flexible and durable
Excellent temperature resistance
Resistance to impact and abrasion
UV resistant with high resistance to ageing by sunlight and oxidation
Resistant to hydrocarbons, oils, greases and fuels
Excellent fire resistant properties
Excellent temperature resistance
Resistance to impact and abrasion
UV resistant with high resistance to ageing by sunlight and oxidation
Resistant to hydrocarbons, oils, greases and fuels
Excellent fire resistant properties
Where are These Cables Used?
H07BN4-F mains cables with their high-temperature resistance and mechanical durability are ideal for use in most industrial applications. These cables are especially suitable for use in arduous industrial environments such as the heavy-duty electrical connection of equipment between pumps and generators, and for temporary power generation. H07BN4-F cable is also widely used in the following industries:
Building and Construction
Renewable Energy
Water Treatment
Mines and oil and gas applications
Renewable Energy
Water Treatment
Mines and oil and gas applications
Standards
BS, EN 50525-2-21 (previously BS 7919, CENELEC HD22.12.S1/A1), BS EN/IEC 60332-1-2, CEI 20-19/12
Attribute | Value |
---|---|
Cross Sectional Area | 25 mm² |
Sheath Colour | Black |
Cable Shape | Round |
American Wire Gauge | 4 AWG |
Core Strands | 234/0.35 mm |
Length | 100m |
Insulation Material | PVC |
European Harmonised Code | H07BN4-F |
Outer Diameter | 12.96mm |
Voltage Rating | 450/750 V |
Maximum Operating Temperature | +90°C |
Minimum Operating Temperature | -40°C |
Conductor Material | Copper |
Standards Met | Euroclass Eca |
Fire Behaviour | Flame Retardant |
Harmonised Code | H07BN4-F |
Number of Strands | 234 |