H01N2-D EN 50525-2-81 Welding Cable

H01N2-D EN 50525-2-81 Welding Cable
Details:
Excellent electrical conductivity and flexibility
Enhance flexibility and reduce fatigue over time
More than 20 years of production experience
Quick online quote & free samples available
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Description
Technical Parameters
Certification
WELDING CABLE construct

 

H01N2-D EN 50525-2-81 Welding Cable

Characteristics

Voltage Rating;100V

Temperature Rating:

Fixed: -40°C to +85°C

Flexed: -20°C to +85°C

Minimum Bending Radius: Flexed: 6 x overall diameter Conductor: Generally to Class 6 flexible copper conductor Separator: PET (Polyester Tape)

Sheath: Rubber compound

Sheath Colour: Black/Red

Standards: EN 50525-2-81,EN 60228, HD 22.6, VDE 0282-6BS 638 Part 4 Flame Retardant according to lEC/EN 60332-1-2

 

Application

 

 

H01N2-D welding cable complies with the EN 50525-2-81 standard and is designed for high-performance connections in welding equipment. The cable is widely used in welding robots in the automotive industry, shipyards, and manually or automatically operated welding production lines and spot welding equipment to ensure efficient and stable current transmission. In addition, it is suitable for battery interconnect cables and battery energy storage systems, and can maintain reliable performance under various working conditions.

welding cable application

 

Feature

 

welding cable

 

H01N2-D welding cable complies with the EN 50525-2-81 standard and has a wide temperature tolerance range. It can withstand -40°C to +85°C when installed in fixed locations and -20°C to +85°C when used in mobile applications, ensuring stable performance under different environmental conditions. The cable uses Class 6 ultra-fine stranded copper conductors, which provide excellent conductivity and flexibility, making it suitable for applications with frequent bending and movement. The cable has a PET (polyester tape) separator layer inside to effectively improve structural stability. The outer sheath is made of high-strength rubber composite material with excellent wear resistance, oil resistance and weather resistance, and can withstand harsh industrial environments.

 

Certification

 

 

Welding cables are UL (Underwriters Laboratories) certified and meet US and international safety standards for safety, durability and performance. UL-certified welding cables are rigorously tested to provide stable and reliable current transmission in high-load welding applications.

welding cable certification

 

Package

 

copper welding cable   package

 

Factory

 

copper  welding Wire  factory

 

Greater Wire Manufacturer's advanced cable factory features an intelligent and digital manufacturing environment. By seamlessly integrating cutting-edge technology, the factory has successfully eliminated errors and defects that can occur during the traditional manual assembly process. The shift to digital manufacturing not only improves efficiency, but also demonstrates our commitment to providing customers with products of the highest reliability. The smart factory framework ensures a streamlined and error-free production process, minimizes the possibility of human variation, and increases precision that was previously unattainable. The factory strictly adheres to quality control through precise and automated inspection mechanisms. From the beginning to the final stage of the manufacturing process, products are thoroughly inspected. Digital intelligent image detection and laser technology are used to ensure that each product meets the strict standards set by our company. The commitment to quality extends to our inspection accuracy, which achieves an accuracy of 0.002 mm, exceeding industry benchmarks.

 

Case

 

Company cases

 

Partner

 

greater wire Partner

 

FAQ

 

Q: Why is copper better than aluminum for welding cables?

A: Copper is more suitable than aluminum for welding cables because it has higher electrical conductivity, greater flexibility, higher mechanical strength, better heat resistance, corrosion resistance, longer life, and durability.

Q: Can I use welding cable for battery cable?

A: Yes, welding cable can be an excellent alternative to traditional battery cables due to its flexibility and durability. Just ensure it meets the specific requirements of your battery system in terms of voltage rating, insulation, and sizing.

 

 

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WELDING CABLE

NO.OF CORES NOMINAL CROSS SECTIONAL AREA
mm2
NOMINAL THICKNESS OF INSULATION
mm
NOMINAL OVERALL
DIAMETER
mm
NOMINAL WEIGHT kg/km MAXIMUM DIAMETER OF WIRES IN CONDUCTOR
mm

MAXIMUM RESISTANCE OF CONDUCTOR AT 20°C
ohms/km

Plain Wires

1 10 2 9 146 0.21 1.91
1 16 2 10 204 0.21 1.21
1 25 2 11.5 290 0.21 0.78
1 35 2 12.5 384 0.21 0.554
1 50 2.2 14.5 535 0.21 0.386
1 70 2.4 16.5 716 0.21 0.272
1 95 2.6 18.5 943 0.21 0.206
1 120 2.8 20.5 1235 0.51 0.161
1 150 3 23 1556 0.51 0.129

 

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