Portable Arc-Welding Cable 600V | EPR Jacket | Flexible Welding Leads | ICEA S-75-381

Rubber Cables21
Description

Portable Arc-Welding Cable 600V | EPR Jacket | Flexible Welding Leads | ICEA S-75-381

Product Overview

Portable Arc-Welding Cable 600V is specifically engineered for flexible welding applications, providing reliable connections between electrode holders and welding machines in electric arc welding systems. Featuring heavy-duty EPR insulation and Class K/M stranded copper conductors, this cable delivers exceptional flexibility and durability for demanding welding environments.

Key Features & Benefits

  • Superior Flexibility: Class K/M stranded annealed copper conductors for easy handling and positioning

  • Heavy-Duty Protection: EPR jacket provides excellent mechanical and environmental resistance

  • High Temperature Performance: Rated for continuous operation at up to 90°C

  • Multiple Configuration Options: Available in heavy-duty and medium-duty constructions

  • Customizable Jacket: Alternative jacket materials and reinforced constructions available

  • Industry Compliance: Meets ICEA, ASTM, CSA, and UL standards for welding applications

Applications

Specifically designed for electric arc welding systems:

  • Welding Lead Connections: Flexible leads connecting electrode holders to welding machines

  • Secondary Circuit Applications: Electric arc welding system secondary circuits

  • Industrial Welding Operations: Manufacturing, construction, and repair welding applications

  • Portable Welding Equipment: Mobile welding setups requiring flexible cable solutions

  • Heavy-Duty Welding: Demanding welding environments requiring durable cable performance

Construction

Optimized Construction for Welding Applications:

  • Conductors: Class K/M stranded annealed copper conductor

  • Jacket: Heavy-duty/medium-duty Ethylene Propylene Rubber (EPR)

Available Options:

  • Alternative jacket materials: CSP/PCP/NBR/PVC available upon request

  • Two-layer jacket with reinforcing fibre between layers available as option

Specifications

Detailed Technical Specifications:

Construction No. of Strands Nominal Insulation Thickness Nominal Overall Diameter Nominal Weight Ampacity
No. of cores×AWG/kcmil – inch/mm inch/mm lbs/kft kg/km A
1×6 259 0.060/1.5 0.37/9.4 124 184 125
1×4 420 0.060/1.5 0.42/10.7 180 268 182
1×2 665 0.060/1.5 0.49/12.5 268 399 271
1×1 836 0.080/2.0 0.53/13.3 319 475 360
1×1/0 1045 0.080/2.0 0.59/14.9 415 617 444
1×2/0 1330 0.080/2.0 0.64/16.3 508 756 535
1×3/0 1672 0.080/2.0 0.70/17.8 628 934 667
1×4/0 2107 0.080/2.0 0.81/20.7 775 1153 809
1×250 2499 0.095/2.4 0.88/22.4 934 1390 1048
1×350 3458 0.095/2.4 1.01/25.6 1267 1885 1396
1×500 5054 0.095/2.4 1.18/30.0 1801 2680 1973

Mechanical and Thermal Properties

Performance Specifications:

  • Minimum Bending Radius: 6 × Outer Diameter

  • Maximum Operating Temperature: +90°C

  • Ampacity Rating: As specified in table above

Standards Compliance

Applied Standards:

  • ICEA S-75-381/NEMA WC 58

  • ASTM B 172

  • ASTM B 33

  • CAN/CSA C22.2 No. 96

  • UL 1581

Key Advantages

  • Proven Reliability: Specifically designed for demanding welding applications

  • Enhanced Flexibility: Optimized conductor stranding for easy maneuverability

  • Durable Construction: EPR jacket withstands rough handling and environmental challenges

  • Safety Compliance: Meets all relevant industry standards for welding applications

  • Customizable Solutions: Multiple jacket options available for specific application needs