The Elpar H01N2-D rubber welding cable with a 16 mm² cross-section is a high-performance electrical conductor engineered for demanding industrial environments. This single-core cable is specifically designed to facilitate the transmission of high currents required for arc welding equipment and manual metal arc welding tools. Its robust construction ensures consistent power delivery, making it a reliable choice for professionals who require durability and flexibility in their welding setups.
Advantages
The primary advantage of this welding cable lies in its exceptional flexibility, which allows for easy handling and maneuverability during complex welding tasks. The durable rubber-based insulation provides superior resistance to mechanical wear, heat, and various environmental stressors, ensuring a long service life even in harsh workshop conditions. Its design minimizes the risk of damage from bending or twisting, maintaining electrical integrity throughout intensive use.
Suitable for
- Connecting arc welding equipment
- Manual metal arc welding tools
- High-current power transmission in industrial settings
- Workshop applications requiring high cable flexibility
When it may not be suitable
This cable is specifically optimized for welding applications and is not intended for permanent installation in building wiring or for use in high-voltage power distribution grids. It should not be used in environments where it will be exposed to chemicals that are incompatible with its insulation material.
Key specifications
- Conductor cross-section: 16 mm²
- Number of conductors: 1
- Operating temperature range: -20°C to +85°C
- Flammability class: Eca
- Cable shape: Hose
- Color: Black
How to use
To use the Elpar H01N2-D cable, ensure that the conductor cross-section is appropriate for the current output of your welding machine. Strip the insulation carefully to expose the copper conductor, ensuring no strands are damaged during the process. Connect the cable securely to the welding electrode holder and the ground clamp using appropriate industrial-grade connectors. Regularly inspect the cable for signs of fraying, cuts, or heat damage to maintain operational safety.
What to consider before purchase
- Verify the required current capacity for your specific welding equipment
- Ensure the cable length is sufficient for your workspace layout
- Check compatibility with your existing welding connectors
Usage recommendations
Always ensure the cable is fully uncoiled during high-current operation to prevent localized overheating. Avoid dragging the cable over sharp edges or heavy machinery to preserve the integrity of the insulation.
