RAFSUÐUKAPALL 35MM2

When it comes to all of the different cables available, the welding cable perhaps is the most useful. This is because this type of cable is used in so many fundamental processes that underpin the industrial industry of the world
The flexibility of welding cables is highly regarded throughout many industrial businesses. Considering that industrial processes are highly inflexible, it’s important that the wiring that supports it is flexible
Ampacity: The ampacity refers to the maximum amount of current your cable can handle safely. For more information, view the section on welding cable ampacity
Length: Your cable should be long enough to reach every corner of the space you will be welding in. You will need to keep in mind (1) one cable connects from the welder to the elctrode and (2) another cable will connect from the welder to the piece that is being welded (also known as the work clamp or ground lead)
Gauge: The longer and thinner the welding cable, the lower the ampacity, so if you require a long cable, you may want to look at thicker sizes to compensate for the length and to prevent damage to your machine
Insulation: Welding cable insulation is commonly made of neoprene, EPDM, or PVC. Both neoprene and EPDM jackets are flexible, resistant to harsh weather, abrasion, moisture, and water. However, they are not well suited for exposure to gas or other petroleum based liquid. PVC is less flexible but has high resistance to cuts and tears
Flexibility: The higher the strand count, the more flexible the cable
Color: You may want additional insulation colors to distinguish between different cables

Welding applications
Power supply applications