| p/nr. | Part name | Availability | Packaging | EUR netto pre-metal per 1.000 m. |
| 060022 | H01N2-E 1X10 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060015 | H01N2-E 1X16 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060023 | H01N2-E 1X25 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060024 | H01N2-E 1X50 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060019 | H01N2-E 1X70 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060020 | H01N2-E 1X95 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060025 | H01N2-E 1X120 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060026 | H01N2-E 1X150 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060027 | H01N2-E 1X185 BK | MOQ MOQ: 1000 Delivery time: approx. 15W | Presentation | Price |
| 060008 | H01N2-D 1X16 BK | in stock | Presentation | Price |
| 060009 | H01N2-D 1X25 BK | in stock | Presentation | Price |
| 060010 | H01N2-D 1X35 BK | in stock | Presentation | Price |
| 060011 | H01N2-D 1X50 BK | in stock | Presentation | Price |
| 060012 | H01N2-D 1X70 BK | in stock | Presentation | Price |
| 060013 | H01N2-D 1X95 BK | in stock | Presentation | Price |
| 060014 | H01N2-D 1X120 BK | in stock | Presentation | Price |
| 060016 | H01N2-D 1X150 BK | MOQ MOQ: 1000 Delivery time: approx. 12W | Presentation | Price |
| 060018 | H01N2-D 1X185 BK | MOQ MOQ: 6000 Delivery time: approx. 12W | Presentation | Price |
| 060029 | H01N2-D 1X240 BK | MOQ MOQ: 6000 Delivery time: approx. 12W | Presentation | Price |
| Customs Tariff Number (code number) | 85444995900 |
| Standard | DIN EN 50525-2-81 (VDE 0285-525-2-81) |
| Conductor material | copper, bare |
| Conductor construction | very flexible |
| Sheathing material | rubber (CR) EM5 |
| Flame-retardant | VDE 0482-332-1-2/IEC 60332-1-2 |
| Oil-resistant | DIN EN 60811-404 / VDE 0473-811-404 / IEC 60811-404 |
| Max. temperature at conductor, °C | 85 °C |
| Permitted outer cable temperature, fixed, °C | -20 - +85 °C |
| Permitted outer cable temperature, moved, °C | -20 - +85 °C |
| Nominal voltage Uo | 100 V |
| Nominal voltage U | 100 V |
| Conductor shape | round |
| Number of cores | 1 |
| Colour of outer sheath | black |
| metal base Cu | 150 EUR/100 kg |
| Unit of measurement | metre |
In dry, damp and wet rooms as welding cable for machine or hand operation.
All images shown here are for illustrations and product reference purposes only.
Freight cost extra. Prices plus metal regarding the daily market price.
The H01N2-D and H01N2-E welding cables are high-performance specialist cables designed for arc welding and comply with the DIN EN 50525-2-81 (VDE 0285-525-2-81) standard. With their HAR certification, they guarantee the highest safety and quality standards. Whether H01N2-D 25 mm², H01N2-D 35 mm², H01N2-D 50 mm² or H01N2-D 70 mm², the various cross-sections reliably meet a wide range of requirements in welding technology and industry.
The conductor of the H01N2-D welding cable and the H01N2-E cable is a fine-stranded copper conductor (conductor class 6), which ensures greater flexibility and is therefore ideal for applications involving frequent movement or tight bending radii. The robust rubber sheath gives the cables high mechanical strength and provides reliable protection against external influences.
Thanks to their material properties, the welding cables are oil-resistant in accordance with EN 60811-404, as well as resistant to ozone, petrol, oxygen, welding arc and shielding gas. Furthermore, the H01N2-D and H01N2-E cables are flame-retardant in accordance with VDE 0482-332-1-2 / IEC 60332-1-2, making them a safe choice for professional welding applications.
These special cables also impress in terms of temperature resistance: whether installed in a fixed position or used in moving applications, they can withstand temperatures ranging from -20 °C to +85 °C. The maximum permissible conductor temperature is +85 °C, meaning the cables perform reliably even under thermally demanding conditions.
The rated voltage Uo/U is 100 V, whilst the test voltage is 1000 V. With their specific properties, H01N2 welding cables meet all requirements for robust and reliable power transmission during welding work in workshops, on construction sites and in industry.
Whether in terms of current-carrying capacity, durability or flexibility, H01N2-D and H01N2-E welding cables offer a long-lasting solution for challenging working environments. They are available by the metre or in various lengths and can be cut to size to suit the specific application.
The letter H at the beginning of the designation stands for a harmonised cable that complies with uniform European standards, in this case DIN EN 50525-2-81 (VDE 0285-525-2-81). This harmonisation guarantees that the H01N2-D and H01N2-E welding cables meet the requirements for safety, quality and scope of application.
The number combination 01 indicates the cable’s rated voltage. For H01N2-D and H01N2-E, the maximum permissible voltage between the outer conductor and earth, and between two outer conductors, is 100 volts in each case. This makes these cables ideal for use with low-voltage welding machines.
The abbreviation N2 denotes a special rubber compound based on polychloroprene, which is used as the sheath material in welding cables. This rubber compound ensures high resistance to oil, ozone, UV radiation and mechanical stress. These properties are particularly indispensable in industrial applications.
The letter D stands for a fine-stranded copper conductor (conductor class 5). This type of conductor is used in the H01N2-D welding cable and offers a good combination of flexibility and stability. The H01N2-E variant, on the other hand, features a very fine-stranded conductor (conductor class 6), which allows for even greater flexibility. This makes it ideal for applications involving very frequent movement or tight bending radii.
The H01N2-D and H01N2-E welding cables are specialised connection and control cables designed specifically for arc welding. As high-quality specialised cables, they ensure the safe transmission of high currents from the electric welding machine to the welding tool, even under demanding operating conditions.
Thanks to their fine or extra-fine copper conductor and robust rubber sheath, H01N2-D welding cables are characterised by exceptional flexibility and high mechanical resistance. This makes these welding cables ideal for mobile and stationary applications where high current levels and mobility are required.
A major advantage of the H01N2-D welding cable and the H01N2-E variant lies in their flame-retardant and oil-resistant properties. These characteristics allow them to be used in dry, damp and wet environments, as well as in oily or harsh industrial settings. Whether in a workshop, on a construction site or on a production line: the cables are ideally suited to a wide variety of conditions.
The H01N2-D and H01N2-E cables are used in numerous sectors as machine and manual welding cables, for example in shipbuilding, automotive manufacturing, transport, assembly line and conveyor systems, machine tools and automatic welding machines.
These welding cables guarantee reliable current transmission, even under heavy strain caused by movement or bending. Their high performance combined with a compact design makes H01N2 welding cables the first choice for numerous professional welding applications.
For those seeking a durable, safe and versatile solution for connecting welding systems, H01N2-D and H01N2-E welding cables are the ideal choice.
Faber has extensive experience in the field of rubber cables and welding cables and is here to assist you with its in-depth expertise. In addition to the H01N2-D welding cable, we also offer H05RN-F, H07RN-F, H07ZZ-F and NSSHOEU, amongst others.
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