What changes the quotation
Copper cross-section, flexibility class, covering compound, colour, finished length, terminals, connectors, marking, inspection, packing and order quantity all affect cost and lead time.
Welding Cables
Arc-welder secondary cable selection
Choose welding cable by current, duty and length
TEBAOFLEX supplies flexible single-conductor copper welding cable for arc-welder electrode leads and work-return leads. Start with the actual output current, duty cycle and total outgoing plus return circuit length. Then confirm acceptable voltage drop, conductor cross-section, ambient temperature, bundling, abrasion, oil exposure, flexibility and termination hardware. H01N2-D and H01N2-E are 100/100 V arc-welding cable types, with H01N2-E providing the higher-flexibility conductor class. WCT is a JIS-based welding lead family with a different designation route. Select the standard family before comparing size, covering compound, colour, lugs, connectors, length and quantity.
Welding cable product routes
- H01N2-DNormal-flexibility 100/100 V welding cable for electrode and work leads.
- H01N2-EHigher-flexibility version for repeated handling and tighter routing.
- WCT welding cableJIS-based flexible welding lead for fabrication and mobile equipment.
- Application boundaryWelding cable is a secondary-circuit lead, not a substitute for primary supply or fixed building wire.
Compare welding cable by operating duty
| Decision | Cable choice | Verify for this enquiry |
|---|---|---|
| Current and duty | Conductor cross-section | Actual welding amperage, duty cycle and permissible conductor temperature |
| Circuit length | Electrode plus return lead | Total circuit length and acceptable voltage drop |
| Designation | H01N2-D, H01N2-E or WCT | Project standard, flexibility class, covering and marking |
| Site conditions | Workshop or mobile route | Ambient heat, bundling, oil, abrasion, colour, lugs and connectors |
Quotation inputs and standard scope
Send with the enquiry
Provide welder output current, duty cycle, electrode and return lengths, required designation, conductor size if known, environment, colour, lug or connector details, quantity and destination.
Standards boundary: BSI lists BS EN 50525-2-81:2011 as current for 100/100 V H01N2-D and H01N2-E arc-welding cables. IEC 60245-6:2026 defines particular requirements for rubber-insulated arc-welding electrode cables within its scope. Neither source replaces the welding-machine manufacturer's sizing guidance.
