1000V Heating Application And Bare Type 70mm2 Welding Cable

Port:	any port of China
Payment Terms:	L/C,T/T,Western Union,MoneyGram
Supply Ability:	1000000 Meter/Meters per Month
Place of Origin:	Henan China
Brand Name:	GUOWANG
Model Number:	YH, YHF,H01N2-E
Insulation Material:	Rubber
Type:	Low Voltage
Application:	Industrial
Conductor Material:	Copper
Jacket:	Rubber
Standard:	IEC, BS EN
Conductor:	Flexible Copper
Insulation:	Rubber Insulation
Core:	1 Core
Color:	black, red,etc
Product name:	welding cable
Delivery Detail:	10 days after get your deposit
Packaging Detail:	drum or roll

Product Description

1000V Heating Application And Bare Type 70mm2 Welding Cable

Application
Welding cables are suitable for welding equipment,charger machine in industry , in automated welding equipment, in tooling constructions, automobile and shipbuilding as well as for hand-held electrodes in workshops and at building sites.

Construction
Conductor : Flexible bare annealed copper wire or tinned copper wire
Insulation: PVC or Rubber Material or EPR
Sheath: PVC or Rubber Material or CSP
No.Cross-section 10mm2-185mm2
Choice of Black, Orange, Red or Yellow Blue jacket, single & double insulated.

Features

1. Soft Cables, having good bending properties

2. The sheath material made of natural rubber or chloroprene rubber mixture,
can be applied to different situations, good electrical physical properties
3. Chloroprene rubber mixture with heat oil and retardant performance
4. The maximum continuous operating temperature of the cable is 65 ℃
5.Color:Black, Orange, Red or Yellow Blue jacket, single & double insulated.

Standard
International: IEC 60502, IEC 60228, IEC60245-6:1994

China: GB/T 12706.1-2008 GB/T 9330-2008

Other standards such as BS,DIN and ICEA upon request

Data of 1000V Heating Application And Bare Type 70mm2 Welding Cable

Nominal Sectional Area	No. and Diameter of wire	Thickness of Section Sheath	Overall Diameter		Max. Conductor Resistance at 20℃	Reference Weight
Nominal Sectional Area	No. and Diameter of wire	Thickness of Section Sheath	Min.	Max.	Max. Conductor Resistance at 20℃	YH	YHF
mm	mm	mm	mm	mm	≤Ω/km	kg/km	kg/km
10	322/0.20	1.8	7.5	9.7	1.91	146	153.51
16	513/0.20	2	9.2	11.5	1.16	218.9	230.44
25	798/0.20	2	10.5	13	0.758	316.6	331.15
35	1121/0.20	2	11.5	14.5	0.536	426	439.87
50	1596/0.20	2.2	13.5	17	0.379	592.47	610.55
70	2214/0.20	2.4	15	19.5	0.268	790	817.52
95	2997/0.20	2.6	17	22	0.198	1066.17	1102.97
120	1702/0.30	2.8	19	24	0.161	1348.25	1392.55
150	2135/0.30	3	21	27	0.129	1678.5	1698.72
185	1443/0.40	3.2	22	29	0.106	1983.8	2020.74