Tinned copper rubber insulated cable

Tinned copper rubber insulated cable

rubber welding cable,
Tinned copper flexible cable,

copper rubber welding cable
Conductor : Bare annealed copper flexible conductor. Tinned Cooper
Insulation: Nitrile-Butadiene-PVC Copolymer (TP-90,met RoHS) or Rubber Material
Sheath: Nitrile-Butadiene-PVC Copolymer (TP-90,met RoHS) or Rubber Material

• Choice of Black, Orange, Red or Yellow Blue jacket, single & double insulated.
• SQ MM sizes (European style) 10 sq mm to 240 sq mm
• AWG sizes (North American style) 6 Awg to 500 MCM
• With sequential foot / meter marking
• Wide temperature range: -55°C to 105°C

  
What Is Welding Cable?                                                             
Tinned copper rubber insulated cable is used to power the secondary circuit of electric welding generators,
the circuit that controls the electrode that emits the charge used to weld.
This cable is made from flexible copper wire surrounded by a protective covering
that is resistant to flame, heat, oil and abrasions, among other things.
While welding cable is not meant to be part of any other system,
It has a history of being used for public lighting arrangements.

Tinned copper rubber insulated cable Applications                                                                                     
Designed for the secondary (high current) connection to automatic
welding electrodes. It is suitable for flexible use under rugged conditions,
conveyor systems, in machine tool and automatically operated line and welding machines.
Power
Earthing return leads, power feeds to electrolytic plating process,
Busbar connection, transformers, generators, aircraft servicing equipments etc.

Tinned copper wire flexible rubber insulated cable Instruction

Conductor	the conductor is tinned copper wires, which have very good conductive property, and  resistance to oxidation.
Insulation	the insulated material adopts native rubber with good insulation performance. And it is enough flexible.
Outer jacket	the sheathed material is butyronitrile, which is oil resistant, acid and alkali resistant.

Cores*Conductor Nominal Section (mm²)

	Conductive Core No. / Dia.(mm)	Thickness of Insulation (mm)	Thickness of Sheath (mm)	Average Outer Diameter (mm)		Resistance at 20 degree ≤(Ω/km)	Reference Weight (kg/km)
				Min	Max
1×1.5	30/0.25	0.8	1.4	5.8	7.2	13.3	52.1
1×2.5	49/0.25	0.9	1.4	6.4	8	7.98	69.5
1×4	56/0.30	1	1.5	7.4	9	4.95	96.6
1×6	84/0.30	1	1.6	8	11	3.3	132.8
1×10	84/0.40	1.2	1.8	9.8	12.5	1.91	211.9
1×16	126/0.40	1.2	1.9	11	14.5	1.21	283
1×25	196/0.40	1.4	2	12.5	16.5	0.78	410
1×35	276/0.40	1.4	2.2	14	18.5	0.554	545
1×50	396/0.40	1.6	2.4	16.5	21	0.386	734
1×70	360/0.50	1.6	2.6	18.5	23.5	0.272	1010
1×95	475/0.50	1.8	2.8	21	26	0.206	1291
1×120	608/0.50	1.8	3	23.5	28.5	0.161	1558
1×150	756/0.50	2	3.2	26	31.5	0.129	1937
1×185	125/0.50	2.2	3.4	27	34.5	0.106	2330
1×240	1221/0.50	2.4	3.5	30.5	38	0.0801	2989
1×300	1525/0.50	2.6	3.6	33.5	41.5	0.0641	3608
2×1.5	30/0.25	0.8	1.5	9	11.5	13.3	122
2×2.5	49/0.25	0.9	1.7	10.5	13.5	7.98	179
2×4	56/0.30	1	1.8	12	15	4.95	249
2×6	84/0.30	1	2	13.5	18.5	3.3	352
2×10	84/0.40	1.2	3.1	18.5	24	1.91	636
2×16	126/0.40	1.2	3.3	21	27.5	1.21	883
2×25	196/0.40	1.4	3.6	25	31.5	0.78	1276
2×35	276/0.40	1.4	3.9	27.5	35.5	0.554	1695
2×50	396/0.40	1.6	4.3	32	41	0.386	2331
2×70	360/0.50	1.6	4.6	36	46	0.272	3078
2×95	475/0.50	1.8	5	40.5	50.5	0.206	3893
3×1.5	30/0.25	0.8	1.6	9.6	12.5	13.3	150
3×2.5	49/0.25	0.9	1.8	11.5	14.5	7.98	220
3×4	56/0.30	1	1.9	13	16	4.95	308
3×6	84/0.30	1	2.1	14.5	20	3.3	436
3×10	84/0.40	1.2	3.3	20	25.5	1.91	790
3×16	126/0.40	1.2	3.5	22.5	29.5	1.21	1051
3×25	196/0.40	1.4	3.8	26.5	34	0.78	1527
3×35	276/0.40	1.4	4.1	29.5	38	0.554	2029
3×50	396/0.40	1.6	4.5	34.5	43.5	0.386	2805
3×70	360/0.50	1.6	4.8	39	49.5	0.272	3573
3×95	475/0.50	1.8	5.3	44	54	0.206	4734
3×120	608/0.50	1.8	5.6	48	59	0.161	5784
3×150	756/0.50	2	6	53	66.5	0.129	7126

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