Flexible welding cable is designed for secondary side wiring and connecting welding clamps for welding machines. It has a single core structure made of soft wire wrapped in heat-resistant polyester film for insulation and an outer rubber sheath for protection. It is suitable for voltages not exceeding 200V DC or 400V peak and can operate at temperatures up to 65°C. Various models and specifications are provided with conductor cross-sections ranging from 10mm2 to 120mm2.

1. Flexible Welding Cable
70mm2 Super Flexible Welding Cable
Application:
Apply to the secondary side wiring and connecting welding clamp dedicated cables,the exchange does not
exceed the rated voltage 200 V DC and pulse of 400 V peak.Single core structure,a multi-unit complex
cutter made of soft wire.Conductive wire core heat-resistant polyester film used outside insulation wrap
packages,with the outermost layer of insulation made of rubber sheathing as a protective layer.
Flexible Welding Cable Service Condition
Welding Cables are suitable for the secondary side voltage exchange does not exceed 200 V and 400 V
peak pulsating DC welding machine with secondary side wiring and connecting welding clamp
purposes.Cable allows long-term temperature:≤+65
Flexible Welding Cable Model:
Model Name
H01N2-DWelder natural rubber sheathing cables
YHF Chloroprene or elastomer sheathe cable welder
Flexible Welding Cable Specificaions:

2. Cross-section Core structure cores/mm
20 conductive wire core DC
resistance Ohms/km
Non-tinned Tinned
10 322/0.20 ≤1.19 ≤1.95
16 513/0.20 ≤1.16 ≤1.19
25 798/0.20 ≤0.758 ≤0.780
35 1121/0.20 ≤0.536 ≤0.552
50 1596/0.20 ≤0.346 ≤0.390
70 2214/0.20 ≤0.268 ≤0.276
95 2997/0.20 ≤0.198 ≤0.204
120 3702/.0.20 ≤0.161 ≤0.164
rubber Welding Cable
Strand Copper Conductor
cable for welding
flexible rubber welding cable
orange welding cable
Neoprene Welding Cable
Strand Copper Conductor
Neoprene Insulation
600 Volts
Good Flexibility Abrasion resistant ROHS
Characteristics:
 Neoprene Rubber Insulation
 600 Volts
 Temperature Rating 90°C
 Black or Red Insulation
Applications:
 Secondary voltage resistance
welding leads

3.  Power supply applications not
exceeding 600 Volts
Features:
 Good flexibility
 Abrasion resistant
 Good color retention
 RoHS Compliant
Application: Power supply applications not exceeding 600 Volt AC.
AWG/ No. of Cores
Normal Diameter of Strand
(AWG)
Normal Over Diameter
(mm)
AMPS
Oapprox. Net Weight
(kg/km)
6 AWG34 9.40 105 199
4 AWG34 10.54 140 284
2 AWG34 12.07 190 426
1 AWG34 13.46 220 521
1/0 AWG34 14.61 260 676
2/0 AWG34 16.00 300 789
3/0 AWG34 17.78 350 979
4/0 AWG34 20.32 405 1249
as a professional power cable manufacturer located in china,we produce many kinds rubber cable,such as
rubber flexible cables,Water Proof Power cable, rubber welding cable,mining cable,flux cored welding
wire,rubber insulated cables,pvc cables,xlpe insulated power cable,our power cable has been exported
many countries,and won the love of customers with high quality products, reasonable prices, we hope to
build long term business relation with different areas customers.
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Next Product: Flexible EPR Neoprene Rubber Cable
Flat Submersible Pump Cable
Meets the requirement of UL - 83 IEC 60245, DIN VDE 0282 PART 810, BS 6007 & BS 6899
600 volts, 90° C Dry & Wet
Designed for heavy duty use
Temperature range -40° to 90°
ROHS compliance (lead free)

4. Flat submersible 600 V pump cable suitable for use within deep well fresh or salt water submersible
pumps.
Contraction - Rubber AWG Pump Cables
Class C Flexible, bare copper
Insulation : PVC or Rubber
Sheath : PVC or Rubber
Colour Code : Black - Yellow - Red (Without Ground)
Black - Yellow - Red - Green (With Ground)
Specifications:
FLAT SUBMERSIBLE PUMP CABLE 2 & 3 CONDUCTOR W/ GROUND 600 VOLTS
Insulation:
POLYVINYL CHLORIDE & NYLON
Jacket:
POLYVINYL CHLORIDE
Sizes:
14 - 500 MCM, 90°C Dry, 75°C Wet
Applications:
Heavy duty (double jacketed), Flat Submersible pump cable suitable for use within well casings for
wiring deep well fresh or salt water submersible pumps.
Conductor:
Class C, soft drawn, bare copper per ASTM B3 and ASTM B8.
Insulation:
Heat and moisture resistant, polyvinyl chloride meeting the requirements of UL 83 for Type THHN and
THWN wires. The insulation is acceptable for use in locations at 90?C dry or 75?C wet. The insulation
thickness is in accordance with UL 83.
Conductor Jacket:
A nylon jacket is applied directly to the surface of the PVC insulation. Nylon shall meet the requirements
of UL 83. The thickness is in accordance with UL 83.
Ground Conductor:
Class C, soft drawn bare copper per per ASTM B3 and ASTM B8. The conductor is insulated with
PVC/Nylon and the nominal overall diameter shall equal the insulated circuit conductors
FLAT SUBMERSIBLE PUMP CABLE ADVANTAGES

5. Cut, tear and abrasion resistant
Exceptional long term performance
Excellent resistance to oils, acids, chemicals and ozone
Excellent impact and weather resistance
Excellent electrical propertise
FLAT SUBMERSIBLE PUMP CABLE
Flat Jacketed Submersible Pump Cables Without Ground
CONDUCTOR SIZE
(AWG)
NO OF
CONDUCTOR
NOS OF DIA.
OF WIRE
CORE DIA.
(MM)
NOMINAL SHEATH
THICKNESS (MM)
CABLE
DIA.
14 3 41 x 0.254 3.85 1.15
14.60 x
6.40
12 3 65 x 0.254 4.50 1.15
16.80 x
7.40
10 3 105 x 0.254 5.30 1.15
18.70 x
7.90
8 3 168 x 0.254 6.50 1.40
23.70 x
9.90
6 3 226 x 0.254 8.00 1.40
28.00
x11.40
4 3 420 x 0.254 10.10 2.00
35.50
x14.70
2 3 665 x 0.254 11.30 2.00
39.50
x16.20
1 3 817 x 0.254 13.60 2.20
45.50
x18.30
1/0 3 1045 x 0.254 13.60 2.20
45.50
x18.30
2/0 3 1330 x 0.254 16.60 2.20
51.00
x20.00
3/0 3 1672 x 0.254 18.00 2.40
60.00
x23.50
4/0 3 2116 x 0.254 19.80 2.65
65.00
x25.00
FLAT SUBMERSIBLE PUMP CABLE
Flat Jacketed Submersible Pump Cables WITH Ground

6. CONDUCTOR
SIZE (AWG)
NO OF
CONDUCTOR
Nos & Dia.
of Wire
Ground
Conductor Size
(AWG)
CORE
DIA.
(MM)
NOMINAL SHEATH
THICKNESS (MM)
CABLE
DIA. (MM)
14 3 41 X 0.25414 3.85 1.15 18.00 x6.50
12 3
65 X
0.254
12 4.50 1.15 21.00 x7.60
10 3
105 X
0.254
10 5.30 1.15 24.30 x7.90
8 3
168 X
0.254
10 6.50 1.40
29.70
x9.90
6 3
266 X
0.254
8 8.00 2.00
36.00
x11.80
4 3
420 X
0.254
8 10.10 2.00
45.10
x14.70
2 3
665 X
0.254
6 11.30 2.20
50.10
x16.20
1 3
817 X
0.254
6 13.60 2.20
58.10
x19.00
1/0 3
1045 X
0.254
6 15.60 2.20
58.10
x19.00
2/0 3
1330 X
0.254
6 18.00 2.20
66.50
x21.50
Note :
The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the
requirements of conductor resistance as per Class 5 of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360
In view of continuous improvements in our design and process, specifications given here in are subject
change without notice.
Previous Product: Submersible Oil Pump Cable
Rubber Welding Cable
rubber flexible cable,
rubber insulated cable,
10mm2 Welding Cable
16mm2 Welding Cable
25mm2 Welding Cable
35mm2 Welding Cable
50mm2 Welding Cable

7. 70mm2 Welding Cable
95mm2 Welding Cable
120mm2 Welding Cable
APPLICATIONS: Designed for connections from electrode holders and clamps to arc welders, bus welding
box or transformer.
INSTALLATION: Recommended for use in shipyards, mines and other areas where cable is subject to
extreme physical abuse.
FEATURES: Flame retardant, oil resistant, resilient, resists compression cuts and abrasion,durable
handling.
SPECIFICATIONS:
Condcutor: annealed rope stranded bare copper conductor
Insulation: Ethylene Propylene Rubber (EPR) type EP, Class 45, 105°C.
Seperation between conductor and jacket: Crepe Paper
Voltage: 600 Volts spark Tested
1. Best price in same quality.
2. Best quality in same price
3. Good after-sales service
Welding Cable
Applications
The cables are suitable for welding machine as secondary earth wire with secondary side to-ground vola
tage not more than 200V AC and impulse voltage peak 400V DC, or for connecting electrode holders.
Continuous operating temperature ≤60°C.
Manufacturing standards

8. ASTM ICEA BS DIN IEC GB AS/NZS etc.
Types, diagrams
Description International type Chinese type
Welding cable with
Rubber compound sheath
H01N2-D
( Common flexible)
H01N2-E
( Extra flexible)
60245 IEC 81 YH
Welding cable with
Polychloroprene compound (PCP)
or other equivalent synthetic elastomer sheath
60245 IEC 82 YHF
Main technical parameter
H01N2-D 60245 IEC 81 (YH) 60245 IEC 82(YHF)
Nom.
Area
2mm
Max. Dia.
of wire
mm
Nom. Cover
Thickness
mm
Average O.D. mm
Maximum DC
Resistance at 20°C
Ω/km
Min. Max. Tinned copper Untinned copper
10
0.21
2.0 7.7 9.7 1.95 1.91
16 2.0 8.8 11.0 1.24 1.21
25 2.0 10.1 12.7 0.795 0.780

9. 35 2.0 11.4 14.2 0.565 0.554
50 2.2 13.2 16.5 0.393 0.386
70 2.4 15.3 19.2 0.277 0.272
95 2.6 17.1 21.4 0.210 0.206
120
0.51
2.8 19.2 24.0 0.164 0.161
150 3.0 21.1 26.4 0.132 0.129
185 3.2 23.1 28.9 0.108 0.106
H01N2-E 60245 IEC 81(YH) 60245 IEC 82 (YHF)
Nom. Area
mm2
Max. Dia.
of wire
mm
Nom. Cover
Thickness
mm
Average O.D.
mm
Maximum DC
Resistance at 20°C
Ω/km
Min. Max. Tinned copper Untinned copper
10
0.21
1.2 6.2 7.8 1.95 1.91
16 1.2 7.3 9.1 1.24 1.21
25 1.2 8.6 10.8 0.795 0.780
35 1.2 9.8 12.3 0.565 0.554
50 1.5 11.9 14.8 0.393 0.386
70 1.5 13.6 17.0 0.277 0.272
95 1.8 15.6 19.5 0.210 0.206
120
0.51
1.8 17.2 21.6 0.164 0.161
150 1.8 18.8 23.5 0.132 0.129
185 1.8 20.4 25.5 0.108 0.106
Description & No. Conductors
x cross-sec. mm2
No. wires x
single wire
Nom.
value
in mm
Outer Ø
min.-max.
CU.
weight
kg/km
Weight
ca.
kg/km
AWG
H01N2-D 1X10 320 x 0.2 2.0 7.7 - 9.7 96.0 135.0 8
H01N2-D 1X16 512 x 0.2 2.0 8.8 - 11.0 154.0 205.0 6
H01N2-D 1X25 800 x 0.2 2.0
10.1 -
12.7
240.0 302.0 4
H01N2-D 1X35 1120 x 0.2 2.0
11.4 -
14.2
336.0 420.0 2
H01N2-D 1X50 1600 x 0.2 2.2
13.2 -
16.5
480.0 586.0 1

10. H01N2-D 1X70 2240 x 0.2 2.4
15.3 -
19.2
672.0 798.0 2/0
H01N2-D 1X95 3024 x 0.2 2.6
17.1 -
21.4
912.0 1015.0 3/0
H01N2-D 1X120 614 x 0.5 2.8
19.2 -
24.0
1152.0 1310.0 4/0
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