Welding Cable | H01N2-D | H01N2-E

Overview Specifications

CONSTRUCTION PARAMETER

Overview

APPLICATION

Designed for welding equipment and accessories; retain their high flexibilty even under influence of ozone, light, oxygen, protective glass, oil & petrol; resistant to flame propagation, suitable for use in dry and damp conditions, outdoors and indoors

STANDARD

BS EN 50525-2-81, HD 22.6

DOWNLOAD
CABLE DATASHEET

450/750V

BS EN 50525-2-81, HD 22.6

CONVEYORS
INDUSTRIAL USE
MOBILE USE
ROBOTICS
WELDING

BY COLOR

Specifications

ELECTRICAL PERFORMANCE

450/750V

STANDARD

BS EN 50525-2-81, HD 22.6

APPLICATION

CONVEYORS
INDUSTRIAL USE
MOBILE USE
ROBOTICS
WELDING

CORE IDENTIFICATION

BY COLOR

CHEMICAL PERFORMANCE

Chemical & Oil resistance: Excellent

MECHANICAL PERFORMANCE

Minimum bending radius: x5 cable diameter

FIRE PERFORMANCE

Flame non-propagation base on IEC 60332-1

THERMINAL PERFORMANCE

Maximum service temperature:85℃
Maximum short-circuit temperature:200℃(max. 5s)
Minimum service temperature:-25℃

Other Properties

APPROVALS

INSTALLATION CONDITIONS

OPEN AIR

CABLE MARKING

OIL INK PRINTING
EMBOSSING PRINTING

PACKAGING

BY COIL/BY ROLL
BY PLASTIC OR POLYWOOD OR WOODEN OR STEEL-WOODEN REEL/DRUM

CONSTRUCTION

1. Conductor:

Plain annealed copper wire

2. Binder tape:

Polyester tape

3. Cover:

Type EM 5 to EN 50363-2-2, the cover can consist of one or two layers.

Color of Cover:

Black

TECHINCAL DATA

Test Voltage 50Hz: 1000V

Maximum conductor operating temp: +85°C

Lowest ambient temperature for fixed installation: -40°C

Lowest installation temperature: -25°C

Maximum short-circuit conductor temperature: +250°C

Pulling strength: The maximum static pulling strength may not exceed 15N/mm2

Minimum bending radius: 6 x D ; D – overall diameter of cable

Flame propagation: EN 60332-1-2:2004, IEC 60332-1-2:2004

PARAMETER

H01N2-D CABLE

H01N2-E CABLE

Nominal Cross Section Area of Conductor	Maximum Dia. of Wires in Conductor	Thickness of Covering Specified Value	Mean Overall Dia.		Max. Conductor Resistance at 20°C



			Lower Limit	Upper Limit	Untinned Wires	Tinned Wires
mm2	mm	mm	mm	mm	Ω/km
H01N2-D
10	0.21	2.0	7.7	9.7	1.91	1.95
16	0.21	2.0	8.8	11.0	1.21	1.24
25	0.21	2.0	10.1	12.7	0.780	0.795
35	0.21	2.0	11.4	14.2	0.554	0.565
50	0.21	2.2	13.2	16.5	0.386	0.393
70	0.21	2.4	15.3	19.2	0.272	0.277
95	0.21	2.6	17.1	21.4	0.206	0.210
120	0.51	2.8	19.2	24.0	0.161	0.164
150	0.51	3.0	21.1	26.4	0.129	0.132
185	0.51	3.2	23.1	28.9	0.106	0.108
240	0.51	3.4	25.8	32.1	0.0817	0.0801

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Nominal Cross Section Area of Conductor	Maximum Dia. of Wires in Conductor	Thickness of Covering Specified Value	Mean Overall Dia.		Max. Conductor Resistance at 20°C



			Lower Limit	Upper Limit	Untinned Wires	Tinned Wires
mm2	mm	mm	mm	mm	Ω/km
H01N2-E
10	0.16	1.2	6.2	7.8	1.91	1.95
16	0.16	1.2	7.3	9.1	1.21	1.24
25	0.16	1.2	8.6	10.8	0.780	0.795
35	0.16	1.2	9.8	12.3	0.554	0.565
50	0.16	1.5	11.9	14.8	0.386	0.393
70	0.16	1.5	13.6	17.0	0.272	0.277
95	0.16	1.8	15.6	19.5	0.206	0.210
120	0.21	1.8	17.2	21.6	0.161	0.164
150	0.21	1.8	18.8	23.5	0.129	0.132
185	0.21	1.8	20.4	25.5	0.106	0.108
240	0.21	2.0	23.0	28.0	0.0817	0.0801

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WELDING CABLE H01N2-D AND H01N2-E