N2XH Copper Conductor XLPE/LSZH Insulation LSZH Inner Sheath Power Cable, Low voltage cable

Overview

Designed for fixed power and control applications where mechanical protection is not required. Suitable for use indoors, outdoors or laid in concrete but not for direct burial or immersion in water LSZH cables ensure increased safety in the case of fire due to the virtual elimination of toxic fumes if burnt. Pronounced advantages when compared to PVC cabling: low fire load, low smoke emission reduced fire propagation.

Application

These power cables are used for electricity supply in low voltage installation system. They are well adapted to underground use in industrial applications with an additional mechanical protection.These cables can be fixed on cable trays, within conduits or fixed to walls.
Used in energy networks refineries, mines, hotels, schools, tunnels, high constructions, hospitals, power plants, data processing centers, business centers where there is a risk of fire.

Characteristics

Voltage Rating: ( Uo /U) 600/1000V
Temperature Rating Fixed: -20℃ to +90℃
Minimum Bending Radius 12 x overall diameter
Sheath Colour: Black

Standard

DIN VDE 0276-604

Specifications

Low Voltage

Cold Resistant -25℃

LSZH

Working Temperature 90℃

construction

Conductor:

Copper
Up to 16 mm2: Class 1 solid copper conductor
Above 16 mm2: Class 2 stranded copper conductor

Insulation:

XLPE

Filler:

LSZH

Outer sheath:

LSZH(Low Smoke Zero Halogen)

parameter

Single Core

Multicore

Number of cores and cross section	Outer diameter	Weight of cable	Calorific potential
mm2	approx. mm	approx. kg/km	kWh/m
1 x 4 RE	7,3	89	0,29
1 x 6 RE	7,8	112	0,33
1 x 10 RE	8,6	156	0,38
1 x 16 RM	9,8	226	0,46
1 x 25 RM	11,4	327	0,62
1 x 35 RM	12,6	429	0,71
1 x 50 RM	13,8	555	0,82
1 x 70 RM	15,7	765	1,00
1 x 95 RM	17,4	1.024	1,14
1 x 120 RM	19,0	1.263	1,32
1 x 150 RM	20,9	1.542	1,59
1 x 185 RM	23,1	1.918	1,91
1 x 240 RM	25,6	2.466	2,24
1 x 300 RM	28,1	3.065	2,58

Number of cores and cross section	Outer diameter	Weight of cable	Calorific potential
mm2	approx. mm	approx. kg/km	kWh/m
2 x 1,5 RE	9,3	125	0,45
2 x 2,5 RE	10,1	158	0,52
3 x 1,5 RE	9,7	142	0,51
3 x 2,5 RE	10,6	184	0,59
3 x 4 RE	11,7	247	0,70
3 x 6 RE	12,8	322	0,80
3 x 10 RE	14,9	480	1,02
3 x 16 RM	17,7	732	1,36
4 x 1,5 RE	10,4	166	0,60
4 x 2,5 RE	11,4	220	0,69
4 x 4 RE	12,6	298	0,84
4 x 6 RE	13,8	391	0,95
4 x 10 RE	16,3	599	1,26
4 x 16 RM	19,2	908	1,63
4 x 25 RM	23,9	1.413	2,48
4 x 35 RM	26,7	1.863	2,93
4 x 50 SM	29,1	2.362	3,76
4 x 70 SM	32,2	3.151	4,55
4 x 95 SM	37,2	4.339	5,72
4 x 120 SM	40,8	5.332	6,36
5 x 1,5 RE	11,2	195	0,71
5 x 2,5 RE	12,3	260	0,84
5 x 4 RE	13,7	357	1,00
5 x 6 RE	15,4	486	1,21
5 x 10 RE	17,8	723	1,52
5 x 16 RM	21,6	1.138	2,07
5 x 25 RM	26,0	1.700	2,78
7 x 1,5 RE	12,0	239	0,80
10 x 1,5 RE	15,6	358	1,18
12 x 1,5 RE	16,0	395	1,29
14 x 1,5 RE	16,9	446	1,48
19 x 1,5 RE	18,6	557	1,80
24 x 1,5 RE	22,2	736	2,35
30 x 1,5 RE	23,3	857	2,72
40 x 1,5 RE	26,0	1.080	3,09
7 x 2,5 RE	13,2	323	0,93
10 x 2,5 RE	17,4	482	1,40
12 x 2,5 RE	17,9	540	1,53
14 x 2,5 RE	18,7	603	1,72
19 x 2,5 RE	21,2	796	2,18
24 x 2,5 RE	24,6	998	2,73
30 x 2,5 RE	25,9	1.176	3,17