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(N)HXCH FE180/E30-E60

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SiR/FRNC halogen-free energy cable with insulation integrity and circuit integrity, screened

Safety Cables with circuit integrity

These cables are intended for the stationary distribution of electrical energy in dry or damp premises and for fixed installations in air or concrete. Suitable for hotels, hospitals, underground railways, airports etc. to protect people and technical building equipment in the event of fire.. Not allowed for installations underground or in water. These cables are not UV-protected.

Design

This product consists of:

  • 1
    Copper conductor, round solid (RE) resp. round stranded (RM)
  • 2
    Core insulation (silicone rubber)
  • 3
    Inner covering (halogen-free tape and halogen free polymer compound)
  • 4
    Concentric screen (bare copper wires), counter helix (copper tape) and halogen-free plastic tape
  • 5
    Sheath (halogen-free polymer compound, orange)

Technical Data

Standard: 
  • adapted to DIN VDE 0266
  • HD 604.5H
  • DIN VDE 0276-604, part 0, 1 and 5G
  • DIN VDE 0276-627, part 1 and 7H
Certificate: 
  • VDE Germany
  • VDE Reg. No. K011
Test Voltage: core/core 4 kV / 50 Hz
Rated Voltage: 0.6/1 kV
Bending radius (min.): 12 x Ø of cable
Fire properties: 
  • EN 60332-1-2: flame retardant
  • EN 60754-2: halogen-free, non-corrosive combustion gases
  • EN IEC 60332-3-24: reduced flame propagation
  • EN 61034-2: low smoke emission
  • DIN VDE 0472-814: insulation integrity FE180
  • DIN 4102-12: circuit integrity: E30-E60
Core identification: HD 308 S2
Temperature range: 
  • Laying temperature: min. -5°C
  • Operating temperature: -50°C up to 90°C
  • Conductor temperature: max. 90°C
  • Short circuit temperature: max. 250°C
Cable image - (N)HXCH FE180/E30-E60
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Cable image - (N)HXCH FE180/E30-E60
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Cable image - (N)HXCH FE180/E30-E60
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Contact us

Are you interested in this product?

Ing. Štěpán Laštůvka

Product supervisor

+420 732 912 682
[email protected]

Options

Add to inquiry
Number of cores x nominal cross-section / cross-section of screen (mm²)
Number of cores x nominal cross-section / cross-section of screen (mm²)
Max. conductor resistance (Ω/km)
Current rating in the air (A)
Outer diameter appr. (mm)
Total weight appr. (kg/km)
2 x 1.5 RE / 1.5
12.1
28
14.0
249
3 x 1.5 RE / 1.5
12.1
25
14.5
274
4 x 1.5 RE / 1.5
12.1
25
15.4
309
5 x 1.5 RE / 1.5
12.1
16
16.4
348
7 x 1.5 RE / 2.5
12.1
16
17.4
420
10 x 1.5 RE / 2.5
12.1
13
20.9
572
12 x 1.5 RE / 2.5
12.1
13
21.4
618
14 x 1.5 RE / 2.5
12.1
12
22.3
676
19 x 1.5 RE / 4
12.1
11
24.3
831
24 x 1.5 RE / 6
12.1
10
28.5
1091
30 x 1.5 RE / 6
12.1
9
30.0
1245
40 x 1.5 RE / 10
12.1
8
33.9
1590
2 x 2.5 RE / 2.5
7.41
37
14.8
296
3 x 2.5 RE / 2.5
7.41
33
15.4
330
4 x 2.5 RE / 2.5
7.41
33
16.3
376
5 x 2.5 RE / 2.5
7.41
22
17.4
427
7 x 2.5 RE / 2.5
7.41
21
18.6
513
10 x 2.5 RE / 4
7.14
18
23.0
732
12 x 2.5 RE / 4
7.14
17
23.6
798
14 x 2.5 RE / 6
7.14
15
24.6
898
19 x 2.5 RE / 6
7.14
14
26.9
1103
24 x 2.5 RE / 10
7.14
13
31.5
1443
30 x 2.5 RE / 10
7.14
12
33.2
1657
40 x 2.5 RE / 10
7.14
11
37.0
2084
2 x 4 RE / 4
4.61
49
16.2
362
3 x 4 RE / 4
4.61
43
16.9
409
4 x 4 RE / 4
4.61
43
18.0
471
5 x 4 RE / 4
4.61
28
19.2
537
7 x 4 RE / 4
4.61
27
20.5
651
10 x 4 RE / 6
4.61
27
24.7
930
12 x 4 RE / 6
4.61
27
25.4
1022
14 x 4 RE / 6
4.61
27
26.5
1129
19 x 4 RE / 10
4.61
25
29.6
1452
2 x 6 RE / 6
3.08
62
17.2
445
3 x 6 RE / 6
3.08
54
18.0
510
4 x 6 RE / 6
3.08
54
19.1
591
5 x 6 RE / 6
3.08
36
20.5
678
2 x 10 RE / 10
1.83
85
19.2
600
3 x 10 RE / 10
1.83
75
20.1
701
4 x 10 RE / 10
1.83
75
21.4
824
5 x 10 RE / 10
1.83
49
23.1
962
2 x 16 RM / 16
1.15
113
21.5
834
3 x 16 RM / 16
1.15
100
22.5
992
4 x 16 RM / 16
1.15
100
24.2
1175
5 x 16 RM / 16
1.15
65
26.1
1380
1 x 25 RM / 16
0.727
152
15.2
535
3 x 25 RM / 16
0.727
136
26.5
1388
4 x 25 RM / 16
0.727
136
28.6
1670
5 x 25 RM / 16
0.727
90
31.2
1997
1 x 35 RM / 16
0.524
217
16.4
640
3 x 35 RM / 16
0.524
165
28.9
1733
4 x 35 RM / 16
0.524
165
31.3
2117
5 x 35 RM / 16
0.524
165
34.3
2558
1 x 50 RM / 16
0.387
265
18.2
786
3 x 50 RM / 25
0.387
201
32.8
2326
4 x 50 RM / 25
0.387
201
35.9
2855
5 x 50 RM / 25
0.387
201
39.4
3441
3 x 70 RM / 35
0.268
255
38.1
3171
4 x 70 RM / 35
0.268
255
41.6
3902
5 x 70 RM / 35
0.268
255
45.6
4707
3 x 95 RM / 50
0.193
314
43.0
4261
4 x 95 RM / 50
0.193
314
47.1
5266
5 x 95 RM / 50
0.193
314
51.8
6366
3 x 120 RM / 70
0.153
364
46.1
5277
4 x 120 RM / 70
0.153
364
50.6
6526
5 x 120 RM / 70
0.153
364
55.9
7901
1 x 150 RM / 16
0.124
557
25.7
1828
3 x 150 RM / 70
0.124
416
50.7
6338
4 x 150 RM / 70
0.124
416
55.8
7880
5 x 150 RM / 70
0.124
416
61.5
9534
3 x 185 RM / 95
0.099
480
56.5
8001
4 x 185 RM / 95
0.099
480
62.1
9896
4 x 240 RM / 120
0.075
565
69.5
12673

Technical changes reserved.

All figures are therefore without guarantee.

To inquiry

CMS

Add to inquiry
System / System Manufacturer
System identification
Classification
Range
Distance (a) /Width (b) / Load (g)
AbP number
Laying type No.
Normtrag
Abstandschelle
E60
n x ≥ 1.5/1.5
a ≤ 300 mm
P-MPA-E-23-003
1.3
Normtrag
Bügelschelle
E60
n x ≥ 1.5/1.5
a ≤ 300 mm
P-MPA-E-23-003
1.4
Normtrag
Bügelschelle mit LW
E60
n x ≥ 1.5/1.5
a ≤ 600 mm
P-MPA-E-23-003
1.5
Normtrag
Rinne
E30
n x ≥ 1.5/1.5
a ≤ 1200 mm b = 300 mm g ≤ 10 kg/m
P-MPA-E-23-003
1.2
Normtrag
Leiter
E30
n x ≥ 1.5/1.5
a ≤ 1200 mm b = 400 mm g ≤ 20 kg/m
P-MPA-E-23-003
1.1
OBO Bettermann
RKSM 630 + AW55/31
E60
n x ≥ 1.5/1.5
a ≤ 1500 mm b = 300 mm g ≤ 20 kg/m
P-MPA-E-23-003
2.1
OBO Bettermann
RKSM 640 + AW55/41
E60
n x ≥ 1.5/1.5
a ≤ 1500 mm b = 400 mm g ≤ 20 kg/m
P-MPA-E-23-003
2.2
OBO Bettermann
GRM 55/ + AW15/ (AWG15/)
E60
n x ≥ 1.5/1.5
a ≤ 1500 mm b ≤ 400 mm g ≤ 15 kg/m
P-MPA-E-23-003
5.1
OBO Bettermann
2031-M/15
E60
n x ≥ 1.5/1.5 - n x ≤ 25
a ≤ 600 mm g ≤ 2 kg/m
P-MPA-E-23-003
6.1
OBO Bettermann
2031-M/30
E60
n x ≥ 1.5/1.5
a ≤ 600 mm g ≤ 3 kg/m
P-MPA-E-23-003
6.2
OBO Bettermann
2031-M/70
E60
n x ≥ 1.5/1.5
a ≤ 800 mm g ≤ 6 kg/m
P-MPA-E-23-003
6.3
OBO Bettermann
2056/M
E60
n x ≥ 1.5/1.5
a ≤ 800 mm
P-MPA-E-23-003
8.1
OBO Bettermann
732/733
E60
n x ≥ 1.5/1.5
a ≤ 800 mm
P-MPA-E-23-003
8.2
OBO Bettermann
Stahlpanzerrohr M
E30
n x ≥ 1.5/1.5
a ≤ 1500 mm
P-MPA-E-23-003
11.1
Niedax
RLVC 60.300 + KTAS300
E60
n x ≥ 1.5/1.5
a ≤ 1500 mm b = 300 mm g ≤ 20 kg/m
P-MPA-E-23-003
3.1
Niedax
RLVC 60.400 + KTAS400
E60
n x ≥ 1.5/1.5
a ≤ 1500 mm b = 400 mm g ≤ 20 kg/m
P-MPA-E-23-003
3.2
Niedax
MTC 54.400 + KTAS400
E60
n x ≥ 1.5/1.5
a ≤ 1500 mm b ≤ 400 mm g ≤ 15 kg/m
P-MPA-E-23-003
4.2
Niedax
SHS15
E60
n x ≥ 1.5/1.5 - n x ≤ 25
a ≤ 600 mm g ≤ 3 kg/m
P-MPA-E-23-003
7.1
Niedax
SHS30
E60
n x ≥ 1.5/1.5
a ≤ 600 mm g ≤ 3 kg/m
P-MPA-E-23-003
7.2
Niedax
SHS80
E30
n x ≥ 1.5/1.5
a ≤ 800 mm g ≤ 6 kg/m
P-MPA-E-23-003
7.3
Niedax
Bügelschellen B
E60
n x ≥ 1.5/1.5
a ≤ 800 mm
P-MPA-E-23-003
9.1
Niedax
Abstandschelle SAS
E60
n x ≥ 1.5/1.5
a ≤ 800 mm
P-MPA-E-23-003
9.2
Niedax
LLK
E60
n x ≥ 1.5/1.5
a ≤ 500 mm g ≤ 3 kg/m
P-MPA-E-23-003
12.1
Niedax
RLVC 60.300 E5 + TAH
E30
n x ≥ 1.5/1.5
a ≤ 1500 mm b = 300 mm g ≤ 20 kg/m
P-MPA-E-23-003
3.3
Niedax
MTC 54.200 + KTAS200
E30
n x ≥ 1.5/1.5
a ≤ 1500 mm b ≤ 200 mm g ≤ 15 kg/m
P-MPA-E-23-003
4.1

Technical changes reserved.

All figures are therefore without guarantee.

To inquiry

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