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KORkNk FRHF FE180/Eк30 (SL-НХН FE180) Control cable, fire resistant

KORkNk FRHF FE180/Eк30 (SL-НХН FE180)
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Stability during single burning

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Stability when burning in a bundle

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Halogen-free

FIELD OF APPLICATION

  • For stationary installation in automatic control and monitoring systems of power circuits
  • In rooms with dry or humid environments under normal mechanical loads

ADVANTAGES

  • The cables are tested for installation outside the hermetic zone in cable structures and NPP premises in systems of classes: 2, 3, 4 according to the classification of NP 306.2.141-2008
  • Preservation of circuit integrity, under standard temperature conditions, from 30 to 90 minutes at temperatures from ~842˚C (Ek30) to ~1006˚C (Ek90)

CONSTRUCTION

Resin

Copper conductors, in accordance with the requirements of DSTU EN 60228, flexibility class 1

Insulation

Organosilicon rubber

Outer shell

Orange halogen-free polymer composition

Number of cores

4, 5, 7, 10, 14, 19, 27, 37÷61

TECHNICAL CHARACTERISTICS

Electrical resistance depending on the rated area cross-section of the conductor, not more:

mm²
Ohm/km

0,5
36

1,0
18,1

1,5
12,1

2,5
7,41

Temperature range

-50˚С to +70˚С

Test voltage

2500 W

Operating voltage

300/500 W

Electrical resistance of insulation

20 MOhm/km

Minimum bending radius

15 х D

Color identification of cores

EN 50334

COMPLIANCE / STANDARDS

Single combustion - clause 4.1 of DSTU 4809, DSTU EN 60332-1 -2

Combustion in bundles - clause 4.2 of DSTU 4809, DSTU EN 60332-3-22

Toxicity- n. 4.3 ДСТУ 4809

Smoke smoke - clause 4.4 of DSTU 4809.

Combustion smoke - clause 4.5 of DSTU 4809, DSTU EN 61034-2.

Halogens and corrosivity - clause 4.6 of DSTU 4809, DSTU EN 60754-2.

Standard temperature conditions (clause 4.7 of DSTU 4809).

Integrity of circuits under conditions of exposure to flame with a temperature of at least 750 ° C - clause 4.6 of which is at least 750 ° C - 4.8 DSTU 4809, DSTU IEC 60331-21

TABLE OF NOMENCLATURES

Article no. Number of cores and
cross section mm2
Maximum
outer diameter
Mass of copper Mass.
11400901 2х0,5 7.4 9.21 36
11400902 3х0,5 7.8 13.82 46
11400903 4х0,5 8.5 18.43 58
11400904 5х0,5 9.7 23.03 71
11400905 7х0,5 10.5 32.24 92
11400906 10х0,5 13.0 46.06 127
11400907 14х0,5 14.1 64.49 166
11400908 19х0,5 15.6 87.52 216
11400909 27х0,5 18.5 124.37 298
11400910 37х0,5 21.1 170.44 400
11400911 2х0,75 8.0 13.82 49
11400912 3х0,75 8.5 20.73 63
11400913 4х0,75 9.8 27.64 80
11400914 5х0,75 10.6 34.55 96
11400915 7х0,75 11.4 48.37 124
11400916 10х0,75 14.3 69.10 172
11400917 14х0,75 15.4 96.73 226
11400918 19х0,75 17.1 131.28 295
11400919 27х0,75 20.8 186.56 412
11400920 37х0,75 23.2 255.66 546
11400921 2х1,0 8.6 18.43 58
11400922 3х1,0 9.6 27.64 81
11400923 4х1,0 10.4 36.85 100
11400924 5х1,0 11.3 46.06 120
11400925 7х1,0 12.3 64.49 155
11400926 10х1,0 15.4 92.13 216
11400927 14х1,0 16.6 128.98 285
11400928 19х1,0 18.5 175.04 372
11400929 27х1,0 22.5 248.75 519
11400930 37х1,0 25.1 340.87 690
11400931 2х1,5 9.8 27.64 75
11400932 3х1,5 10.3 41.46 99
11400933 4х1,5 11.2 55.28 124
11400934 5х1,5 12.2 69.10 149
11400935 7х1,5 13.2 96.73 197
11400936 10х1,5 16.6 138.19 275
11400937 14х1,5 18.1 193.47 367
11400938 19х1,5 20.5 262.57 494
11400939 27х1,5 24.5 373.12 685
11400940 37х1,5 27.8 511.31 921
11400941 2х2,5 11.0 46.06 102
11400942 3х2,5 11.6 69.10 137
11400943 4х2,5 12.7 92.13 174
11400944 5х2,5 13.8 115.16 211
11400945 7х2,5 15.1 161.22 280
11400946 10х2,5 19.1 230.32 394
11400947 14х2,5 21.2 322.45 540
11400948 19х2,5 25.0 437.61 712
11400949 27х2,5 28.7 621.87 1006
11400950 37х2,5 32.1 852.19 1346
11400951 4х4,0 14.2 147.41 252
11400952 5х4,0 15.5 184.26 306
11400953 4х6,0 15.5 221.11 356
11400954 5х6,0 16.6 276.39 459