NHXH FE180/E90

Halogen-free power and signal cable 0,6/1 kV, with improved properties under fire, and 90-minute circuit integrity maintenance

NHXH FE180/E90

APPLICATION

 NHXH cables are suitable for fixed installation in dry and damp environment, on or under plaster, on cable trays, same as in walls and concrete. Not intended for direct laying in ground or water. For outdoor application can be laid in tubes, but in that case should be taken all precautionary measures necessary to prevent water penetration into the tubes. Suitable for electric installations with marked fire-fighting and function preserving requirements, for alarm systems, fire sensors, evacuation elevators and other supply systems in an emergency. Appropriate for application in all situations where people and material goods need to be protected in case of fire. Recommended for public buildings frequented by a lot of people, and for buildings of high material value, for industrial complexes, electric power plants, transformer stations, municipal facilities, hotels, shopping malls, hospitals, schools, airports, underground railways and similar. Important - NHXH cables should not be laid on common trays, but on fireresistant trays which retain their geometry in case of fire. Keeping NHXH cables in the same position in case of fire, enables additional protection of cable conductivity, by means of the mineral layer discharged around the cable at increased temperature. 

CONSTRUCTION

  • Sheath
    HFFR compound
  • Bedding
    Extruded halogen-free polymer or lapped glass fiber
  • Conductors
    Cu, class 1 or 2 according to En 60228
  • Insulation 1
    Fire resistant halogen-free mica tape
  • Insulation 2
    Cross-linked halogen-free polymer

TEHNICAL CHARACTERISTICS

  • Standard
    DIN VDE 0266; HD 604 S1
  • Rated voltage
    0,6/1 kV
  • Bending radius (min)
    single-core - 15D; multi-core - 12D
  • Max. working temperature
    90°C
  • Min. temp. for cable laying
    -5°C
  • Max. short-circuit temperature
    250°C
Nominal cross-section Conductor construction Max. Resistance at 20°C Current capacity in air Outer diam. (approx.) Metal weight Cable weight (approx.)
mm2 Ω/km A mm kg/km kg/km
1x10 RE 1,830 77 8,6 96 169
1x16 RE/RM 1,150 102 9,5 153,6 238
1x25 RM 0,727 138 11,0 240 347
1x35 RM 0,524 170 12,1 336 457
1x50 RM 0,387 207 13,6 480 624
1x70 RM 0,268 263 15,2 672 841
1x95 RM 0,193 325 16,8 912 1103
1x120 RM 0,153 380 18,4 1152 1370
1x150 RM 0,124 437 20,2 1440 1695
1x185 RM 0,0991 507 22,1 1776 2071
1x240 RM 0,0754 604 24,5 2304 2644
1x300 RM 0,0601 697 26,7 2880 3264
1x400 RM 0,0470 811 30,4 3840 4315
2x1,5 RE 12,1 26 11,7 28,8 196
2x2,5 RE 7,41 34 12,5 48 237
2x4 RE 4,61 44 13,5 76,8 295
2x6 RE 3,08 56 14,5 115,2 363
2x10 RE 1,830 74 16,4 192 492
2x16 RE/RM 1,150 98 18,0 307,2 672
2x25 RM 0,727 133 21,0 480 970
2x35 RM 0,524 162 23,2 672 1257
2x50 RM 0,387 197 26,8 960 1738
3x1,5 RE 12,1 24 12,2 43,2 216
3x2,5 RE 7,41 32 13,0 72 267
3x4 RE 4,61 42 14,0 115,2 339
3x6 RE 3,08 53 15,2 172,8 427
3x10 RE 1,830 74 16,9 288 593
3x16 RE/RM 1,150 98 18,9 460,8 828
3x25 RM 0,727 133 22,2 720 1213
3x35 RM 0,524 162 24,5 1008 1592
3x50 RM 0,387 197 28,0 1440 2182
3x70 RM 0,268 250 31,8 2016 2959
3x95 RM 0,193 308 36,1 2736 3933
3x120 RM 0,153 359 39,7 3456 4885
3x150 RM 0,124 412 43,8 4320 6047
3x185 RM 0,0991 475 48,7 5328 7477
3x240 RM 0,0754 564 54,0 6912 9506
3x300 RM 0,0601 649 59,6 8640 11781
3x25+16 RM 0,727/1,150 133 22,6 873,6 1165
3x35+16 RM 0,524/1,150 162 24,6 1161,6 1511
3x50+25 RM 0,387/0,727 197 28,4 1680 2114
3x70+35 RM 0,268/0,524 250 32,8 2352 2929
3x95+50 RM 0,193/0,387 308 26,8 3216 3920
3x120+70 RM 0,153/0,268 359 40,9 4128 4957
3x150+70 RM 0,124/0,268 412 45,0 4992 6023
3x185+95 RM 0,0991/0,193 475 49,8 6240 7454
3x240+120 RM 0,0754/0,153 564 55,7 8064 9562
3x300+150 RM 0,0601/0,124 649 61,4 10080 11888
4x1,5 RE 12,1 24 12,9 57,6 253
4x2,5 RE 7,41 32 13,9 96 316
4x4 RE 4,61 42 15,1 153,6 407
4x6 RE 3,08 53 16,3 230,4 517
4x10 RE 1,830 74 18,3 384 728
4x16 RE/RM 1,150 98 20,5 614,4 1029
4x25 RM 0,727 133 24,1 960 1515
4x35 RM 0,524 162 26,8 1344 1998
4x50 RM 0,387 197 30,6 1920 2746
4x70 RM 0,268 250 35,3 2688 3776
4x95 RM 0,193 308 39,5 3648 4976
4x120 RM 0,153 359 44,0 4608 6230
4x150 RM 0,124 412 48,6 5760 7712
4x185 RM 0,0991 475 53,5 7104 9458
4x240 RM 0,0754 564 59,9 9216 12116
4x300 RM 0,0601 649 65,6 11520 14994
5x1,5 RE 12,1 24 13,8 72 288
5x2,5 RE 7,41 32 14,9 120 365
5x4 RE 4,61 42 16,2 192 474
5x6 RE 3,08 53 17,6 288 608
5x10 RE 1,830 74 19,8 480 863
5x16 RE/RM 1,150 98 22,3 768 1230
5x25 RM 0,727 133 26,4 1200 1821
5x35 RM 0,524 162 29,3 1680 2411
5x50 RM 0,387 197 34,0 2400 3364
5x70 RM 0,268 250 38,7 3360 4575
5x95 RM 0,193 308 43,4 4560 6030
5x120 RM 0,153 359 48,3 5760 7567
5x150 RM 0,124 412 53,4 7200 9376
5x185 RM 0,0991 475 59,3 8880 11577
5x240 RM 0,0754 564 66,0 11520 14751
5x300 RM 0,0601 649 72,4 14400 18200
  • *Permissible current rating values are according to:
  • - three-phase circut
  • - laying depth of 0,8m for buried cables
  • K=1 - resistivity of the ground equal to 1,0K-m/W
  • K=1,5 - resistivity of the ground equal to 1,5K-m/W