Power

EF
Single or multiconductor - 0.6/1kV - 90ºC - IRAM 62266
Halogen-free (LSZH-HFFR)
Download PDF datasheet

Attributes

  • Low Smoke
  • Flexible Stranded Conductors
  • Indoor Public Places
  • Halogen free
  • Sequentially Marked
  • Fire-retardant

Certifications

Applications

Recommended for use in highly populated enclosed public areas (underground train stations, airports, hospitals, theatres, cinemas, shopping malls, department stores, mine tunnels, tunnels, etc.)

features

Temperature rating: 90ºC (operating),130°C (overload) and 250°C (short circuit).
Voltage rating: 600/1000V AC, maximum 1200V AC / 1500V DC
Construction requirements: As per IEC 60502-1 / IRAM 62266.
Fire requirements: As per IEC 60332-3-24 / IRAM NM IEC 60332-3-24 - Fire-retardancy.
Halogen content requirements: As per IEC 60754-1-2 - Non-halogen.
Smoke opacity requirements: As per IEC 61034 -Smoke density.
Toxicity requirements: As per NES 713, CEI 20-37 - Non-toxic.
Conductor requirements: As per IEC 60228 / IRAM NM 280.

description

Conductor: Annealed electrolytic copper; class 5 stranding.
Insulation: XLPE (crosslinked polyethylene).
Identification:

- 1 Conductors:        
- 2 Conductors:        
- 3 Conductors:        
- 4 Conductors:        

Sheath: LSZH-HFFR (Low Smoke, Zero Halogen - Halogen-Free, Flame-Retardant); black.

optionals

Armour: Double aluminium tape spiral wrap (in single-conductor cables) and helical wire wrap or double zinc-plated steel tape spiral wrap (in multiconductor cables).

installation

Assembly: Minimum bend radius is 7xOD (in unarmoured versions) or 12xOD (in armoured versions).
Maximum pulling tension: 5daN/sq mm on copper conductors. Wire-armoured cables can withstand 10daN/sq mm on the armour wires.
Assembly temperature: 5ºC or higher.

alternatives

Conductor: Class 2 semi-rigid stranded cable can be supplied upon request.

Tables

Dimensions & Weight



Conductors per cross-section
N° x sq mm
Code Outside diameter
mm
Weight kg/km Conductors x cross-section
Nº x sq mm
Code Outside diameter
mm
Weight kg/km
1x1 EF 0110 5.4 38 2x300 EF 23000 62.8 8194
1x1.5 EF 0115 5.8 46 3x1 EF 0310 8.7 101
1x2.5 EF 0125 6.2 57 3x1.5 EF 0315 9.4 125
1x4 EF 0140 6.7 74 3x2.5 EF 0325 10.3 159
1x6 EF 0160 7.3 94 3x4 EF 0340 11.3 213
1x10 EF 1100 8.4 140 3x6 EF 0360 12.7 285
1x16 EF 1160 9.3 194 3x10 EF 3100 15 437
1x25 EF 1250 10.9 285 3x16 EF 3160 19.6 730
1x35 EF 1350 11.9 377 3x25 EF 3250 23.1 1066
1x50 EF 1500 13.5 514 3x35 EF 3350 25.3 1388
1x70 EF 1700 15.7 713 3x50 EF 3500 28.7 1871
1x95 EF 1950 17.9 925 3x70 EF 3700 34.1 2642
1x120 EF 11200 19.5 1241 3x95 EF 3950 38.6 3401
1x150 EF 11500 22.3 1447 3x120 EF 31200 42.2 4483
1x185 EF 11850 24.1 1746 3x150 EF 31500 48.7 5384
1x240 EF 12400 27.5 2299 3x185 EF 31850 52.7 6463
1x300 EF 13000 30.7 2855 3x240 EF 32400 60.5 8544
1x400 EF 14000 34.4 3685 3x300 EF 33000 67.3 10579
1x500 EF 15000 38.2 4628 4x1 EF 0410 9.4 119
1x630 EF 16300 43.7 6137 4x1.5 EF 0415 10.1 145
2x1 EF 0210 8.3 85 4x2.5 EF 0425 11.2 190
2x1.5 EF 0215 8.9 101 4x4 EF 0440 12.3 257
2x2.5 EF 0225 9.8 128 4x6 EF 0460 13.9 349
2x4 EF 0240 10.7 166 4x10 EF 4100 16.4 538
2x6 EF 0260 12 219 4x16 EF 4160 21.3 893
2x10 EF 2100 14.1 328 3x25+1x6 EF 2516 24.2 1208
2x16 EF 2160 18.6 596 3x35+1x16 EF 3516 26 1511
2x25 EF 2250 21.8 857 3x50+1x25 EF 5025 29.9 2081
2x35 EF 2350 23.8 1095 3x70+1x35 EF 7035 35.1 2913
2x50 EF 2500 27 1468 3x95+1x50 EF 9550 40.1 3809
2x70 EF 2700 31.4 2022 3x120+1x70 EF 12070 44.6 5100
2x95 EF 2950 36.2 2658 3x150+1x70 EF 15070 49.9 5900
2x120 EF 21200 39.6 3458 3x185+1x95 EF 18595 54.7 7205
2x150 EF 21500 45 4138 3x240+1x120 EF 240120 62.3 9528
2x185 EF 21850 49.2 5011 3x300+1x150 EF 300150 69.7 11729
2x240 EF 22400 56 6556        

Electrical Characteristics



Nominal cross-section sq mm Electrical resistance at 90ºC in AC Ohm/km Inductive reactance at 50hz Current-carrying capacity in free air (2) Current-carrying capacity in earth (3)
Single-conductor (1) Ohm/km Multiconductor cables
Ohm/km
1x (1) Ampere 2x  Ampere 3x (4) Ampere 1x (1) Ampere 2x  Ampere 3x (4) Ampere
1 24.86 0.166 0.107 N/A N/A N/A N/A N/A N/A
1.5 16.96 0.157 0.100 19.0 22.8 20.0 32.3 32.3 27.6
2.5 10.18 0.145 0.093 25.7 31.4 27.6 42.8 43.7 37.1
4 6.31 0.137 0.088 34.2 42.8 36.1 55.1 57.0 48.5
6 4.21 0.128 0.083 44.7 54.2 46.6 69.4 72.2 60.8
10 2.44 0.118 0.078 61.8 74.1 64.6 93.1 96.9 82.7
16 1.54 0.112 0.075 82.7 99.8 86.5 120.7 128.3 107.4
25 0.995 0.109 0.075 121.6 128.3 109.3 156.8 166.3 140.6
35 0.707 0.105 0.073 152.0 159.6 136.8 188.1 199.5 168.2
50 0.493 0.102 0.073 187.2 194.8 166.3 220.4 238.5 198.6
70 0.348 0.098 0.071 241.3 249.9 212.8 270.8 291.7 243.2
95 0.264 0.096 0.070 295.5 304.0 257.5 325.9 350.6 292.6
120 0.207 0.095 0.070 345.8 354.4 299.3 370.5 399.0 333.5
150 0.166 0.094 0.070 400.9 408.5 344.9 415.2 448.4 373.4
185 0.137 0.094 0.070 460.8 468.4 394.3 470.3 508.3 424.7
240 0.105 0.092 0.069 548.2 553.9 464.6 547.2 591.9 493.1
300 0.0853 0.091 0.069 636.5 640.3 536.8 621.3 668.8 558.6
400 0.0666 0.090 -- 750.5 -- -- 709.7 -- --
500 0.0547 0.090 -- 862.6 -- -- 824.6 -- --
630 0.0438 0.089 -- 994.7 -- -- 941.5 -- --

(1) Three single-conductor cables in one plane in contact with each other.
(2) Cables installed in free air at 40ºC according to IEC 364-5-523.
(3) Cables directly buried in earth at a ground temperature of 25ºC with ground specific thermal resistivity of 1K.m/W.
(4) The values also apply to 4-conductor and 5-conductor cables.
For further information about current-carrying capacity values and types of installations refer to IEC 364-5-523 and the regulations for electrical installations in buildings defined by Argentina's Electrotechnical Association (in Spanish, "Reglamentación para la ejecución de Instalaciones eléctricas en inmuebles", part 7 section 771).

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