Harmonize Standard Cables

Cable Structure

Generally Conforms to, DIN VDE 0282 PART 810, IEC 245, BS7655,BS7919/ HD22.1, HD22.4

  • Conductor : Flexible Class 5 copper conductor according to DIN VDE 0295,IEC 60228

  • Insulation : EPDM-rubber, core identification by colours

  • Colour : Weather – and oil resistant rubber Black or Blue,

*Any other Color on specific request can also be supplied

Technical Data

  • Operating Temp : -25°c to max.+90°C
  • Nominal voltage : 450/750 V
  • Test voltage : 2500 V
  • Min. bending radius : 8 x cable diameter
  • Flame propagation : Flame retardant test as per IEC 60332-1

Cable features

  • Temperature range -30° to +90°
  • Designed for heavy duty use
  • Cur, tear & abrasion resistant
  • Exceptional long term performance
  • Excellent resistant to oils, chemicals, ozone & solvents
  • Excellent Weather Resistant
  • Performs & Looks like Vulcanize Rubber
  • Excellent Electrical Properties
  • Approved by GWSSB, GWRDC, TWAD, PHED, PSTC, ONGC
  • Tested by INTERTEK,SGS, EIL, RITES, NPC

Application

HO7RN-F
Yogicab H07RN-F rubber insulated and sheathed cables are intended for flexible connection to electrical equipment. They are suitable for both indoor and outdoor use in industrial and agricultural plant and on construction sites.

Standard length cable packing:
Coils 100 and 200 m in carton boxes, reels

Harmonize Standard Cables

Single Core

Sq. mm Nos/ dia. (Nom.) Insulation Thicknes
in mm ( nom.)		 Core dia. In mm Sheath Thickness
in mm (nom.)		 Cable dia.
In mm (Nom.)		 Max. C.R in
ohm/km Copper
1 C X 1.5 22/0.300 0.80 3.25 1.40 6.20 12.10
1 C X 2.5 36/0.300 0.80 3.80 1.40 6.70 7.41
1 C X 4 56/0.300 0.90 4.50 1.50 7.50 4.95
1 C X 6 84/0.300 1.00 5.25 1.60 8.60 3.30
1 C X 10 140/0.300 1.00 7.00 1.80 10.80 1.91
1 C X 16 224/0.300 1.20 8.15 1.90 12.20 1.21
1 C X 25 350/0.300 1.20 9.95 2.00 14.20 0.780
1 C X 35 490/0.300 1.40 11.10 2.20 15.70 0.554
1 C X 50 703/0.300 1.40 13.30 2.40 18.30 0.386
1 C X 70 988/0.300 1.60 15.15 2.60 20.60 0.272
1 C X 95 1349/0.300 1.60 17.55 2.80 23.40 0.206
1 C X 120 608/0.500 1.80 19.45 3.00 25.70 0.161
1 C X 150 760/0.500 2.00 21.30 3.20 27.90 0.129
1 C X 185 943/0.500 2.20 23.90 3.40 30.80 0.106
1 C X 240 1225/0.500 2.40 27.10 3.50 34.10 0.0801
1 C X 300 1498/0.500 2.60 29.60 3.60 36.80 0.0641
1 C X 400 2035/0.500 2.80 33.80 3.80 41.60 0.0486

Note:

  • The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360 or UL83

Two Core

Sq. mm Nos/ dia. (Nom.) Insulation Thicknes
in mm ( nom.)		 Core dia. In mm Sheath Thickness
in mm (nom.)		 Cable dia.
In mm (Nom.)		 Max. C.R in
ohm/km Copper
2 C X 1 14/0.300 0.80 3.00 1.30 8.70 18.1
2 C X 1.5 22/0.300 0.80 3.25 1.50 9.60 12.10
2 C X 2.5 36/0.300 0.90 3.80 1.70 11.10 7.41
2 C X 4 56/0.300 1.00 4.50 1.80 12.90 4.95
2 C X 6 84/0.300 1.00 5.25 2.00 14.70 3.30
2 C X 10 140/0.300 1.20 6.50 3.10 19.40 1.91
2 C X 16 224/0.300 1.20 8.00 3.30 22.70 1.21
2 C X 25 350/0.300 1.40 10.10 3.60 27.50 0.780

Note:

  • The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360 or UL83

Three Core

Sq. mm Nos/ dia. (Nom.) Insulation Thicknes
in mm ( nom.)		 Core dia. In mm Sheath Thickness
in mm (nom.)		 Cable dia.
In mm (Nom.)		 Max. C.R in
ohm/km Copper
3 C X 1 14/0.300 0.80 3 1.4 9.45
3 C X 1.5 22/0.300 0.80 3.25 1.6 10.20 12.10
3 C X 2.5 36/0.300 0.90 3.80 1.8 11.90 7.41
3 C X 4 56/0.300 1.00 4.50 1.90 13.50 4.95
3 C X 6 84/0.300 1.00 5.25 2.10 15.60 3.30
3 C X 10 140/0.300 1.20 6.50 3.30 20.60 1.91
3 C X 16 224/0.300 1.20 8.00 3.50 24.20 1.21
3 C X 25 350/0.300 1.40 10.10 3.80 29.10 0.780
3 C X 35 490/0.300 1.40 11.30 4.10 32.10 0.554
3 C X 50 703/0.300 1.60 13.30 4.50 38.10 0.386
3 C X 70 988/0.300 1.60 15.30 4.80 42.30 0.272
3 C X 95 1349/0.300 1.80 18.00 5.30 49.10 0.206
3 C X 120 608/0.500 2.00 19.80 5.90 54.60 0.161
3 C X 150 760/0.500 2.20 22.00 6.00 59.50 0.129
3 C X 185 943/0.500 2.400 23.70 6.50 64.30 0.106

Note:

  • The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360 or UL83

Four Core

Sq. mm Nos/ dia. (Nom.) Insulation Thicknes
in mm ( nom.)		 Core dia. In mm Sheath Thickness
in mm (nom.)		 Cable dia.
In mm (Nom.)		 Max. C.R in
ohm/km Copper
4 C X 1 14/0.300 0.80 3.00 1.5 10.7 18.1
4 C X 1.5 22/0.300 0.80 3.25 1.70 11.2 12.10
4 C X 2.5 36/0.300 0.90 3.80 1.90 13 7.41
4 C X 4 56/0.300 1.00 4.50 2.00 14.9 4.95
4 C X 6 84/0.300 1.00 5.25 2.30 17.5 3.30
4 C X 10 140/0.300 1.20 6.50 3.40 22.6 1.91
4 C X 16 224/0.300 1.20 8.00 3.60 27.1 1.21
4 C X 25 350/0.300 1.40 10.10 4.10 32.7 0.780
4 C X 35 490/0.300 1.40 11.30 4.40 36.2 0.554
4 C X 50 703/0.300 1.60 13.30 4.80 42.3 0.386
4 C X 70 988/0.300 1.60 15.30 5.20 48.2 0.272
4 C X 95 1349/0.300 1.80 18.00 5.90 55.6 0.206
4 C X 120 608/0.500 2.00 19.80 6.00 61.2 0.161
4 C X 150 760/0.500 2.20 22.00 6.50 66.00 0.129
4C X 185 943/0.500 2.40 23.70 6.90 71.5 0.106

Note:

  • The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360 or UL83

Five Core

Sq. mm Nos/ dia. (Nom.) Insulation Thicknes
in mm ( nom.)		 Core dia. In mm Sheath Thickness
in mm (nom.)		 Cable dia.
In mm (Nom.)		 Max. C.R in
ohm/km Copper
5 C X 1 14/0.300 0.80 3.00 1.60 11.50 18.1
5 C X 1.5 22/0.300 0.80 3.25 1.80 12.60 12.10
5 C X 2.5 36/0.300 0.90 3.80 2.00 14.50 7.41
5 C X 4 56/0.300 1.00 4.50 2.20 16.80 4.95
5 C X 6 84/0.300 1.00 5.25 2.50 19.40 3.30
5 C X 10 140/0.300 1.20 6.50 3.60 25.10 1.91
5 C X 16 224/0.300 1.20 8.00 3.90 29.70 1.21
5 C X 25 350/0.300 1.40 10.10 4.40 36.40 0.780
5 C X 35 490/0.300 1.40 11.30 4.60 40.00 0.554

Note:

  • The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360 or UL83

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