x
Cable Structure
Conductor : Fine Stranded Copper (Class 5 - Flexible Plain Copper) to VDE 0295 IEC 60228
Insulation : PVC insulation compound TI-1
Color : Green/Yellow, Blue, Black, Brown, Grey, Orange, Pink, Red, Violet, White, Green, Yellow or other colours
Flame propagation : Flame retardant test as Per IEC 60332-1
Technical Data
Operating Temp : -20°C to max.+80°C
Nominal Voltage : HO5V-K : 300/500 V | HO7V-K : 450/750 V
Test Voltage : HO5V-K : 2000V | HO7V-K : 2500V
Insulation resistance : Min. 10 MΩ x km
Min. bending radius : 4 x Cable Diameter
Applications
 H05V-K, H07V-K:
-   Fixed Installation In Conduits And Under Plaster, For Appliance Wiring And Distribution Stations
 Standard length cable packing:
-   Coils 100 and 200 m in Carton Boxes, Reels
Cable Features
High current carrying capacity
Excellent resistant to moisture, abrasion, grace, oil
Fine copper wires
Longer Flex Life
Excellent mechanical & electrical properties
harmonized acc. to European standards
Steam and boiling water resistant
Tested by SGS, EIL, RITES, NPC, INTERTEK

HO5V-K ( 300/500 V )

Size in
mm
Nos/ dia.
(Nom.)
Insulation Thickness
in mm ( nom.)
Outer Dia
in mm (Appx.)
Max. C.R in
ohm/km Copper
0.5 16/0.200 0.60 2.10 39.00
0.75 24/0.200 0.60 2.20 26.00
1 32/0.200 0.60 2.70 19.50
  All are class 2 stranded conductor
  Insulation grade is TI1

HO7V-K (450/750)

Size in
mm
Nos/ dia.
(Nom.)
Insulation Thickness
in mm ( nom.)
Outer Dia
in mm (Appx.)
Max. C.R in
ohm/km Copper
1.5 30/0.250 0.70 3.25 13.30
2.5 50/0.250 0.80 3.80 7.98
4 56/0.300 0.80 4.50 4.95
6 84/0.300 0.80 5.25 3.30
10 140/0.300 1.00 6.50 1.91
16 224/0.300 1.00 8.00 1.21
25 350/0.300 1.20 10.10 0.780
35 490/0.300 1.20 11.30 0.554
50 703/0.300 1.40 13.50 0.386
70 988/0.300 1.40 15.30 0.272
95 1349/0.300 1.60 18.00 0.206
120 608/0.500 1.60 19.80 0.161
150 760/0.500 1.80 22.30 0.129
185 943/0.500 2.00 23.90 0.106
240 1225/0.500 2.20 26.80 0.0801
  All are class 2 stranded conductor
  Insulation grade is TI1

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