HO5V-K, HO7V-K – AEW

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Products Range

STRUCTURE

Conductor	:	Multiple-wire, round copper conductor class 2, DIN VDE 0281, IEC 60228
Insulation	:	PVC insulation compound TI-1
Colour	:	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

APPLICATION

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

TECHNICAL DATA

Operating Temp	:	-20°C to max.+80°C
Nominal voltage	:	HO5V-R : 300/500 V HO7V-R : 450/750 V
Test voltage	:	HO5V-R : 2000 V HO7V-R : 2500 V
Insulation resistance	:	Min. 10 MΩ x km
Min. bending radius	:	4 x cable diameter

SPECIAL FEATURE

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

SPECIAL FEATURE OF HO5V-K ( 300/500 V )

Size in mm²	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

SPECIAL FEATURE OF HO7V-K (450/750 V)

Size in mm²	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

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