Data Sheet

U.I. Lapp
GmbH
DATA SHEET
H07V-K (X07V-K)
DB4520001EN
valid from: 2010-08-20
Originator: T. Merker / PCM
Document: DB4520001EN page 1 of 1
All deviations from this specification are subject to explicit consent of U.I. Lapp GmbH. All rights reserved acc. to DIN 34.
PD 0019/2.1_11.09EN
MAKE-UP TYPE
H07V-K
CERTIFICATION
H07V-K ◄HAR► (arrowheads can be blank also) according to harmonisation document HD 21.3/VDE 0281-3
APPLICATION (HD 516/VDE 0298-300)
The single-conductor cable H07V-K is a flexible, non-sheathed cable for fix, internal wiring, that is, for fixed installation in pipes on, in and
under plaster, in closed installation channels or in similar, closed systems. But these cables mustn’t be used for direct laying on racks,
troughs and tubes. H07V-K is suitable for protected, fix laying, in or on lighting equipment or control and switching devices for voltages up
to 1000 V AC or up to 750 V DC to ground. Contact with water is forbidden. Basically, H07V-K can be used for the laying in rigid conduits,
installation channels meant to be opened and closed installation channels as well as for the wiring inside of tools, devices, appliances and
operating material, provided the normal temperature range is respected. In case of laying inside of rigid conduits, tubes, pipes, installation
channels, the conductor temperature reached also depends on the lost heat of further H07V-K, other types of cables or mountings laid
inside of the conduit, too, and which any single H07V-K single-conductor cable gets or could get in touch with. Moreover, the maximum
conductor temperature truly operated of H07V-K installed inside of pipes, tubes, installation channels and conduits depends on the maxi-
mum surface and conductor temperatures of other cable types and mountings that are laid inside in parallel possibly.
PERMISSIBLE VOLTAGES (HD 21.1/VDE 0281-1)
Rated, conductor-to-ground (PE) (U
0
) 450 V AC/675 V DC; 600 V AC****/900 V DC****
Rated, conductor (not PE)-to-conductor (not PE) (U) 750 V AC/1125 V DC; 1000 V AC****/1500 V DC****
Operated, conductor-to-ground (PE) (U
0
) 495 V AC/742.5 V DC; 660 V AC****/990 V DC****
Operated, conductor (not PE)-to-conductor (not PE) (U) 825 V AC/1237.5 V DC; 1100 V AC****/1650 V DC****
MAKE-UP (HD 21.3/VDE 0281-3)
Conductor Bare copper strands
Conductor class Fine-wired/Class 5 according to IEC 60228/EN 60228/VDE 0295
Cross sections in mm² 1.5 to 240
Insulation PVC-based compound TI 1 according to HD 21.1/VDE 0281-1
Wall thicknesses in line with HD 21.3/VDE 0281-3
Outer cable diameter HD 21.3/VDE 0281-3
ELECTRICAL PROPERTIES AT +20 °C (HD 21.3/VDE 0281-3)
Rated voltage U
0
/U 450/750 V AC
Test voltage 2500 V AC
MECHANICAL, CHEMICAL AND THERMAL PROPERTIES
Category temperature (HD 516/VDE 0298-300; Lapp) Permanent load +80 °C max.
Short-to-ground (5 sec maximally) +160 °C max.
Cable surface +70 °C max.
Laying and handling +5 °C min.
Ambient temperature during storage +40 °C max.
Cable surface during storage and at direct solar radiation +60 °C max.
Minimum bending radii (HD 516/VDE 0298-300) OD* ≤ 8 mm 4**OD*/2***OD*
(at a cable temperature of +10 °C to +30 °C) 8 mm < OD* ≤ 12 mm 5**OD*/3***OD*
OD* > 12 mm 6**OD*/4***OD*
Current rating HD 516/VDE 0298-300
VDE 0298-4
Cold bending up to the average OD* of 12.5 mm HD 21.3/VDE 0281-3; EN 60811-1-4, 8.1/VDE 0473-811-1-4, 8.1
Cold elongation above the average OD* of 12.5 mm HD 21.3/VDE 0281-3; EN 60811-1-4, 8.3/VDE 0473-811-1-4, 8.3
Heat shock HD 21.3/VDE 0281-3; EN 60811-3-1, 9.1/VDE 0473-811-3-1, 9.1
Heat pressure HD 21.3/VDE 0281-3; EN 60811-3-1, 8.1/VDE 0473-811-3-1, 8.1
Flame retardance HD 21.3/VDE 0281-3; IEC 60332-1-2/EN 60332-1-2/VDE 0482-332-1-2
Ozone resistance Not ozone-resistant (insulation compound TI 1 acc. to HD 21.1/VDE 0281-1)
European EC low voltage directive This cable complies with ECD 73/23/EEC (LVD – low voltage directive).
* OD = outer cable diameter
** if used H07V-K-conventionally according to HD 516/VDE 0298-300
*** at cautious bending
**** at fix laying with mechanical protection in switch and control stations/cabinets/systems according to HD 516/VDE 0298-300