Core Cable Wiring Cable – Single Core Flexible PVC Cable – H07V-K 2.5 mm² – Colour: Red – Many Lengths Available in 5 Metre Increments, Length: 15 m 2.5 mm²

• Flexible wire cable, multi-stranded 1 x 2.5 mm² (flexible), several fine copper cores set into a flexible strand. The H07V-K single core has multiple copper strands in flexible design that allows it to be laid in tight spaces and in tight bends. For comparison, the H07V-U has a rigid strand that retains a firm shape. Both cables are referred to as single cores, but the H07V-K is suitable for applications with tighter spaces and bends.
• Full copper 99.9% OFC, according to VDE 0281 - fire behaviour class according to EN 13501-6: Eca - flame retardant according to VDE 0482-332-1-2/IEC 60332-1-2 - CE
• Colour: red. Outer diameter approx. 3.6 mm
• Large selection of quantities, can be ordered from 5 metres in 5 metre increments up to 100 metres in one piece. Simply select your desired length in metres with the multiple selection and add the selected length to the shopping cart
• Selected and assembled for you by the cable professionals of EBROM

Single wire multi-wire, fine-stranded wires of wire class 5 according to VDE 0281, use in dry rooms, in devices, switchgear and distributors, in pipes on and under plaster as well as in closed installation ducts. For protected installation in and on lights. In and on electronic equipment in high power systems for the purpose of measuring, controlling and regulating. Not permitted for direct installation under plaster. Approved for internal wiring of equipment for a mains voltage up to 1000V AC and up to 750V DC to Earth. Temperature range: maximum conductor temperature 70 °C. Technical data: rated voltage Uo/U = 450/750 V. Maximum permissible operating voltage: rotary and AC Uo/U = 495/825 V; DC Uo/U = 743/1238 V; test AC voltage = 2500 V. Installation instructions. When wiring In lights where the connection area of the wires is not protected from UV radiation and heat (caused by the bulbs), a protective hose must be pushed over the exposed wires. Otherwise, depending on the duty cycle a decomposition of the insulation occurs.