Single-core silicone ignition wire FZ-LS 1x1 mm² 20 kV diameter: 7 mm red-brown 23108

High-voltage cable for demanding applications

This red-brown neon cable FZ-LS 1x1, with a diameter of 7 mm, is designed to operate in harsh conditions with high voltage and temperature. This cable is an ideal solution for both professional installers and end-users who need a reliable and safe connection. Its construction and materials ensure long-term operation even in demanding industrial environments.

Construction and properties

The cable is characterized by a single copper core, consisting of 19 strands with a diameter of 0.25 mm. The insulation made of silicone 2GI1 (according to DIN VDE 0207 part 20) provides excellent dielectric properties and resistance to high temperatures – up to 180°C. A glass fiber braid further protects against mechanical damage. The whole is covered with a protective jacket, which increases durability and resistance to external factors. The test voltage for a 7 mm diameter cable is 20 kV, and the breakdown voltage is as high as 35 kV – guaranteeing safety of use.

Applications

The FZ-LS cable finds wide application in various industries:

• Lighting industry: ideal for safety circuits in neon lighting systems.
• Refrigeration and air conditioning industry: resistance to high temperatures allows its use in refrigeration and air conditioning equipment.
• Automotive industry: thanks to its high flexibility and temperature resistance, it is perfect for automotive installations (blue version FZ-LSi).
• Generally: everywhere where high electrical insulation and resistance to extreme temperatures are required.

Additionally, this cable is suitable for applications requiring maintaining circuit continuity with temperature fluctuations. Its conductor cross-section of 1 mm² provides adequate conductivity for many applications. It is worth remembering that the AWG sizes given are approximate – the exact cross-section should be checked in mm². The cable meets the IEC 60332-1-2 standard regarding behavior in the event of a fire.