10G0.5mm2 YSLY-JZ GREY ECA 300/500V
Technical data
| Conductor | Bare copper, Class 5 according to EN 60228 |
|---|---|
| Insulation | PVC type TI2 |
| Sheating Material | PVC type TM2 or TM5 – Oil Resistant, Grey |
| Temperature Range | '-15°C up to +50°C |
Description
10G0.5mm² YSLY-JZ GREY ECA 300/500V is a flexible and safe control cable specially designed for transmitting control and regulation signals in industrial and building installations. Thanks to the ECA classification according to the European CPR standard, this cable meets high requirements in terms of fire safety and limited smoke development, which is important for safe working environments.
This control cable consists of ten flexible copper conductors with a cross-sectional area of 0.5 mm² per conductor. Each conductor is insulated with durable PVC, which provides protection against mechanical stress, moisture and chemicals. The outer jacket is gray in color and makes the cable resistant to various environmental influences. This keeps the cable functioning reliably, even under heavy use.
The cable is widely used in switchboards, control panels, automation systems and other applications where multiple signals must be transmitted through a single cable. Its flexibility and compact construction make the cable easy to lay, even in narrow spaces or for complex routes.
Installers appreciate the 10G0.5mm² YSLY-JZ GREY ECA 300/500V for its good processability and reliable signal transmission. The cable is easy to strip and assemble, which speeds up installation. Moreover, it guarantees a stable and secure connection, essential for precise control systems.
Choose the 10G0.5mm² YSLY-JZ GREY ECA 300/500V if you are looking for a durable, safe and flexible control cable that delivers long-lasting performance. This cable offers optimum reliability and ease of use even in demanding conditions.
Note
The listed product information and technical data are compiled with the utmost care but may differ from reality. Images, specifications, and descriptions are indicative and non-binding.

