Li-H(St)H ALARM 6×0.22 LSZH White Cca

Technical data

Conductor

Bare copper stranded.

outer-sheath

PVC

Temperature range

Fixed Installation – 15 °C / + 70 °C

nominal-voltage-uo-u

250 / 500 V

UV resistant

No

CPR class

CCA

IEC / EN standard

EN 50363-7 / EN 60332-3 / EN 50267-2-1

Description

Our Li-H(St)H ALARM 6×0.22 LSZH White Cca is a halogen-free cable that enables reliable signal transmission in security systems. With six 0.22 mm² cores, this cable is well suited for applications such as fire alarm systems, alarm systems, access control and building management systems. It delivers stable performance in situations where error-free communication is essential.

The aluminum shield with drain guide effectively protects against electromagnetic interference. As a result, signals remain interference-free even in environments with a lot of electrical equipment. The white outer jacket is made of LSZH material, which means that hardly any smoke or toxic gases are released in case of fire. In addition, the cable meets fire class Cca according to the CPR standard, making it suitable for use in public buildings and other locations with high fire safety requirements.

This alarm cable offers a combination of reliability and ease of use. Its flexible construction makes it easy to install in cable ducts, conduits or technical rooms. The clear color coding of the cores speeds up the connection process and makes maintenance more efficient.

Installers appreciate this cable for its durability, signal stability and secure properties. In addition, the shielding provides an extra layer of protection against signal contamination. This makes it ideal for applications where accuracy counts.

In short, our Li-H(St)H ALARM 6×0.22 LSZH White Cca provides a safe, fail-safe and efficient solution for critical signaling systems within security environments.

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.

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