Li-H(St)H ALARM 4×0.22 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 4×0.22 LSZH White Cca is a high-quality, halogen-free cable specially designed for low-power applications such as fire alarm systems, alarm systems, access control systems and other security applications. Thanks to its four 0.22 mm² cores and overall shielding, this cable is ideally suited for the reliable transmission of signals over short to medium distances.
The cable features static shielding (St) with aluminum foil and a ground wire (drain wire), providing good protection against electromagnetic interference (EMI). As a result, signals remain clean even in environments with electrical noise or other sources of interference. The LSZH (Low Smoke Zero Halogen) outer jacket is white in color and contributes to safety: in case of fire, it releases hardly any smoke and no corrosive or toxic gases.
This alarm cable combines compact dimensions with high reliability. It is very suitable for installation in dry rooms and can be laid either free or in conduit or cable duct. The cable complies with fire class Cca according to CPR directive, which means it meets strict European requirements for fire behavior, smoke development and drop formation.
Installers choose this cable for its easy handling, neat finish and the increased safety it provides in critical installations. The color coding of the conductors also makes for easy assembly.
In short, our Li-H(St)H ALARM 4×0.22 LSZH White Cca is the choice for reliable signal transmission in security and alarm systems where safety, interference-free operation and durability are paramount.
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.