Silicone control and power cable, shielded, high temperature resistant SiHF-C-Si 4G0,5 mm² brick red, conductor identification acc. to DIN VDE 0293-308 23153

Control and power cable – reliability in extreme conditions

This shielded control and power cable, made of silicone, is designed to operate in demanding environments where standard cabling fails. It is characterized by high temperature resistance and ensures reliable operation in harsh industrial conditions. Ideal for both professionals installing automation systems and end-users looking for a durable and safe solution.

Construction and properties

The SiHF-C-Si 4G0,5 mm² cable stands out with its advanced construction providing optimal performance and safety. It has a shielding braid that minimizes electromagnetic interference (EMC), which is crucial in precise control systems. Silicone insulation guarantees flexibility even at low temperatures and resistance to high temperatures – up to +180°C continuously and briefly up to +220°C. Additionally, the material is halogen-free, which increases fire safety. Flexible stranded copper conductors (class 5) provide good conductivity and facilitate installation. Core identification is carried out in accordance with DIN VDE 0293-308 through color coding.

Applications and benefits

This cable finds wide application in various industries where high thermal and mechanical resistance is required. It will work perfectly in:

• Power plants and steelworks – thanks to resistance to extreme temperatures and aggressive environments.
• Shipbuilding industry – resistance to moisture and corrosion.
• Cement plants – resistance to dust and high temperatures.
• Wiring of high-power lighting projectors – stable operation under high thermal loads.
• Heating devices – safe routing of cables near heat sources.
• Industrial automation systems – minimizing interference thanks to shielding.

Thanks to this, the cable not only ensures reliable power supply and control, but also increases the safety of the installation and minimizes the risk of failure caused by unfavorable environmental conditions. The use of a shield also ensures better signal quality in control systems, which translates into the precision of device operation.