Silicone control and power cable, shielded, high temperature resistant SiHF-C-Si 2x0.5 mm² brick red, conductor identification acc. to DIN VDE 0293-308 23151

Product features

• High reliability in extreme conditions – silicone control and power cable.

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, in both low and high ranges, and also provides effective protection against electromagnetic interference. Ideal for industrial applications where reliability and safety are key.

Construction and properties

This cable stands out with its careful construction, ensuring long-lasting and trouble-free operation. It is made of multi-strand copper conductors (class 5), which guarantees flexibility and resistance to mechanical fatigue. Silicone rubber insulation provides excellent electrical and thermal properties over a wide temperature range – from -60°C to +180°C (short-term up to +220°C). A screen in the form of a copper wire braid minimizes electromagnetic interference, which is particularly important in control and measurement systems. The outer jacket made of silicone provides additional protection against external factors.

Additionally, the cable is halogen-free, which increases safety in the event of a fire and minimizes the emission of toxic substances. It is resistant to many chemicals, such as oils, acids and bases.

Applications and benefits

SiHF-C-Si cable finds wide application in various industries:

• Power plants and metallurgy: Due to its high thermal resistance, it is ideal for installations in places exposed to high temperatures.

• Shipbuilding industry: Resistance to atmospheric factors and humidity makes it reliable in harsh marine conditions.

• Heating devices: Safe cabling of high-power projectors and various heating devices.

• Industrial automation: Shielding ensures stable transmission of control and measurement signals.

• Installations requiring high flexibility: The multi-strand conductor construction makes it easier to lay the cable in tight spaces.

Thanks to its properties, this cable guarantees not only the safety and reliability of the installation, but also reduces costs associated with downtime and repairs. The use of a shield minimizes the risk of interference in the operation of control devices, which translates into higher efficiency of production processes.