Silicone cable OLFLEX HEAT 180 SiHF 4G1,5 00460153

High-temperature silicone cable – reliability in extreme conditions

OLFLEX HEAT 180 SiHF 4G1.5 cable is an advanced solution for applications requiring resistance to high temperatures and flexibility. Made of high-quality materials, it provides reliable connections in harsh industrial conditions. It is a multi-core cable designed to transmit power in places exposed to extreme temperatures, oils and other aggressive substances.

Construction and properties

The OLFLEX HEAT 180 SiHF cable is characterized by a solid construction. Copper strands, tinned for better protection against corrosion, are insulated with silicone, which ensures exceptional flexibility even at low temperatures. The round outer jacket made of silicone rubber (SIR) guarantees resistance to abrasion, chemicals and high temperatures – up to +180°C. In addition, the cable is unshielded and has a protective conductor for increased safety. The use of a strand as a conductor class (class 5) provides high flexibility and facilitates assembly even in tight spaces.

• Wide operating temperature range: from -50°C to +180°C – ideal for use in variable environmental conditions.
• Oil resistance: meets IEC 60811-404 standard, making it suitable for operation in industrial environments with the presence of oils.
• High flexibility: thanks to the construction with a copper strand and silicone insulation, the cable is easy to bend and lay, facilitating installation.
• Safety: the presence of a protective conductor provides additional protection against electric shock.
• Durability: tinning of copper strands increases resistance to corrosion and extends the cable's life.
• Minimum bending radius: 35.2 mm for fixed installations and 132 mm for mobile installations – allows for flexible cable routing in various configurations.

Applications

OLFLEX HEAT 180 SiHF cable finds wide application in various industries:

• Metallurgical industry: furnaces, foundries, steelworks – everywhere where high temperatures and contact with heated metal occur.
• Food industry: bakery ovens, thermal processing equipment – thanks to its resistance to high temperatures and compliance with safety standards.
• Glass industry: glass production furnaces – where resistance to extreme temperatures and electrical stability are required.
• Industrial automation: connections in machines and equipment operating in difficult environmental conditions.
• Heating installations: electric heaters, underfloor heating systems – providing safe and reliable electrical connections.
• Automotive: applications requiring high thermal resistance and flexibility of cables in the engine compartment.

Thanks to its properties, this cable is also perfect as an element of electrical installations in places exposed to contact with chemicals and frequent bending of the cable during operation of the device or machine.