The Pitacs 3 Core Heat Resistant Butyl Flexible Cable 3183TQ is a high-performance cable designed for use in high-temperature environments where flexibility and durability are critical. Featuring annealed tinned copper conductors and heat-resistant butyl rubber insulation, this cable is perfect for applications in demanding environments such as heating appliances, immersion heaters, and industrial machinery.
Key Features:
Heat Resistant Butyl Rubber Insulation: Offers excellent protection against high temperatures, capable of withstanding operating temperatures up to 90°C, making it ideal for applications exposed to heat.
Annealed Tinned Copper Conductors: Utilizes high-quality, tinned copper conductors that provide reliable electrical conductivity and enhanced resistance to oxidation, ensuring long-term performance even in harsh conditions.
3 Core Configuration: Contains three individually insulated copper conductors (live, neutral, and earth), ensuring reliable power distribution across a wide range of applications.
Flexible and Durable: The flexible design makes installation quick and easy, even in tight spaces or areas with frequent movement, while the robust insulation ensures lasting performance in high-temperature settings.
Ideal for High-Temperature Applications: Perfect for use in heating systems, industrial machinery, lighting circuits, and other environments where heat resistance is essential.
Resistant to Oils and Chemicals: Provides excellent resistance to oils, chemicals, and other harsh substances, enhancing its versatility and durability in various industrial environments.
Technical Specifications:
Cable Type: 3183TQ
Conductor Material: Annealed tinned copper
Insulation Material: Heat-resistant butyl rubber
Sheathing Material: PVC or heat-resistant elastomer
Core Configuration: 3 cores
Maximum Operating Temperature: 90°C
Compliance: Meets BS EN 50525-2-81 standards
The Pitacs 3 Core Heat Resistant Butyl Flexible Cable 3183TQ is designed for superior performance in high-temperature, industrial, and commercial applications. Its heat-resistant properties and flexible, durable construction make it an excellent choice for demanding electrical installations.
