Alpha Wire Hookup Wire Silicone Series White 1.3 mm² Hook Up Wire, 16 AWG, 26/0.25 mm, 0.25 mm core strands, 30 m,

Belden Hook-up Wire, 1.3mm² Cross Sectional Area, White Sheath Colour - 391697 WH005

This hook-up wire is a high temperature silicone rubber wire featuring a single core design. Designed for durability and reliability, it has a cross-sectional area of 1.3mm² and a length of 30m, making it ideal for various electrical applications. This product ensures optimal performance even in challenging conditions, operating efficiently within a temperature range of -40 °C to +150 °C.

Features & Benefits

• High temperature performance up to +150 °C supports demanding applications
• Silicone rubber insulation offers superior flexibility and resilience
• 16 AWG wire provides compatible sising for a range of connections
• Tinned copper construction enhances corrosion resistance and conductivity
• UL listed ensures compliance with safety and performance standards
• Resistant to oil, solvents, and chemicals improves longevity in various environments

Applications

• Used for wiring in automation systems
• Ideal for electrical projects requiring high temperature resilience
• Utilised in environments where chemical exposure is a consideration
• Suitable for automotive and industrial machinery wiring
• Effective for connections in electrical appliances and consumer electronics

How does the silicone insulation impact performance?

Silicone insulation provides exceptional flexibility and thermal stability, allowing efficient operation in extreme temperatures while maintaining good dielectric properties, which is crucial for high voltage applications.

What distinguishes this wire from standard hook-up wires?

Its unique silicone rubber insulation offers higher temperature tolerance and enhanced resistance to chemicals and oils, making it suitable for harsher environments compared to standard options.

What is the maximum voltage rating for safe usage?

The wire is rated for a maximum operating voltage of 40 kV DC, ensuring it can handle demanding electrical applications without risk of insulation breakdown.