Alpha Wire Polytetrafluoroethylene Natural Cable Sleeve, 30m Length 3.58 mm Cable Diameter, FIT Wire Management Series

Belden FIT Wire Management Series Cable Sleeve, 30m Sleeve Length, 3.28mm Sleeve Diameter - TFT-250-8

This cable sleeve is a high-performance solution designed for effective wire management. Constructed from durable PTFE material, it measures 3.28 mm in diameter and comes in a natural colour. With a significant sleeve length of 30 m, this product is engineered for use within a temperature range of -75 °C to +260 °C, making it highly suitable for demanding environments.

Features & Benefits

• Provides exceptional thermal protection against extreme temperatures
• Exhibits high dielectric strength, ensuring superior electrical insulation
• Offers excellent elongation and tensile strength for robust durability
• Designed to accommodate cable diameters between 3.28 mm and 3.58 mm
• Compliant with RoHS and REACH regulations for safe use in Europe
• Non-shrinkable design allows for simple application on various cables

Applications

• Ideal for use in high-temperature environments across various industries
• Suitable for protecting electrical components in automation systems
• Effective for cable management in electronic equipment
• Utilised for insulation in mechanical
• Recommended for challenging electrical and electronic equipment setups

What specific properties enhance its compatibility with high voltage applications?

The cable sleeve has a dielectric strength of 1400 V/mil, which allows it to effectively insulate high voltage applications, ensuring safe and efficient operation.

How does the manufacturing material impact its performance in extreme temperatures?

The PTFE material enables the sleeve to remain stable and functional in temperatures ranging from -75 °C to +260 °C, preventing degradation or failure under thermal stress.

What benefit does the non-shrinkable design provide during installation?

Being non-shrinkable, it simplifies installation processes by eliminating the need for heat application, ensuring ease of use, especially in confined spaces.