HellermannTyton 600-01602 Кабельная муфта

HellermannTyton PRSH Series Cable Sleeve, Black, 1.5mm Diameter - PRSH15X20BK-100

This cable sleeve is designed to offer effective protection and organisation for electrical wires. Manufactured from high-quality chloroprene rubber, it measures 1.5mm in diameter and 20mm in length. This flexible cable sleeve is ideal for ensuring durable insulation while accommodating cables that range from 1.5mm to 3mm in diameter, making it suitable for various applications in demanding environments.

Features & Benefits

• Highly elastic material allows expansion up to five times its size
• Continuous temperature range of -65°C to +95°C for stability
• Exceptional resistance to oils, fuels, and UV for long-term use
• Provides robust protection against moisture and ozone degradation
• Available in various sizes, matching specific cable management needs
• Quick application with compatible expansion tools to enhance efficiency

Applications

• Used for binding and identifying cables in automotive systems
• Applied in aerospace for protecting critical wiring
• Ideal for mass transit, ensuring safe and organised electrical installations
• Suitable for environments requiring high-temperature resistance

What are the thermal capabilities of this product?

The cable sleeve maintains its performance within a continuous temperature range of -65°C to +95°C, ensuring reliable protection in extreme conditions.

How does this sleeve contribute to effective cable management?

Its expandable design accommodates various cable diameters, allowing for a neat and tidy installation without compromising on structural integrity.

What type of environments is this suitable for?

This cable sleeve is ideal for rigorous environments, such as automotive, aerospace, and mass transit, where durability is essential.

What makes this suitable for use in high-temperature applications?

The chloroprene material is specifically engineered to withstand high temperatures up to 95°C, ensuring functionality without risk of degradation in demanding conditions.