Stahovací páska Nerozpojitelné 111-12430 T120L-PA66W-BK 760 mm 7.6mm Černá Nylon 66 HellermannTyton

HellermannTyton T120L Series Cable Tie, 760mm Length, 535 N Tensile Strength - 111-12430 T120L-PA66W-BK

This cable tie is designed for robust fastening solutions in various industrial applications. Made from high-quality UV-resistant polyamide 6.6 (PA66W), it is built to ensure long-lasting performance in harsh conditions. Its non-releasable mechanism makes it suitable for permanent bundling tasks where security is essential.

Features & Benefits

• Constructed from UV-resistant PA66 to endure outdoor environments
• High tensile strength of 535N for dependable bundling
• Supports a maximum bundle diameter of 225mm for versatile usage

Applications

• Ideal for securing cables in outdoor installations
• Used in electrical and mechanical setups for sturdy bundling
• Suitable for automotive wiring harnesses during assembly
• Effective for organising and managing cable pathways in machinery
• Commonly utilised in telecommunications for efficient cable management

What distinguishes this cable tie from standard options?

This tie’s non-releasable design ensures a secure hold, preventing accidental loosening, which is crucial for applications requiring stability.

How does its temperature resistance impact usability?

The cable tie remains effective across a wide temperature range, from -40°C to +85°C, ensuring reliability in various environments, including extreme heat and cold.

Can it be used for outdoor projects?

Yes, the UV-resistant properties of this tie make it appropriate for outdoor applications, safeguarding the material from degradation due to sun exposure.

How do I determine the maximum bundle size for my application?

The cable tie accommodates bundles with a diameter up to 225mm, offering flexibility in managing various cable sizes without sacrificing strength.

Is it compatible with automated machinery?

Its strength and reliability make it suitable for use in automated systems, providing secure bundling in high-speed manufacturing and assembly processes.