Stahovací páska Roller 111-00295 MBT14HFC-SP/SS316-BK 362 mm 7.9mm Černá Nerezová ocel s polyesterovým potahem

HellermannTyton MBT14HFC Series Cable Tie, 362mm Length, 779 N Tensile Strength - 111-00295 MBT14HFC-SP/SS316-BK

This cable tie is engineered for secure and adaptable cable management in various industrial settings. Made from polyester-coated stainless steel, it offers high durability, making it suitable for extreme environmental conditions. The product operates effectively in temperatures ranging from -80°C to +538°C, playing a crucial role in maintaining organised and safe electrical and mechanical installations.

Features & Benefits

• Constructed from corrosion-resistant materials for longevity
• Offers a tensile strength of 779N for heavy-duty usage
• Suitable for bundling large cables with a maximum diameter of 102mm
• Roller ball design promotes easy and efficient installation
• Black finish allows for discreet integration in various environments

Applications

• Utilised for assembling wiring harnesses in electrical systems
• Common in automation processes that require robust fastening methods
• Ideal for securing cables in mechanical systems under stress
• Effective cable management solution for outdoor settings needing weather protection

How does this cable tie perform in low temperatures?

It operates effectively in temperatures as low as -80°C, ensuring reliability in cold conditions.

Can it be used in corrosive environments?

Yes, the polyester-coated stainless steel construction provides excellent corrosion resistance for harsh environments.

What is the maximum bundle diameter it can accommodate?

The tie can manage bundle diameters of up to 102mm, making it suitable for extensive cable assemblies.

Is it straightforward to install?

The roller ball design allows for quick and convenient installation, streamlining the cable management process.

How does the tensile strength impact its use?

With a tensile strength of 779N, it ensures secure attachment, preventing accidental detachments even in demanding applications.