HellermannTyton Cable Tie, Inside Serrated, 260 mm x 3.3mm, Black Polyamide 66

HellermannTyton Connectivity T30LR Series Cable Tie, 260mm Length, 3.3mm Width - 111-04402 T30LR-PA66W-BK

This cable tie secures and organises wiring and component bundles in industrial environments. Designed for temperature-variable applications, it offers a durable, halogen-free solution for cable management where UV exposure and prolonged mechanical load are concerns. Its inside-serrated profile provides a firm grip for grouped cables while remaining appropriate for routine installation in automation, electrical and mechanical systems.

Features & Benefits

• Made from polyamide 6.6 for robust mechanical performance
  Withstands continuous use up to 85°C for high-heat tasks
  Operates reliably down to -40°C for cold-environment deployment
  180 N tensile strength resists heavy bundle loads effectively
  Halogen-free construction reduces toxic emissions in fires
  UV-resistant black finish resists sunlight degradation

**Applications**

• Suitable for securing loom bundles in automation cabinets
  Ideal for fastening conduit and trunking in electrical installations
  Used for organising harnesses in mechanical assembly lines
  Can be used for outdoor cabling exposed to sunlight
  Used for temporary or permanent wiring in plant maintenance

How does the tie behave when exposed to sunlight over time?

The material includes UV-resistance additives so it maintains mechanical integrity and prevents embrittlement during prolonged solar exposure.

What is the maximum bundle size it can accommodate?

It supports grouping cables up to a 65mm diameter, enabling tidy management of moderate-sized looms.

Is the product suitable where flame-safe materials are required?

Its halogen-free composition minimises release of halogen-containing gases under fire conditions, aligning it with environments that specify reduced toxic emissions.

How fine is the strap for routing in constrained spaces?

The strap width is 3.3 mm, allowing routing through narrow channels and Compact assemblies while still providing substantial load capacity.