Kabelová spona pro průměr svazku 36.1 mm Nylon 66 Černá Šroubová HellermannTyton

HellermannTyton CMRCCHM8 Series Cable Clip, 36.1mm Maximum Bundle Diameter, Black - 151-03548 CMRCCHM8-PA66HIRHSUV-BK

This cable clip is a versatile solution designed for effective cable management in various settings. Manufactured from durable polyamide 6.6, this black cable clip offers reliability and is suitable for environments where high temperatures may be encountered, with an operating range of -40 to +105°C. With dimensions of 125.3mm in length, 35.1mm in width, and a maximum bundle diameter of 36.1mm, this screw mount cable clip is ideal for securing cables efficiently.

Features & Benefits

• Halogen-free composition ensures a safer environment
• Maximum bundle diameter accommodates larger cable bundles
• High-temperature resilience supports demanding applications
• Screw affixing method provides a secure and permanent fit
• Durable polyamide material resists wear and tear
• Accommodates straps up to 13.2mm wide for added versatility

Applications

• Used to secure electrical cables in automation systems
• Ideal for managing wiring in mechanical assemblies
• Suitable for use in electronic devices and components
• Employs high-torque capabilities for industrial

How does the design of this clip enhance cable management?

The clip's optimal shape allows it to securely hold multiple cables together, preventing tangling and displacement, which is crucial for maintaining an organised workspace.

What is the significance of the halogen-free feature?

The halogen-free material ensures a reduced risk of harmful emissions in case of fire, making it a safer option for high-density cable installations.

What size of straps can be accommodated with this clip?

It accommodates straps that are up to 13.2mm in width and 2.1mm in thickness, offering compatibility with a variety of cable fastening solutions.

Can this clip be used in outdoor applications?

While suitable for a wide temperature range, its effectiveness in outdoor scenarios may depend on environmental conditions and exposure to elements; assess suitability based on specific use cases.