HellermannTyton PC/ABS Cable Trunking Accessory, 54 x 20 x 95mm, HTWD-BWR [181-50690]; 440-835

HellermannTyton HTWD-BWR Series Cable Trunking Accessory, 20mm Nominal Width, Wire Retainer Type - 181-50690

This cable trunking accessory is an essential component designed to enhance cable management. Specifically a wire retainer, it measures 54 x 20 x 95mm and is crafted from durable PC/ABS material. This product effectively addresses the challenges involved in maintaining neat and safe cable installations, aligning with both ELV and RoHS standards.

Features & Benefits

• Made from robust PC/ABS for exceptional durability
• Designed to securely hold cables in place
• ELV compliant for enhanced safety in installations
• RoHS compliant, promoting environmentally friendly solutions
• Suitable for use with various trunking systems
• Part of the HTWD-BWR series for reliable performance

Applications

• Utilised in electrical installations for secure cable placement
• Ideal for use within automation systems requiring organised wiring
• Employed in mechanical where cable stability is essential
• Suitable for electronics assemblies needing effective wire retention

How does the choice of material enhance longevity?

The use of PC/ABS contributes to high resistance against wear, ensuring that the product withstands various environmental conditions while maintaining its structural integrity over time.

What compliance standards should I be aware of?

This accessory meets ELV and RoHS compliance standards, ensuring safety in low-voltage electrical systems and adherence to environmental directives.

How does this affect cable organisation in installations?

The structure of the wire retainer allows for neat alignment of wires, reducing the risk of tangling and interference, thus promoting efficient functionality in both mechanical and electrical applications.

Can it be easily integrated into existing systems?

Yes, the design allows for seamless integration with various trunking systems, facilitating enhanced cable management in pre-existing setups without requiring extensive modifications.