HellermannTyton 161-64403 Кабельная муфта

HellermannTyton Helawrap HWPP Series Cable Sleeve, 25mm Sleeve Diameter, 25m Length - 161-64403 HWPP25-PP-SR

This cable sleeve is a heavy-duty solution designed for efficient cable management in various applications. With a sleeve diameter of 25mm, it can accommodate cables ranging from a minimum of 23mm to a maximum of 27mm. Made from high-quality polypropylene (PP), this silver cable sleeve ensures effective protection for your cables, making it an ideal choice for automation, electronics, and mechanical industries.

Features & Benefits

• Halogen-free material helps promote safer installations
• The braided design enhances flexibility while maintaining strength
• Minimum operating temperature of -60°C ensures reliable performance in extreme conditions
• Maximum operating temperature of +110°C allows for high-heat applications
• 1.05mm wall thickness provides durability and protection
• RoHS compliant, ensuring environmental safety in use

Applications

• Used for protecting wire bundles in automotive
• Suitable for cable management in industrial automation
• Ideal for electrical installations needing heat resistance
• Useful in environments requiring non-halogen materials

What are the temperature limits for effective usage?

The sleeve maintains effectiveness in temperatures ranging from -60°C to +110°C for continuous use and can withstand intermittent temperatures of up to +140°C.

How does the braiding contribute to cable management?

The braided structure allows for enhanced flexibility, enabling easier installation around corners and bends while maintaining structural integrity.

Is the material suitable for environments with fire safety concerns?

This sleeve is halogen-free, which reduces the risk of harmful emissions in the event of a fire, making it suitable for safety-sensitive environments.

Can it be used in outdoor settings?

While primarily designed for indoor use, the temperature and durability characteristics allow for outdoor applications, provided it is not directly exposed to the elements.