HellermannTyton Braided Polyester Black Cable Sleeve, 8mm Diameter, 100m Length, Twist-In Series

HellermannTyton Twist-In Series Cable Sleeve, 8mm Sleeve Diameter, 100m Length - 170-01001

This cable sleeve is designed for electrical cable protection and is constructed from high-quality polyester material. With an 8mm diameter, this black cable sleeve provides robust insulation and durability. The sleeve measures 100 m in length, making it suitable for various applications that require reliable thermal resistance and fire safety standards.

This cable sleeve is designed for electrical cable protection and is constructed from high-quality polyester material. With an 8mm diameter, this black cable sleeve provides robust insulation and durability. The sleeve measures 100 m in length, making it suitable for various applications that require reliable thermal resistance and fire safety standards.

Features & Benefits

• Crafted from halogen-free polyester for enhanced safety • Designed to withstand operating temperatures from -50°C to +125°C • Wall thickness of 0.9mm ensures optimum durability • Braided structure promotes flexibility without expansion • Complies with industry standards including ELV and RoHS • Melting point of +255°C offers exceptional heat resistance

• Crafted from halogen-free polyester for enhanced safety • Designed to withstand operating temperatures from -50°C to +125°C • Wall thickness of 0.9mm ensures optimum durability • Braided structure promotes flexibility without expansion • Complies with industry standards including ELV and RoHS • Melting point of +255°C offers exceptional heat resistance

Applications

• Used for bundling and protecting wires in automation systems • Ideal for safeguarding cables in electronic devices • Suitable for mechanical requiring thermal insulation • Employed in environments sensitive to halogen emissions • Perfect for automotive wiring requiring robust cable management

• Used for bundling and protecting wires in automation systems • Ideal for safeguarding cables in electronic devices • Suitable for mechanical requiring thermal insulation • Employed in environments sensitive to halogen emissions • Perfect for automotive wiring requiring robust cable management

What temperature range can this sleeve withstand during operation?

It operates effectively within a temperature range from -50°C to +125°C, providing versatility for many environments.

It operates effectively within a temperature range from -50°C to +125°C, providing versatility for many environments.

Is it suitable for outdoor applications where exposure to moisture is likely?

While the sleeve offers solid protection, it is primarily designed for electrical applicationsconsider consulting testing for specific environmental resistance.

While the sleeve offers solid protection, it is primarily designed for electrical applications

consider consulting testing for specific environmental resistance.

consider consulting testing for specific environmental resistance.

What inspection standards does this sleeve meet?

It meets ELV and RoHS compliance standards, ensuring that it adheres to safety regulations in electronic and electrical applications.

It meets ELV and RoHS compliance standards, ensuring that it adheres to safety regulations in electronic and electrical applications.

How does the sleeve's braided design contribute to its functionality?

The braided design allows for flexibility while maintaining structural integrity, making it suitable for various configurations without compromising protection.

The braided design allows for flexibility while maintaining structural integrity, making it suitable for various configurations without compromising protection.

What is the significance of the halogen-free characteristic?

The halogen-free feature reduces the risk of toxic smoke and emissions during a fire, enhancing safety in enclosed spaces and reducing environmental impact.

The halogen-free feature reduces the risk of toxic smoke and emissions during a fire, enhancing safety in enclosed spaces and reducing environmental impact.