Stahovací páska Uvnitř vroubkované 111-05850 T50S-PA66HS-BK 150 mm 4.6mm Černá Nylon 66 HellermannTyton

HellermannTyton T50S Series Cable Tie, 150mm Length, 4.6mm Width - 111-05850 T50S-PA66HS-BK

This cable tie is a versatile fastening solution suitable for various applications in the automation, electronics, electrical, and mechanical industries. Measuring 150mm in length and 4.6mm in width, the black nylon cable ties are designed to securely manage bundles of cables and wires. With a robust construction from polyamide 6.6, these heavy-duty ties withstand extreme environments, featuring a minimum operating temperature of -40°C and a maximum of +105°C.

Features & Benefits

• Halogen-free material enhances safety in electrical applications
• High tensile strength of 225 N ensures secure fastening
• Suitable for bundles up to 35mm in diameter
• Designed to endure harsh conditions with heat resistance
• Available in packs of 100 for extensive use
• Ideal for both industrial and domestic projects

Applications

• Used for securing cable arrangements in machinery
• Suitable for bundling wires in electronics installations
• Effective in maintaining organisation in electrical panels
• Ideal for outdoor projects where weather resistance is essential
• Used in automotive for secure cable management

What temperature range can be effectively managed using these ties?

They can operate efficiently in temperatures from -40°C to +105°C, making them suitable for a

How do these ties ensure safety during electrical installations?

The halogen-free composition helps prevent harmful emissions when exposed to fire, enhancing safety during electrical applications.

What is the tensile strength that allows for secure fastening?

These ties exhibit a tensile strength of 225 N, providing confidence that they will hold securely under pressure and when bundled tightly.

Can these ties be used for outdoor applications?

Yes, they have properties that make them resistant to outdoor environmental factors, ensuring longevity and reliability during exposure to varying elements.