Further information for HellermannTyton 111-08290 Cable Tie 300x4.7 mm black
General
Material
Polyamide 6.6 (PA66W)
Toothing
Internal gearing
End of band
angled
Colour
Black
Processing
By hand or with tool
Application range
Exterior area
Mounting
for cables, pipes, hoses
UV resistance
Recyclability
The T80I-W-BK-C1 cable tie from HellermannTyton is a weather-resistant securing cable tie, specifically designed for outdoor use. It is made from UV-resistant polyamide 6.6 (PA66W), a high-quality plastic that offers high resistance to UV radiation. Compared to conventional cable ties made from PA66, the UV stabilization enables significantly longer service life when exposed to sunlight. Securing is achieved via an internal toothed mechanism, ensuring a secure and permanent hold on the bundle. The band end is angled, which facilitates the insertion of the cable tie. Processing is possible both by hand and with special tools, ensuring process-safe installation in production or craft applications. The cable tie is fully made of plastic, making it highly recyclable.
Applications
The T80I-W-BK-C1 cable tie is suitable for bundling and securing cables, pipes, and hoses in outdoor environments. It is particularly suitable for applications in industry, machine construction, electrical installation, or communication technology, where durable and weatherproof securing is required. The UV resistance makes it a reliable solution for permanent outdoor installations, where materials are constantly exposed to sunlight and weather influences.
Functions and Features in Detail
The internal toothed mechanism ensures that the cable tie does not slip after tightening and securely holds the bundle. The angled band end facilitates insertion into the teeth, especially in tight spaces or when using tools. The material composition of PA66W ensures high mechanical strength as well as good resistance to moisture and temperature fluctuations. The cable ties are black, making them visually unobtrusive and suitable for many industrial applications.
Technical Explanation
PA66W stands for polyamide 6.6 with UV stabilization. This material is a thermoplastic polymer widely used in the electrical and automotive industries due to its high strength, heat resistance, and chemical resistance. The UV stabilization prevents the material from becoming brittle or losing its mechanical properties when exposed to sunlight. The internal toothed mechanism is an integrated locking system that engages with the teeth when the band is tightened, creating a secure connection. This technology is especially suitable for applications requiring permanent securing without additional tools.
Compatibility and Accessories
The T80I-W-BK-C1 cable tie can be used with various processing tools suitable for process-safe installation in production or craft applications. Compatible tools include, for example, the EVO7iSP processing tool (part number 110-77002), MK21 blue/black (110-21016), MK20 BLAU (110-20006), EVO9i (110-88001), EVO9iSP (110-88002), MK10-SB (110-10001), MK9P UNTEN (110-09100), and EVO7i (110-77001). These tools enable fast and precise processing, especially in high-volume applications.
Installation and Mounting
Installation is performed by simply inserting the band end into the teeth and tightening to the desired tension. The angled band end facilitates insertion, especially in tight spaces. When using tools, the cable tie is placed into the tool, which then automatically completes the locking. The tools ensure that securing is even and without overloading, which increases the cable tie’s service life.
Operational Advantages
The UV resistance of the PA66W material ensures that the cable tie retains its mechanical properties even after long-term exposure to sunlight. The internal toothed mechanism provides a secure fastening that will not loosen due to vibrations or mechanical stress. The easy handling and compatibility with various tools make the cable tie a reliable solution for industrial and craft applications. The fully plastic construction enables easy recyclability, enhancing environmental compatibility.