HellermannTyton TULT DS Cable Marker, Yellow, Pre-printed "Ladder Style", 24 mm Cable, 8 mm Cable, 553-71045

HellermannTyton Connectivity TULT DS Series Cable Marker, 8mm Minimum Cable Diameter, 24mm Maximum Cable Diameter - 553-71045 TULT24-8DS-2X25YE-PO-X-YE

This cable marker utilises heat shrink technology for secure and Durable cable identification. With a minimum cable diameter of 8mm and a maximum of 24mm, these markers come in a yellow colour, providing clear visibility. The markers are constructed from cross-linked polyolefin ensuring they meet high performance standards, including flame retardant and chemical resistant properties.

Features & Benefits

• Heat shrink design ensures a secure fit on various cable sizes
  Printable for custom identification needs
  UV resistant to withstand harsh environments
  Flame retardant for enhanced safety in electrical applications
  High tensile strength of 11 ensuring durability under stress
  Capable of withstanding extreme temperatures from -55°C to +135°C

Applications

• Used for industrial cable marking in electronics
  Ideal for automation systems requiring Durable labelling
  Suitable for electrical installations in mechanical environments
  Compatible with thermal transfer printers for customised labelling

What materials contribute to its performance under challenging conditions?

The marker is MADE from cross-linked polyolefin, which offers resistance to chemicals, solvents, and UV exposure ensuring its durability in various applications.

How does the heat shrink feature enhance its usability?

Heat shrink technology allows the marker to conform tightly around the cable, providing a permanent, secure bond that prevents movement and degradation over time.

What is the recommended method to print custom labels on these markers?

The markers support thermal transfer printing, and it is best to use a compatible ribbon type for optimal results ensuring the labels are clear and legible.

Can this marker withstand extreme temperature variations?

Yes, it operates effectively between -55°C and +135°C, making it suitable for use in environments with significant temperature fluctuations.

What are the consequences of failing to use the proper storage conditions for these markers?

Improper storage conditions, such as exposure to high humidity or temperature extremes, can compromise the marker's integrity and performance, reducing its effectiveness as a cable identifier.