HellermannTyton WIC1 Snap-On Cable Marker, White, Pre-printed "7", 2.8 mm Cable Violet, 2 mm Cable, 561-05007

HellermanTyton WIC1 Series Cable Marker, 3mm Length, Violet - 561-05007 WIC1-PA66-VT

This cable marker provides a compact, pre-printed identification solution for wiring in industrial settings. Designed for use where clear, Durable labelling is required, it is manufactured from polyamide and supplied with a seven-character white legend on a violet background. It is intended for applications that demand resistance to environmental movement and compatibility with established component coding standards.

Features & Benefits

• UL94 V-0 rated material reduces flame propagation risk
  Vibration-resistant design prevents legend loss during operation
  Operates from -40 to 85°C for wide temperature ranges
  Non-printable pre-printed format speeds installation and reduces errors
  Complies with EN60062 and IEC304 to match wiring codes

**Applications**

• Suitable for Terminal Block identification in control panels
  Ideal for cabling in automation equipment racks
  Used for wire marking in electrical distribution boards
  Can be used for harness labelling in mechanical systems

What material properties affect longevity in heated enclosures?

The marker is MADE of polyamide which maintains dimensional stability and mechanical integrity within the specified temperature range, helping resist softening and deformation in elevated ambient conditions.

How many characters can be displayed and how visible are they?

The legend accommodates seven characters printed in white, providing high contrast against the violet background for Rapid Visual identification.

Are these markers intended for custom text or on-site printing?

They arrive pre-printed and are not designed for further printing, so they are suited to standardised, repeatable markings rather than bespoke on-site text changes.

What mechanical stresses can the marker tolerate during equipment operation?

The product is specified as vibration-resistant, indicating it maintains adhesion and legibility under cyclic motion typical of industrial and mechanical environments.