Označovač kabelu, řada: WIC2 Zaklapávací barva Černá 3 mm x 5.6mm HellermannTyton Žlutá 0-9 3.8 mm 561-02101

HellermanTyton WIC2 Series Cable Marker, 5.6mm Width, Yellow - 561-02101 WIC2-0-9-PA66-YE

This cable marker is a pre-printed identification strip designed to simplify numeric labelling of wiring in industrial installations. Supplied in a high-visibility yellow, the markers display digits 0–9 and are intended for fixed attachment to cables where clear, non-printable identification is required. Their construction and choice of material make them suitable for environments that demand durable, vibration-resistant identification.

Features & Benefits

• Polyamide construction provides chemical and thermal stability
  UL94 V-0 fire behaviour reduces flammability risk in enclosures
  Operates reliably between -40°C and 85°C for wide-range use
  Vibration-resistant design maintains legibility under motion
  Marker strips are non-printable and pre-printed for fast application
  Complies with recognised component numbering standards for compatibility

**Applications**

• Suitable for panel wiring labelling in control cabinets
  Ideal for factory automation cable runs requiring numeric IDs
  Used for electrical distribution board conductor marking
  Can be used for wiring harness identification in machinery
  Used with Terminal blocks and junction points in installations

What material properties affect long-term outdoor usage?

The polyamide composition offers resistance to many solvents and maintains dimensional stability across the specified temperature range, though UV-exposure resistance is determined by the specific formulation.

How do these markers behave in high-vibration assemblies?

They are designed to resist loosening and abrasion under repeated mechanical vibration, preserving the pre-printed numerals without smudging.

Are the markers suitable for retrofitting existing cable runs?

Yes
their pre-printed format and Compact profile make them practical for addition to installed cables where numeric identification is required.

What standards relate to their numeric coding and electrical component marking?

The numeric legend and application align with component marking conventions referenced in EN 60062 and IEC 304.