HellermannTyton 561-05022 Устройство для маркировки кабеля

HellermanTyton WIC2 Series Cable Marker, 5.6mm Width, 3mm Length - 561-02622 WIC2-2-PA66-RD

This cable marker provides a compact, colour-coded solution for labelling conductors within industrial electrical, automation and electronic installations. Designed for clear Visual identification, it offers a pre-printed legend on a small-format marker suited to dense wiring environments and sustained use across temperature extremes.

Features & Benefits

• Flame-retardant material meets UL94V-0 for reduced fire risk
  Withstands continuous operation up to 85°C for high-temp applications
  Performs reliably to -40°C for cold-environment stability
  Vibration resistant construction minimises slippage in moving equipment
  Pre-printed white legend enhances contrast for Rapid identification
  Polyamide composition offers chemical and mechanical durability

**Applications**

• Suitable for panel wiring identification in automation cabinets
  Ideal for labelling control and signal cables in electronics racks
  Used for marking wires on mechanical equipment with moving parts
  Can be used for phased conductor coding in electrical switchgear
  Used with dense harnesses where small legends are required

What physical form does the marker take for mounting?

It is a narrow, pre-printed wrap-style marker intended to be applied directly onto individual conductors or small bundles where space is limited.

How visible is the printed information under typical workshop lighting?

The legend is printed in white against a red background to maximise contrast and legibility during inspection and maintenance tasks.

Which standards relate to the marker’s identification capabilities?

It is manufactured to conform with established identification norms referenced by EN60062 and IEC304 for component marking systems.

What material properties affect long-term performance in industrial settings?

The polyamide base provides resistance to mechanical wear and common contaminants, supporting sustained readability and adhesion in operational environments.