HellermannTyton 520-00196 Устройство для маркировки кабеля

HellermanTyton Helagrip Series Cable Marker, 4.3mm Width, White - 515-03954 HGDC2-5 9-PVC-WH

This cable marker is a pre-printed PVC identification designed for marking wires and cables before termination in industrial and electrical installations. It is supplied on a 1000-reel and features a chevron cut that allows legends to align and lock together along cable runs. The product is manufactured from a flexible, cadmium-free polyvinyl chloride compound and carries recognised material safety and flammability classifications suitable for demanding environments.

Features & Benefits

• UL94 V-0 rated material for enhanced flame behaviour
  Resistant to fuel, alkali and acid for hostile environments
  Operates reliably between -65°C and 105°C for varied conditions
  Chevron end-locking ensures legends remain aligned on cables
  Indelibly marked legends 0–9 and A–Z for clear identification

**Applications**

• Suitable for control panel wiring identification in automation systems
  Ideal for cable labelling during electrical installation and maintenance
  Used with multiconductor harnesses in electronics assembly
  Can be used for field wiring in mechanical plant and machinery

What range of cable diameters will these markers fit?

The markers are profiled to accommodate a broad range of conductor outside diameters, enabling one size to suit multiple cable thicknesses.

How are the legends presented and applied in practice?

Legends are pre-printed in black on white material and the flexible construction permits the marker to return around the wire for secure placement before termination.

What standards relate to material and testing for these markers?

They meet specified national and international test methods for materials and performance, including flammability and cable identification standards.

Can these markers tolerate short-term higher thermal exposure?

The compound is rated for continuous service up to 105°C and allows intermittent exposure to higher temperatures as part of its operational behaviour.