HellermannTyton 901-10274 Устройство для маркировки кабеля

HellermanTyton Helagrip Series Cable Marker, 3.5mm Length, Violet - 901-10274

This cable marker is a pre-printed PVC identification tag designed to mark and organise wire and cable runs in industrial installations. It is intended for application prior to termination and is manufactured to retain text legibility and mechanical grip on a variety of cable diameters. The product is supplied on reels for efficient dispensing and fits a range of wiring tasks in automation, electronics, electrical and mechanical environments.

Features & Benefits

• UL94 V-0 construction resists ignition and slows flame spread
  Chemical-resistant PVC withstands acid, alkali and fuel exposure
  Flexible material returns to wire profile for secure fit
  Chevron-cut ends lock legends together to prevent movement
  Characters include 0–9, A–Z and standard electrical symbols
  Operates across -65°C to 105°C for varied temperature conditions

**Applications**

• Suitable for labelling harnesses in automation panels
  Ideal for identification on distribution and control cables
  Used with cable bundles requiring pre-termination marking
  Can be used for wiring in harsh chemical processing areas
  Suitable for colour-coded installations using violet and white legends

How are markers supplied for Rapid deployment on site?

They are provided on 1000-reel format to enable continuous application and reduced changeovers.

What range of cable diameters will each size cover?

The marker profile accommodates a variety of outside diameters within its designed grip range to allow one size to fit multiple cable gauges.

Are additional characters or symbols available beyond digits?

Yes
the legends include alphabetic characters and standard electrical symbols for flexible labelling schemes.

How does the chevron cut affect installation reliability?

The chevron end permits interlocking alignment of consecutive legends, maintaining positional stability once applied.

Can these markers endure intermittent higher temperatures during operation?

The material tolerates intermittent excursions above normal service temperature, supporting occasional higher-temperature events.