HellermannTyton Helagrip Slide On Cable Marker, Black on White, Pre-printed "V", 1 → 3mm Cable, 901-10438

Helagrip PVC Cable Markers On Reels

Chevron cut PVC cable markers supplied on reels. The design of the marker allows it to be easily applied over a range of cable sizes. They are manufactured from flexible, high grade PVC which conforms to IEC 684-3. Ideally suited to panel building, mass transit, utilities, telecommunications, and electrical contracting.

Chevron cut PVC cable markers supplied on reels. The design of the marker allows it to be easily applied over a range of cable sizes. They are manufactured from flexible, high grade PVC which conforms to IEC 684-3. Ideally suited to panel building, mass transit, utilities, telecommunications, and electrical contracting.

Features and Benefits• Easily apply one size marker to wide range of cables• Markers are applied pre-termination• Chevron cut to ensure markers lock together• Characters available are 0-9, A-Z, and standard electrical symbols

Features and Benefits• Easily apply one size marker to wide range of cables• Markers are applied pre-termination• Chevron cut to ensure markers lock together• Characters available are 0-9, A-Z, and standard electrical symbols

HellermannTyton Helagrip Series Cable Marker, 1mm Minimum Cable Diameter, 3mm Maximum Cable Diameter - 901-10438

This cable marker is designed for effective cable identification. The product measures 3.5mm in length and accommodates cable diameters from 1mm to 3mm. Made from durable PVC, it offers resilience against harsh conditions while providing clear identification for various applications.

This cable marker is designed for effective cable identification. The product measures 3.5mm in length and accommodates cable diameters from 1mm to 3mm. Made from durable PVC, it offers resilience against harsh conditions while providing clear identification for various applications.

Features & Benefits

• Slide-on design allows easy usage to multiple cable sizes • Resistant to acids, alkalis, and fuels for increased durability • Clearly printed with numbers, letters, and symbols for easy recognition • Operating temperature range supports versatility in diverse environments

• Slide-on design allows easy usage to multiple cable sizes • Resistant to acids, alkalis, and fuels for increased durability • Clearly printed with numbers, letters, and symbols for easy recognition • Operating temperature range supports versatility in diverse environments

Applications

• Used for identifying cables in electrical installations • Ideal for automation systems requiring clear identification • Suitable for mechanical where wire marking is essential • Effective in various industries for streamlined cable management

• Used for identifying cables in electrical installations • Ideal for automation systems requiring clear identification • Suitable for mechanical where wire marking is essential • Effective in various industries for streamlined cable management

What temperature can this marker withstand without losing its functionality?

It can operate effectively in temperatures ranging from -65°C to +105°C, allowing for use in a variety of environments.

It can operate effectively in temperatures ranging from -65°C to +105°C, allowing for use in a variety of environments.

How do these markers ensure that printed legends remain intact?

The chevron cut design interlocks markers, preventing movement and ensuring that the printed text stays in place even under stress.

The chevron cut design interlocks markers, preventing movement and ensuring that the printed text stays in place even under stress.

What materials are used in the construction of this marker?

The markers are made from flexible, cadmium-free PVC, which contributes to their durability and resistance to chemical exposure.

The markers are made from flexible, cadmium-free PVC, which contributes to their durability and resistance to chemical exposure.

Can these markers be reused if cable configurations change?

Yes, the flexible material allows them to easily return to their original shape, enabling reuse for new cable arrangements.

Yes, the flexible material allows them to easily return to their original shape, enabling reuse for new cable arrangements.