HellermannTyton Helagrip Slide On Cable Marker, Black on White, Pre-printed "T", 1 → 3mm Cable, 901-10378

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 - 901-10378

This cable marker is designed for effective identification of cables in various applications. Made from durable PVC, it accommodates cable diameters from 1mm to 3mm, ensuring a secure fit. The markers are pre-printed with legends and presented in a convenient pack of 250.

This cable marker is designed for effective identification of cables in various applications. Made from durable PVC, it accommodates cable diameters from 1mm to 3mm, ensuring a secure fit. The markers are pre-printed with legends and presented in a convenient pack of 250.

Features & Benefits

• Slide-on design simplifies application on multiple cable types • Chevron cut enables secure alignment of legends • Resistant to acids, alkalis, and fuels for durability • Clearly marked with characters 0-9, A-Z, and standard symbols

• Slide-on design simplifies application on multiple cable types • Chevron cut enables secure alignment of legends • Resistant to acids, alkalis, and fuels for durability • Clearly marked with characters 0-9, A-Z, and standard symbols

Applications

• Used for efficient wire identification in automation • Ideal for labelling cables in electrical installations • Suitable for marking in mechanical and electronic industries • Helps ensure proper identification during maintenance and repairs

• Used for efficient wire identification in automation • Ideal for labelling cables in electrical installations • Suitable for marking in mechanical and electronic industries • Helps ensure proper identification during maintenance and repairs

How do these markers maintain visibility despite harsh conditions?

The durable PVC material is resistant to various substances, including acids and alkalis, maintaining their legibility in challenging environments. The black on white contrast ensures clarity in identification, even in low-light settings.

The durable PVC material is resistant to various substances, including acids and alkalis, maintaining their legibility in challenging environments. The black on white contrast ensures clarity in identification, even in low-light settings.

Can these markers be used on different cable sizes?

Yes, the cable markers are designed to fit a range of diameters from 1mm to 3mm, allowing for versatile use across different cable types.

Yes, the cable markers are designed to fit a range of diameters from 1mm to 3mm, allowing for versatile use across different cable types.

Are these markers suitable for use in high-temperature installations?

The operating temperature range of -65°C to +105°C ensures these markers remain effective even in high-temperature settings, making them suitable for diverse applications.

The operating temperature range of -65°C to +105°C ensures these markers remain effective even in high-temperature settings, making them suitable for diverse applications.