Brady SCN-07-9 Clipsleeve adermarkering, opschrift 9, geel, 1,9-2,4 mm kabeldiameter, 300 stuks 133009

Identify wires and cables with the Brady SCN-07-9 Clipsleeve Wire Marker, featuring a pre-printed legend "9" on a yellow sleeve for high visibility. Designed for cable diameters from 1.9 to 2.4 mm, these clip-on markers are made from durable PVC and resist oils, greases, and industrial solvents. The hot-stamped black print is abrasion-resistant and non-smear, ensuring long-lasting legibility. Each pack contains 300 markers, suitable for a wide range of wire identification tasks in industrial and commercial environments.

Overview

The Brady SCN-07-9 Clipsleeve Wire Marker is a reliable solution for marking wires and cables with a diameter between 1.9 mm and 2.4 mm. The marker features a yellow body with a black "9" legend, providing clear identification. The clip-on design allows for easy installation without the need for disconnecting wires. Constructed from PVC, the markers are resistant to common industrial chemicals, oils, and greases, making them suitable for harsh environments. The print is applied using a hot stamping process, which ensures durability and resistance to abrasion and smearing.

What stands out

• Pre-printed legend "9" for quick identification
• Yellow colour for high visibility
• Clip-on mounting for easy installation
• Durable PVC material resistant to oils, greases, and solvents
• Hot-stamped print that is abrasion-resistant and non-smear
• Pack of 300 markers for bulk use

Technical details

• Product Type: Wire Marker
• Marker Type: Clipsleeve
• Legend/Character: 9
• Cable Diameter Range: 1.9 - 2.4 mm
• Material: PVC
• Marker Body Colour: Yellow
• Print Colour: Black
• Mounting Method: Clip-on
• Quantity per Pack: 300
• Series: SCN-07
• Application: Wire and Cable Identification
• Operating Temperature Range: -30°C to 60°C
• Resistance: Oils, Greases, Industrial Solvents
• Print Method: Hot Stamped

Our verdict

A practical and durable wire marking solution for professionals who need reliable identification in demanding environments.