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The DeLOCK 20693 cable sleeve is a braided, cuttable and reusable polyester sleeve designed to protect and bundle cables, electrical tubes and wires. It is stretchable to accommodate multiple cable diameters and offers abrasion and heat resistance for reliable use in a wide range of environments. The sleeve has a 6 mm diameter, a length of 10000 mm and withstands operating temperatures from -40 to 125 °C.

Advantages

The braided polyester construction provides good abrasion resistance and heat resistance while remaining flexible. Its stretchable design permits easy insertion of cables with different diameters, and the sleeve can be repeatedly opened and closed to add or remove cables. The material is cuttable so the length can be adjusted precisely to the application.

Suitable for

• Bundling and organizing individual or multiple low-voltage cables
• Protecting exposed wires and electrical tubes from dirt and mechanical wear
• Routing harnesses in industrial, automotive or home installations
• Use where temperature conditions range from -40 to 125 °C

Key specifications

• Brand: DELOCK
• Model / MPN: 20693
• EAN: 4043619206933
• Material: Polyester
• Colour: White
• Diameter: 6 mm
• Length: 10000 mm
• Operating temperature: -40 °C to 125 °C
• Properties: braided, stretchable, cuttable, reusable, abrasion- and heat-resistant

How to use

Slide the sleeve over the cable bundle by stretching the braided material to accommodate the required diameter. For individual cables or fixed installations, open the sleeve along its length, position the cables and allow the sleeve to contract around them. If a shorter length is required, cut the sleeve to size using a hot cutting tool to seal the ends and prevent fraying. The sleeve can be removed and reinstalled as needed.

Recommendations

For clean cuts and sealed ends, use a hot cutting tool appropriate for polyester. Avoid exposure to open flames beyond the stated temperature range and check compatibility with any sharp edges or high-wear contact points to maximize the sleeve's abrasion resistance.