Κλειδαριά καλωδίου eSTUFF GLB220105-ITH, κλειδαριά με συνδυασμό, μαύρο, καθολικής χρήσης

The eSTUFF GLB220105-ITH is a black combination cable lock for universal use that secures laptops, tablets, monitors and other portable devices with a Nano (Kensington) security slot. It is designed for public places such as offices, schools or during travel, providing a compact, keyless anti-theft solution that anchors the device to a fixed object.

Advantages

This cable lock features a 4.5 mm diameter, 180 cm long cut-resistant 7x7 twisted strand carbon steel cable with a protective cover and a zinc-alloy lock head. The combination mechanism allows user-set codes so no keys are required. The lock complies with standard Nano security slot specifications (2.5 x 6 mm) and is compatible with devices that follow Kensington Nano Slot technology.

Suitable for

• Laptops and notebooks with Nano/Kensington Nano Slot
• Tablets and portable monitors with compatible security slots
• Docking stations and peripherals that accept Nano Slot locks
• Use in offices, schools, libraries and while travelling

Key specifications

• Cable diameter: Ø4.5 mm
• Cable length: 180 cm
• Cable construction: 7x7 twisted strand carbon steel with protective cover
• Lock head material: Zinc alloy
• Security slot standard: Nano Security Slot (2.5 x 6 mm / Kensington Nano Slot)
• Lock type: Combination lock (user-set code)
• Colour: Black
• Intended use: Universal

How to use

Thread the cable around a fixed object such as a desk leg or an anchored fixture, then insert the lock head into the device’s Nano security slot and engage the mechanism. Set or change the combination according to the manufacturer’s instructions to secure the device without keys. Verify the lock is fully engaged before leaving the device unattended.

Recommendations

For best results, attach the cable to an immovable object and choose a combination code that you can remember but is not easily guessed. Regularly inspect the cable and lock head for wear and avoid placing excessive tension on the cable. The lock reduces opportunistic theft but does not make a device impervious to determined attackers.