Kensington · Cables

Kensington Slim N17 2.0 Portable Keyed Laptop Lock for Wedge-Shaped Slots

Tested and approved by Dell the Slim N17 2.0 Portable Keyed Laptop Lock for Wedge-Shaped Slots is the perfect portable lock for Dell ultra-thin and 2-in-1 laptops since it wont block valuable ports and allows the laptop to lie flat and stable. Self-coiling carbon steel cable sheathed in plastic stretches up to 1.8m and shrinks down to 76.2mm. Meets or exceeds rigorous strength testing standards. Features an omnidirectional pivoting head and rotating anchor 5mm keying system and free Register & Retrieve key registration and replacement. Five-year warranty. From Kensington inventor of the laptop cable lock and industry leader in physical device security for more than 25 years.N/AN/ASelf-coiling carbon steel cable is easily transportable and strong stretching up to 1.8m and shrinking down to 76.2mm. Plastic sheathing protects surfaces. 5mm keying system is common across all of Kensingtons latest keyed locks so theres only one keying system to manage.N/ASlim profile made especially for ultra-thin and 2-in-1 laptops. Tested and approved by Dell.N/ADoes not block valuable ports allowing for full use of laptops ports while attached.N/AWont raise the laptop off its surface and cause it to wobble allowing the laptop to lie flat and stable.N/AKensington locks are verified and tested. Each lock is precision engineered to meet or exceed rigorous industry standards for strength physical endurance and mechanical resilience.N/AThe omnidirectional pivoting head and rotating anchor are enabled by special hinges that create great freedom of movement eliminating awkward angles and allowing you to insert your key with complete ease.N/ARegister & Retrieve Kensingtons online key registration programme allows for quick secure and free key replacement if ever lost or stolen.N/AA five-year warranty means you can rest assured knowing youre covered by Kensington inventor and worldwide leader in laptop security locks.

90-day range £∞–-£∞ · average £NaN