Blocaj de securitate pentru notebook DICOTA Stand-alone Pro Key D30867

The DICOTA Stand-alone Pro Key notebook security lock (D30867) secures laptops, projectors, printers and monitors using an integrated rubber bumper that fits most standard lock slots. The lock features a 2.0 m steel cable with a 5.2 mm diameter for extended reach and increased strength, a rotatable and tiltable lockhead, and comes with two flat keys. This standalone lock cannot be connected to a master lock system.

Advantages

The steel cable provides long reach and durable resistance to pulling, while the thermoplastic rubber bumper protects device housings from scratches. The push-to-lock mechanism allows locking without inserting a key, and the included two keys offer a spare. The lockhead can rotate 360° and tilt 90° for flexible positioning during use.

Suitable for

• Laptops with standard security slots
• Projectors and printers with locking points
• Monitors equipped with a security slot
• Mobile workstations in public or shared environments

Key specifications

• Brand: DICOTA
• Model: Stand-alone Pro Key D30867
• Cable length: 2 m
• Cable diameter: 5.2 mm
• Material: Steel, Thermoplastic Rubber (TPR)
• Lock type: Flat key
• Weight: 0.1 kg
• Color: Black
• Includes: 2 keys
• Compatibility: Standalone; not compatible with master lock systems

How to use

Thread the cable around a fixed, immovable object and insert the lock head into the device's standard security slot until it engages. Use the push-to-lock function to secure without key when applicable or insert the flat key and turn to lock. Keep the spare key in a safe place. To unlock, insert the key and turn, or follow the reverse procedure of the push-to-lock mechanism.

Recommendations

For optimal security, attach the cable to a heavy, immovable anchor point and check that the rubber bumper sits flush against the device case. Regularly inspect the cable and lock head for wear and replace the lock if any damage is found. Note that this standalone lock is not suitable for integration into centralized locking systems.