MPN K64430S
EAN/UPC 085896644309
Stock level
The MicroSaver 2.0 Keyed Chassis Lock with Master Key access for supervisors prevents unwanted access to the sensitive data and components of devices such as a desktop computer or server. By locking down the chassis, it secures the valuable components inside, such as the hard drive, CPU and graphics card of a desktop computer.
Tough 10mm lock head secures the computer cabinet to prevent theft of components and data, including the CPU, graphics card and hard drive
5mm Keying System f...
Tough 10mm lock head secures the computer cabinet to prevent theft of components and data, including the CPU, graphics card and hard drive
5mm Keying System featuring patented anti-pick Hidden Pin Technology is compatible for custom solutions across different styles of Kensington locks
T-Bar™ Locking Technology attaches to any device featuring the industry-standard Kensington Security Slot™
Single Keyed allows lock access only to authorized administrators
Register & Retrieve™ program allows you to order replacement keys
Key
Yes
2
Grey, Stainless steel
83014090
0.03 kg
0.019999999999999997 kg
2 Year(s)
13 x 25 x 18 mm
The MicroSaver 2.0 Keyed Chassis Lock with Master Key access for supervisors prevents unwanted access to the sensitive data and components of devices such as a desktop computer or server. By locking down the chassis, it secures the valuable components inside, such as the hard drive, CPU and graphics card of a desktop computer.
Tough 10mm lock head secures the computer cabinet to prevent theft of components and data, including the CPU, graphics card and hard drive
5mm Keying System featuring patented anti-pick Hidden Pin Technology is compatible for custom solutions across different styles of Kensington locks
T-Bar™ Locking Technology attaches to any device featuring the industry-standard Kensington Security Slot™
Single Keyed allows lock access only to authorized administrators
Register & Retrieve™ program allows you to order replacement keys
*The product data above is provided by Icecat. EET cannot be held responsible for errors in relation to this.