RackSolutions Universal Sliding Computer Shelf, 450mm x 279 - 762 mm

The RackSolutions Sliding Computer Shelf lets users install a desktop PC on a server rack with a sliding shelf for easy accessibility and storage. The Sliding Computer Shelf is designed for compatibility with most standard 19" EIA standard server racks, making it an ideal solution for those trying to mount PCs close to servers, but needing an efficient, space-saving way to do so. The 17.7" wide shelf stretches to a depth of 20" (508 mm), letting it support most desktop PCs with plenty of room for space. It also comes equipped with a non-slip mat and strap to keep the device in place while the shelf is slid for use. All of this meets with the shelf's 22.5" (572 mm) extension range to create a storage solution that can meet a diverse range of needs. While such advanced features as seismic and transport options are available to meet specialized deployment needs, the shelf does come with a cable management arm by default. This gives users the ability to professionally route cables from the device to maintain airflow and maximize troubleshooting efficiency.

These universal sliding computer shelves made for 4 Post racks.

FEATURES

Compatible with EIA 19” Racks

- Mounting depth: 11- 30” (279 -762 mm)

- Weight capacity: 45 lbs (21 kgs)

- Square or round hole racks

- Compatible with leading OEMs

Sliding shelf for Desktops and Workstations

- Shelf extends 22.5” (572 mm)

- Equipment straps included

- Anti-slip mats included

- CMA (Cable Management Arm) included

APPLICATIONS

- Non-rack mountable devices

- Peripheral devices

- Basic installation requirements

TECHNICAL SPECIFICATIONS

Weight Capacity

- 45 lbs (20 kgs)

Equipment Size

- Max equipment length: 20” (508 mm)

- Max equipment width: 17.7” (450 mm)

- Maximum equipment depth: 20” (508mm)

Mounting Depth Range

- 11”- 30” (279 - 762 mm)

Overall Depth

- 24” (610 mm)

Shelf Surface Area

- 17.75” x 16.37” (451 x 416 mm)

Cable Management Arm (CMA) - Articulated, cable management arm extends forward and backward as shelf slides in and out of the rack