Excel Floor Standing Cabinets - 800 Series

NB: Images are indicative only

The Excel 800 series is a range of 19" free standing cabinets designed for installation of both cabling and networking equipment. They are ideal for use across a range of applications including local area networking (LAN) cabling and hardware, plus the housing of security and AV equipment.

Each cabinet is designed with strength, ease of use and aesthetics in mind. Features such as incremental 1U marking on the mounting profiles, quick release doors and side panels, fully horizontally adjustable front and rear profiles and full access through the base of the cabinet make the product extremely flexible.

Vertical cable management provides full height channels adjacent to the front mounting profiles. Patch cables can be routed from the channel into patch panels or equipment through the frequently positioned access slots. To complete the aesthetically pleasing look, the channel ? and all installed patch cables are covered with a hinged door plate, which is quickly and easily released via a slam latch lock.

The aesthetically pleasing design is completed with the use of a framed smoked safety glass front door fitted with a swing handle lock. Door hinging can be quickly and easily reversed left to right. The 800 series is available in 5 heights from 22u through to 47u. In certain sizes a choice of 600, 800 and 1000mm depth options are available. Each cabinet is supplied as standard with lockable glass front door, metal rear door and lift off metal side panels. Two sets of steel adjustable 19" mounting profiles are fitted, and the roof can be fitted with fan trays and cable entry brush strips. To minimize the weight and size of the removable side panel the 800 and 1000mm deep cabinets are designed with a two piece side panel. The removable side panel is 595mm deep.

A full range of Excel accessories are available to complete cable or equipment installation from cable tray, plinth kits and shelving through to ventilation and power distribution units.

Dimensions are shown below as: Width x Overall Height x Depth

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