Tripp Lite 12u Wall Mount Rack Enclosure Server

With adjustable mounting depths from 3 to 32 5 inches the srw12us33 fits all standard 19 equipment in 12u of space regardless of vendor.

Tripp lite 12u wall mount rack enclosure server.

The srwf12u38 smartrack 12u low profile vertical mount server depth wall mount rack enclosure cabinet is designed to house eia standard 19 inch rack equipment in network wiring closets retail locations classrooms back offices two post racks and other areas with limited floor space where you need equipment to be secure organized and out of the way. The srw12u smartrack 12u low profile switch depth wall mount rack enclosure cabinet is designed to house eia standard 19 inch rack equipment in network wiring closets retail locations classrooms back offices and other areas with limited floor space where you need equipment to be secure organized and out of the way. The srw12usnema smartrack 12u nema 12 switch depth wall mount rack enclosure cabinet is designed to house eia standard 19 inch rack equipment in harsh dirty work environments with limited floor space such as factories construction areas utility plants power stations transportation terminals distribution hubs and warehouses. Tripp lite s srw12us is constructed with a hinged wall mounting bracket and a sturdy steel frame it has a maximum weight capacity of 200 pounds.

The srw12us smartrack 12u low profile switch depth wall mount rack enclosure cabinet is designed to house eia standard 19 inch rack equipment in network wiring closets retail locations classrooms back offices and other areas with limited floor space where you need equipment to be secure organized and out of the way. The srx12ubffd smartrack 12u nema 12 server depth rack enclosure cabinet is designed to house standard 19 inch 48 3 cm rack equipment in harsh dirty work environments with limited floor space such as factories construction areas utility plants power stations transportation terminals distribution hubs and warehouses. The ideal solution for rackmount equipment in space constrained environments.