Network Seismic Products

Network cabinets and racks are designed to organize and protect IT equipment in an industrial environment. Rack enclosures or rack cabinets are designed for heavy, high wattage equipment that usually runs at hotter temperatures. The enclosures have vented front and rear doors that provides ample airflow. The removable side panels and front and rear doors are attached to adjustable mounting rails and lock for added security. These type of enclosures are a popular choice for server rooms and data centers. Wall-mount racks can be attached to the wall to save floor space or rolling casters can be added to create a movable floor-standing rack. These racks are usually smaller and can’t support as much weight as rack enclosures. Open frame racks do not have sides or doors and are generally used for applications that don’t need to control airflow or provide security.

Hoffman Seismic Cabinets protect WAN and LAN network equipment and servers during Zone 4 seismic activity. They are also ideal for areas with high load capacities and high vibration.

Hoffman Seismic Free-Standing Dual-Access Cabinets are available in Types 3R, 4, 4X and 12 stainless steel unibody construction. They are ideal for protecting communications and networking equipment from liquid, corrosion and seismic events.

Hoffman Seismic 4-Post Open Frame Racks are used in network, server and telecommunication room applications that are subject to seismic activity or vibrations. They combine the mounting security of a cabinet with the accessibility of a rack. The adjustable-depth racks support heavier network equipment and can be ganged with standard 2-post or other 4-post racks to expand existing systems.

Hoffman Seismic Rack Panels are used when converting a standard free-standing rack enclosure to a seismic free-standing enclosure. The panels have EIA 310 specified square-holes and larger openings to allow cables to pass through the panels. They are used with Seismic Panel Support Kits and Seismic Mounting Plate Kits to obtain seismic standards.