- New
19" RSB SERVER RACK CABINET 42U 800×1000 MM – SPLIT PERFORATED FRONT AND REAR DOORS – UNASSEMBLED
The WP RACK RSB professional server rack cabinet is designed for IT applications, data centers and server rooms requiring outstanding cooling performance, exceptional structural strength and maximum reliability. The split perforated steel front and rear doors provide excellent airflow for cooling active equipment while improving accessibility inside the cabinet, making installation and maintenance easier even in environments with limited operating space.
The load-bearing frame is manufactured from 2 mm steel, while the panels and doors are made from 1.5 mm steel, ensuring outstanding rigidity and a maximum load capacity of 800 kg. Removable lockable side panels, lockable front and rear doors and four numbered depth-adjustable 19" mounting rails allow servers, UPS systems, storage units, switches and networking equipment to be installed safely and efficiently.
The cabinet features removable top and bottom cable entry panels, provisions for 120 mm cooling fans or ventilation kits, four castors (two with brakes), four leveling feet, a grounding kit and 40 sets of cage nuts and mounting screws. The cabinet is supplied unassembled in a flat-pack configuration, making transportation easier, optimizing storage space and simplifying installation in technical rooms with restricted access.
Data Centers, Server Rooms, Servers, Storage Systems, Network Switches, Structured Cabling, Telecommunications, Enterprise Applications and Professional IT Infrastructure.
The split perforated steel front door provides excellent ventilation, ensuring efficient cooling of servers, switches, UPS systems and other active equipment. Its two independently opening door sections require less operating space than a conventional single door, making installation and maintenance easier even in confined environments.
The split perforated steel rear door is designed to improve accessibility, especially when the cabinet is installed close to a wall or in confined technical spaces. The independent opening of each door section requires less operating space than a conventional single door while the large perforated surface optimizes airflow and heat dissipation inside the cabinet.