Adastra: 953.589UK, Hinged 19" Rack Cabinet, 9U, Lockable, Steel & Glass

Product Overview & Key Benefits

The Hinged 19" Rack Cabinets provide an efficient solution for professionals needing easy access to their 19" rack-mount equipment. Designed with removable side panels and a lockable front door, these cabinets ensure both security and convenience. The unique hinged rear section allows for the cabinet to swing out when wall-mounted, granting easy access to the rear panels of installed equipment for effortless connections and wiring adjustments. This product is ideal for IT professionals, audio-visual experts, and commercial settings where neatness and accessibility are paramount.

Technical Specifications & Product Details

• Depth:550mm
• Width:600mm
• Height:500mm
• Material:1.2mm cold-rolled steel & 5mm tempered glass
• Finish:Durable epoxy powder coated RAL9004
• Rack Height:400mm (9U)
• Mounting Depth:370mm
• Maximum Load:60kg static (total)
• Standards Compliance:ANS/EIA RS-310-D, IEC297-2, DIN41491, PART1, DIN41491, PART7, ETSI compliant
• Weight:19.5690kg

Ideal Uses & Applications

These Hinged 19" Rack Cabinets are versatile and perfect for various settings. Indomestic DIYprojects, they can be used to neatly house home entertainment systems or networking equipment. Forcommercial buildings, these cabinets provide organised storage for server equipment or other technical devices ensuring that connections are easily reachable. Inhospitality settingssuch as hotels, they can be integrated where audio-visual solutions are required. Additionally,officeslooking to manage their equipment summarily will find these cabinets an indispensable addition.

Energy Efficiency & Cost Savings

While the Hinged 19" Rack Cabinets are primarily designed for efficiency and access, their construction from cold-rolled steel ensures durability, which can lead to long-term savings. This robust material minimises the need for frequent replacements, thus reducing costs over time. Additionally, the cabinets' setup allows for optimal airflow, promoting energy efficiency for electronic equipment housed within, ultimately leading to decreased energy consumption and savings on electricity bills.