Adastra: 953.512UK, 19" Rack Cabinet, 12U, 450mm Depth, Cold Rolled Steel

Product Overview & Key Benefits

The 19" Rack Cabinets are designed specifically for housing 19" rack-mount equipment, making them an essential choice for professionals in various sectors. These cabinets feature removable side panels and a lockable front door for enhanced security, whilst their robust construction guarantees durability. Perfect for IT professionals, broadcast studios, and commercial installations, these cabinets offer a secure environment for your valuable equipment.

Technical Specifications & Product Details

• Dimensions:450mm (Depth) x 600mm (Width) x 634mm (Height)
• Rack Height:534mm (12U)
• Weight:23.3700 kg
• Material:1.2mm cold-rolled steel with 5mm tempered glass
• Finish:Durable epoxy powder coated in RAL9004
• Maximum Load:100kg static (total)
• Mounting Depth:370mm
• Standards:ANS/EIA RS-310-D, IEC297-2, DIN41491, PART1, DIN41491, PART7, ETSI compliant
• Accessibility:Clip-in side panels for easy access and adjustable mounting depth to accommodate different equipment dimensions
• Ventilation:Vented top panel with cut-out for an optional cooling fan, ensuring optimal equipment performance
• Installation Options:Wall mountable or free-standing with fixing apertures in the rear panel

Ideal Uses & Applications

These 19" Rack Cabinets are versatile and suitable for a wide range of applications. In domestic DIY settings, they can be used to manage audio-visual equipment safely and neatly. In commercial buildings or offices, they provide a secure solution for server and networking equipment. Furthermore, in hospitality environments such as hotels, they cater to the needs of IT infrastructure by protecting equipment in public areas. The adjustable mounting strips and removable door make them particularly user-friendly and adaptable for various types of equipment.

Energy Efficiency & Cost Savings

With the focus on efficient and sustainable design, the 19" Rack Cabinets ensure that your equipment is not only housed securely but also allows for effective cooling. This can potentially reduce energy consumption and extend the lifespan of your equipment, leading to cost savings over time. By keeping equipment at optimal operating temperatures, users can save significantly on maintenance costs and energy bills associated with overheating and inefficient equipment performance.