Adastra: 853.039UK, 19 Inch Rack Support Shelves, 2U Deep, Adjustable Rear Support Brackets

Product Overview & Key Benefits

The 19" Rack Support Shelves are essential for optimising the storage and organisation of equipment within standard rack cabinets. Designed for professionals and enthusiasts alike, these shelves provide a practical solution for mounting equipment that lacks dedicated brackets, ensuring your devices are securely positioned and easily accessible. Perfect for IT specialists, sound engineers, and anyone who requires a reliable and versatile shelving solution in rack environments.

Technical Specifications & Product Details

• Supplier SKU:853.039UK
• Variant:2U Deep
• Weight:2.70kg
• Dimensions:482 x 442 x 88mm
• Adjustable Rear Support Brackets:Yes, for customisation
• Models:
• 440D models suitable for 600mm deep cabinets350D models suitable for 450mm deep cabinets
• Material:Sturdy steel construction
• Colour Options:Black finish for a professional look

Ideal Uses & Applications

These 19" Rack Support Shelves are ideal for a variety of settings. In domestic DIY projects, they can be utilised to support networking equipment, home media devices, or even workshop tools. In commercial buildings, such as offices or server rooms, they provide a stable platform for servers, routers, and switches, ensuring they are optimally positioned for maintenance and airflow. Additionally, in hospitality settings like hotels and conference centres, these shelves can be used to neatly house audio-visual equipment, keeping spaces organised and functional.

Energy Efficiency & Cost Savings

While rack support shelves themselves do not directly impact energy efficiency, they contribute to an organised and efficient use of space, which can lead to better airflow around equipment. Improved airflow can enhance equipment performance and prolong lifespan, potentially reducing overall energy consumption. By maintaining an organised environment, users may also experience fewer disruptions and less downtime, thereby saving costs on maintenance and operational inefficiencies.