
Middle Atlantic SRSR-X-15 15U Rotating Rail System
Optimize Equipment Access and ServicingThe Middle Atlantic SRSR Series Rotating Sliding Rail System enables seamless equipment installation and access. This rack system allows for on-site maintenance of equipment and locks in the extended position. Rack Spaces: 15U Spaces Depth: 23" Weight C...
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Optimize Equipment Access and Servicing
The Middle Atlantic SRSR Series Rotating Sliding Rail System enables seamless equipment installation and access. This rack system allows for on-site maintenance of equipment and locks in the extended position.
- Rack Spaces: 15U Spaces
- Depth: 23"
- Weight Capacity: 200 lbs
Key Features
15 SPACE ROTATING SLIDING RAIL SYSTEM W/23"
USEABLE DEPTH, 200 LB. CAPACITYSRSR EXTENDED,15
USEABLE
Specifications
Pros & Cons
👍 Pros
- Offers 15 rack units (15U) of space, providing ample capacity for mounting multiple audio or server components.
- Features a rotating mechanism, allowing for easy access to the rear of equipment for wiring and maintenance.
- Designed with a usable depth of 23 inches, accommodating a wide range of standard rack-mountable devices.
- Boasts a substantial 200 lb. capacity, ensuring it can safely support heavy equipment installations.
- The sliding rail system facilitates convenient servicing and integration of components within the rack.
👎 Cons
- The "23" usable depth" may not be sufficient for exceptionally long equipment, requiring careful measurement beforehand.
- Specific details about the materials used for construction are not provided, which can be a factor for long-term durability concerns.
- Installation instructions or required assembly tools are not mentioned, potentially leading to additional preparation time.
- The product focuses on rack space and features but does not include any specific mounting hardware (screws, cage nuts) for equipment.
- While rotating, the amount of rotation or specific locking mechanisms for different angles are not described.