Ortronics - Cabinet (vertical) - compact edge, plexiglass door - wall mountable - white - 4U

• Space-saving design
  The low-profile design of the Ortronics cabinet ensures it fits seamlessly into any space, making it an ideal solution for environments where space is at a premium.
• Enhanced security
  Featuring a plexiglass door, this cabinet combines functionality with security, allowing for visual inspection of equipment while maintaining protection.
• Easy installation
  With a pivoting panel mount bracket kit and 2 pairs of mounting rails included, setting up your Ortronics cabinet is straightforward, ensuring a hassle-free installation process.
• Robust construction
  Designed to support a static load capacity of 135 lb, this cabinet is built to withstand the demands of your equipment, providing a reliable and durable housing solution.

The Legrand Ortronics cabinet is a versatile and secure solution designed to meet the demands of modern equipment housing. Its compact edge and plexiglass door not only ensure the safety of your equipment but also allow for easy visual inspection. This wall-mountable, vertical cabinet is perfect for saving valuable floor space, making it ideal for small offices or crowded server rooms. With a robust 135 lb static load capacity, it can accommodate a wide range of equipment. The inclusion of 2 pairs of mounting rails and a pivoting panel mount bracket kit simplifies the installation process, making it accessible even for those with limited technical expertise. Furthermore, its compliance with UL 2416 standards highlights its reliability and safety, ensuring that your equipment is housed in a cabinet that meets rigorous industry standards.

• Compact edge with plexiglass door for secure, visible equipment storage
• Includes 2 pairs of mounting rails and pivoting panel mount bracket kit for easy setup
• Wall-mountable, vertical design saves valuable floor space
• 135 lb static load capacity accommodates a variety of equipment
• Complies with UL 2416 standards for safety and reliability