Lowell LSGR-4032 40U x 32"D Seismic Rated Gangable AV Rack with Rear Door

For integrators and IT managers who need a rugged, serviceable rack for critical systems, the Lowell LSGR-4032 seismic-rated AV rack delivers secure, accessible equipment mounting for AV, networking and physical security deployments. This Lowell Manufacturing rack cabinet offers 40U of usable space and a 32" depth to accommodate deep servers, storage, DVR/NVRs and large power distribution units. The gangable X-frame construction and open sides accelerate installation and on-site servicing, while two pairs of fully adjustable RU-scaled rails let you optimize rack layouts for mixed equipment loads. Built-in cable management, multiple lacing points and knockout panels reduce cable clutter and improve airflow — important for 24/7 surveillance and monitoring gear. The rear door includes top and bottom vents plus a keyed lock to balance ventilation with tamper resistance in sensitive installations. Finished in a durable black wrinkle powder epoxy, the LSGR-4032 combines professional aesthetics with long-term durability. Ideal for security rooms, control centers and AV racks, this Lowell rack simplifies deployment and protects your investment — order today to upgrade your monitoring, surveillance or network infrastructure.

• Maximizes uptime and equipment protection in seismic zones with a seismic-rated 40U frame that secures critical AV and network hardware.
• Deep 32" chassis and adjustable RU-scaled rails provide flexible mounting for servers, switches, DVRs/NVRs and rack-mount AV components.
• Gangable X-frame design and open sides allow fast access for installation and service, reducing maintenance time for security and surveillance systems.
• Integrated cable management, lacing points and knockout panels keep power and data runs organized to improve airflow and simplify troubleshooting.
• Lockable ventilated rear door and durable black powder epoxy finish deliver physical security and long-lasting corrosion resistance for demanding monitoring environments.