37U LINIER Server Cabinet - Solid/Vented Doors - 36in Depth

The LINIER® 37U Server Cabinet with Solid Front & Vented Rear Doors (3106-3-001-37) is a high-capacity, airflow-optimized enclosure designed to securely organize and protect network servers, battery backups, switching systems, and other rackmount equipment in professional IT environments. As part of the LINIER® 3106 Series, this cabinet provides 37U of rack space with a full 36-inch depth, making it well-suited for larger installations that require both secure storage and effective thermal management for deeper, enterprise-grade equipment. Constructed from durable cold-rolled steel with a black powder-coated finish, the cabinet delivers strong structural integrity and long-term durability. It features a lockable solid steel front door that conceals equipment and protects it from unauthorized access, dust, and physical interference. The rear vented door promotes continuous airflow through the enclosure, helping to reduce heat buildup and improve equipment reliability and lifespan. The cabinet is fully compliant with 19” EIA standards and includes adjustable 36-inch mounting rails to accommodate a wide range of rackmount configurations. Removable side panels provide convenient access for installation, maintenance, and cable management, while integrated routing options help maintain a clean and organized infrastructure layout. Designed for demanding IT environments, the cabinet supports up to 1,300 lbs of evenly distributed equipment and up to 800 lbs when used with casters. Locking casters and levelers provide mobility during deployment and stable positioning once installed, making servicing and repositioning more efficient. Weighing 198 lbs and standing 71.75 inches tall, the LINIER® 37U Solid/Vented Server Cabinet delivers a strong combination of capacity, airflow performance, security, and structural durability. Backed by a limited lifetime warranty, it is a dependable solution for IT environments requiring high-capacity rackmount storage with enhanced cooling efficiency.