Kendall Howard 3107-3-001-27 3107 Series 27U LINIER Server Cabinet, Vented Doors, 36" Depth, Black

Protect and organize critical IT, security and surveillance equipment with the KENDALL HOWARD 3107 Series 27U LINIER server cabinet. Built for network, monitoring and physical security environments, this 27U rack cabinet delivers secure, ventilated storage with a 36" rack depth that accommodates full-depth servers, UPS units and patch panels. With locking perforated front and rear doors, removable locking side panels, and preinstalled casters, you get easy access for maintenance plus strong physical protection for valuable assets.

Two sets of adjustable cage-nut rails extend to the full 36" depth for flexible mounting, while a 1300 lb maximum capacity supports high-density deployments. Top laser knockouts allow fan installation and improved cable routing to optimize airflow — a key advantage for surveillance DVRs, network switches and monitoring systems that generate heat. Made in the USA and backed by a 5-year limited warranty, the LINIER cabinet balances professional-grade durability with cost-effective value.

Ideal for data closets, security rooms and network hubs, this cabinet streamlines installation and ongoing operations — order the KENDALL HOWARD 27U LINIER rack to secure your networking, servers and surveillance equipment today.

• Secure, cooled equipment storage: locking perforated front and rear doors promote airflow to keep servers, UPS and surveillance gear running reliably.
• Fits full-depth hardware: 36in rack depth and adjustable rails accommodate deep servers, battery backups and patch panels for flexible deployments.
• Heavy-duty capacity: 1300 lb load rating supports dense racks and high-density networking or monitoring equipment.
• Fast deployment and serviceability: preinstalled casters and removable, locking side panels simplify staging, moves and secure maintenance.
• Integrated cable and cooling options: top laser knockouts for fan installation and multiple cable access points reduce clutter and improve thermal performance.