Overview The Tripp Lite SRXFANROOF is a roof-mounted fan panel designed specifically for SmartRack enclosures, providing essential cooling for server rooms and network closets. Equipped with six high-performance fans powered by a 208 to 240 volt input, it efficiently removes heat from densely packed equipment, helping processors, power supplies, and drives maintain safe operating temperatures. Its tool-free installation allows you to add active cooling without removing existing hardware or sacrificing rack space. Key features Six high-performance fans that enhance airflow to prevent overheating in high-density racks Tool-free installation on the rack roof, preserving valuable rack units and simplifying upgrades Pre-punched cable access holes for neat routing of power and data cables without cluttering the rack front or rear Durable cold-rolled steel construction with a black finish that matches Tripp Lite SmartRack cabinets and resists wear Includes a C14 inlet dongle for easy connection to standard 208 to 240 volt, 50/60 Hz power sources common in data centers and telecom rooms Backed by a two-year limited warranty, reflecting Tripp Lite’s commitment to reliability Key specs Input voltage: 208 to 240 volts AC Frequency: 50/60 hertz Number of fans: 6 high-performance units Material: Cold-rolled steel with black finish Mounting: Roof-mounted, tool-free installation Power connection: C14 inlet dongle included Installation and setup The fan panel installs quickly on the top of compatible SmartRack enclosures without the need for tools, allowing you to add cooling during routine maintenance without disrupting existing equipment. The built-in cable access holes simplify power and data line management, keeping your rack organized and airflow unobstructed. Ideal uses and environments This fan panel is well suited for IT managers who have increased equipment density with blade servers or high-power switches and require immediate cooling improvements. It also fits branch offices with a single rack in warmer spaces and production or research environments where equipment heat loads vary throughout the day. Its robust design and reliable performance make it a practical choice for maintaining optimal operating conditions in demanding setups.
