APC NetShelter 2U Rack Fan Panel with Temperature Control

Overview

The APC ACF600 is a 2U rack fan panel designed to provide active cooling for rack-mounted servers, network switches, and audio-visual equipment. It automatically adjusts fan speed based on the internal rack temperature, delivering up to 135 cubic feet of airflow per minute while maintaining a quiet noise level of 32 dBA. This helps protect your hardware by keeping temperatures within safe operating limits without adding disruptive noise.

Key features

• Automatic temperature-based fan speed control ensures efficient cooling only when needed, reducing noise and energy use.
• Fault tolerant fan system continues to circulate air even if one fan fails, maintaining protection until repairs can be made.
• Compact 2U size fits any standard 19-inch EIA rack, making installation simple and space-efficient.
• Pre-installed power cord with a common NEMA 1-15P plug allows easy connection to standard 120-volt outlets without special wiring.
• Quiet operation at 32 dBA keeps noise below typical office background levels, supporting a comfortable work environment.
• Durable design backed by a one-year repair or replacement warranty for added reliability and peace of mind.

Key specs

• Form factor: 2U rack panel
• Airflow: up to 135 cubic feet per minute (CFM)
• Noise level: 32 dBA
• Power input: 120 V AC with NEMA 1-15P plug
• Dimensions: occupies 3.5 inches of vertical rack space, full 19-inch width
• Warranty: one year repair or replacement

Installation and setup

Mounting the fan panel is straightforward, requiring no special tools or wiring. It fits into any standard 19-inch rack and connects to a common 120-volt outlet via the included power cord. Once installed, the temperature sensor immediately begins adjusting fan speeds to maintain optimal cooling without additional configuration.

Ideal uses and environments

This fan panel is well suited for small data closets, branch office IT rooms, home studios, and production suites where heat buildup can threaten equipment uptime. It works effectively when positioned above heat-generating devices like amplifiers or between dense switch stacks, helping to draw warm air out and reduce noise from individual device fans. This contributes to extending the life of your hardware and maintaining stable operation.