Active Air 8" 7.5W Clip Fan

The clip is designed to grip flat and tubular surfaces including flood table lips, grow tent frame uprights, wire shelving, trellis netting supports, and similar structures. The grip range accommodates most standard grow infrastructure profiles — check the instruction sheet for the specific clip opening dimensions if you're unsure whether your mounting point will fit.

The space beneath a dense canopy is where humid, stagnant air accumulates — creating ideal conditions for mold, mildew, and fungus gnats that can devastate a crop from the bottom up. Directing airflow under the foliage disrupts that stagnant layer, reduces leaf surface moisture, and improves transpiration in the lower growth zone. Overhead oscillating wall mount fans often can't reach this area effectively, making a clip fan positioned at flood table level the most direct solution.

Brushless motors eliminate the carbon brush contacts that wear down and eventually fail in traditional brushed motors. With no brush friction, brushless motors run cooler, draw less power for equivalent output, and have a significantly longer service life — particularly relevant for a clip fan that may run 18–24 hours a day throughout a full grow cycle. The ultra-quiet operation is also a direct benefit of the brushless design, as there are no brushes to generate electrical noise or mechanical vibration.

Yes — the 8" size and low 7.5W output make this fan a good match for propagation stages where airflow needs to be gentle. Position the clip fan at a distance and angle the head so air movement reaches the seedlings indirectly, creating a gentle breeze rather than direct wind stress. This light movement strengthens early stem development without the dehydration risk that larger fans pose to unrooted cuttings.

At 7.5W each, clip fans add minimal load — ten of them together draw less than a single 75W incandescent bulb. In practice, adding one or several clip fans to an existing grow room circuit—even alongside a larger 75 pint humidifier—will not meaningfully contribute to circuit load concerns. As always, calculate total wattage across all running equipment on a shared circuit and ensure it stays within safe limits (typically 80% of the circuit's rated capacity for continuous loads).