CRSM-1000 1/2HP 120V

CRSM-1000 1/2HP, 115V, 60Hz, 1Ph combines the nozzle-free, no-clog TurboXE Fan head with a large recirculation tank. Units produce billions of tiny fog particles for complete, uniform coverage, treating greenhouses up to 30,000 sq. ft. Compact, sturdy, and easy to use systems are designed for unmanned, automatic operation. A powerful circulation pump vigorously agitates the solution for added consistency even when using heavy wettable powders. Impressive five gallon-per-hour fogging capability minimizes operating time, and CRSM’s unique design and atomization process keep costs well below comparable foggers.

• Four position pivoting fogging head
• Automatic operation for unmanned use, with timer control.
• Designed with heavy-wall UV stabilized construction, all watertight electrical enclosures and connections, all stainless steel hardware.
• Large tank hold up to 18 US gallons (68 liters).

Unlike other fog systems, TurboXE Foggers can accept ordinary water supplies, even well or pond water without the risk of clogging. The secret is in the nozzle-free, self-flushing atomization system that forces liquids through passageways in the fan blades, atomizing as the liquid exits the blades. In addition, TurboXEs do not require high-pressure lines. Ordinary pressurized water lines are more than enough. By eliminating specialized pumps and filtering equipment, Aquafog saves time and reduces costs. The unique atomization process combined with the fan’s forced circulation provides high quality fog and uniform fog distribution.

The powerful CRSM is engineered to withstand humid conditions as high as 100% RH and above, and corrosive environments containing salts, lime, ammonia and other acidic compounds. Units are constructed of impenetrable components like Nema 4 connections, all 304 SST hardware, UV stabilized polyethylene plastics, PVC dip-coated steel, and sulfuric anodized aluminum. CRSMs are also standard-equipped with a Baldor wash-down-duty motor that is specifically designed for wet, corrosive environments.