HydroMist USA ProMist 100 High-Pressure Misting Pump

Industrial-Class 1HP TEFC Motor, 1000 PSI Continuous Atomization Engine, 64-Nozzle Commercial Commercial Cooling Core, Splash-Resistant Infrastructure

Optimize large-scale climate control, agricultural temperature suppression, and heavy industrial dust management with the HydroMist USA ProMist 100 High Pressure Misting Pump. Engineered as the high-capacity flagship model in the ProMist series, this professional-grade component converts standard residential or commercial utility water pressure into a powerful, ultra-fine cooling field. Driven by a robust, totally enclosed fan-cooled (TEFC) industrial motor, the ProMist 100 sustains a consistent, heavy-duty operational ceiling of 1000 PSI to drive up to 64 independent misting nozzles simultaneously without system stuttering or pressure drop-off.

By compressing water molecules under extreme structural force, the system atomizes streams into microscopic droplets that instantly flash-evaporate into the surrounding atmosphere. This advanced photo-thermal process can lower local outdoor environment variables by up to 25°F without leaving residual moisture on surfaces, equipment, or occupants. Housed in a durable, splash-resistant structural shell, this premium high-pressure pump delivers maximum durability across open commercial restaurant patios, manufacturing floors, livestock facilities, and sports stadiums.

Key Product Features & Core Engineering

• High-Intensity 1000 PSI Performance: Boosts basic low-pressure water streams up to a continuous 1000 PSI operational output. This high-load force creates a micro-droplet flash evaporation zone that rapidly cools open areas without wetting floor spaces or upholstery.

• 64-Nozzle Industrial Capacity Engine: Equipped with a high-performance 1HP TEFC motor specifically calibrated to distribute uniform pressure across extensive mist lines. The system efficiently handles up to 64 independent #2 misting nozzles ($0.008\text{" / }0.2\text{mm}$ orifice layout) for comprehensive coverage.

• Pro-Grade Protection Block: Features single-stage water filtration alongside built-in low-pressure automation switches. This intelligent monitoring matrix cuts power to the core if utility input lines drop below safe limits, protecting the pump from dry running and premature wear.

• Splash-Resistant & Industrial Built: The main housing structure incorporates a rugged, impact-resistant design with integrated LED mode indicators, making it perfectly suited for high-humidity, outdoor placement, or high-traffic commercial wash-down fields.

• Universal Water Line Adaptation: Engineered with a heavy-duty $3/4\text{"}$ female garden hose thread (GHT) inlet that fastens easily to standard utility faucets, alongside a high-precision $3/8\text{"}$ high-pressure female tube outlet fitting for premium steel or nylon mist lines.

Technical Specifications Summary

Comprehensive Box Inclusions

• 1 × HydroMist USA ProMist 100 1HP High-Pressure Misting Pump Core Unit

• 1 × Pre-Installed 5-Micron Active Sediment Filter Cartridge Element

• 1 × Heavy-Gauge 4 ft. Power Cable with Grounded NEMA 5-15 Commercial Plug

• 1 × Integrated Dual-Stage Low-Pressure Water Automation Control Switch

• 1 × Master Quick-Connect Installation Blueprint & Field Operation Manual

Critical Field Installation & System Guidelines

• Low-Water Supply Switch Requirements: The ProMist 100 features a precision low-pressure protection safety block. For proper starting conditions, the incoming city water line pressure must remain steadily above 35 PSI. Avoid pulling water directly from unpressurized storage tanks or gravity feeds without a booster pump.

• High-Amp Surge Breaker Allocation: While the TEFC motor draws a continuous 11A under load, it requires an estimated 17A maximum surge inrush during initial startup. Always plug this system into a dedicated, grounded 15-amp or 20-amp residential/commercial breaker circuit to prevent nuisance tripping.

• Winterization & Freezing Maintenance: Before storing the unit for winter or during sub-freezing temperatures, completely disconnect the water input line, blow out remaining internal fluid loops via compressed air, and drain the filter housing to protect the internal seals from freezing damage.