HESMC92V Bundle of 4 - Hessaire

The Hessaire HESMC92V Bundle of 4 provides a comprehensive and powerful cooling solution for demanding professional environments. Each MC92V evaporative cooler delivers 11,000 CFM of airflow, efficiently cooling expansive areas up to 3,000 square feet per unit. This bundle ensures multiple workstations or large sections of an industrial space can maintain optimal working conditions, enhancing productivity and comfort.

Key Features

• High-Capacity Airflow: Each unit offers a robust 11,000 CFM, capable of cooling up to 3,000 square feet, ideal for large professional spaces.
• Advanced Evaporative Media: Equipped with high-density XeL50 rigid media on three sides, providing 80% more evaporation surface for superior cooling efficiency.
• Durable, Professional-Grade Construction: Molded with a rugged polypropylene resin, these units are designed for durability and feature UV protection, suitable for challenging industrial settings.
• Flexible Water Supply Options: Features a 32.8-gallon water reservoir for 3-4 hours of standalone operation, along with a direct hose connection for continuous water supply.
• Enhanced Mobility and Safety: Heavy-duty casters allow for easy transport across workshops, while the integrated GFCI safety plug ensures secure operation in wet conditions.
• Adjustable Cooling Control: Users can select from three fan speeds and utilize oscillating louvers (ASDS) for broad, even air distribution, maximizing coverage.

Applications

This bundle of Hessaire MC92V evaporative coolers is engineered for a variety of automotive and industrial applications where traditional air conditioning is impractical or cost-prohibitive. They are particularly effective in large, open environments such as auto garages, mechanic workshops, welding bays, warehouses, and manufacturing facilities. The collective power of four units ensures that technicians and mechanics can work comfortably in designated zones, even in expansive or outdoor-adjacent settings. These units are designed to perform optimally in dry climates or open spaces, reducing heat and improving air quality without recirculating stale air.