Mobile Evaporative Cooler AC/DC Powered - Hessaire

The Hessaire DC18 Mobile Evaporative Cooler offers a portable and efficient solution for professional technicians and mechanics seeking to mitigate heat stress in workshops, garages, and on job sites. Designed for professional environments, this unit delivers a significant cooling effect by reducing ambient temperatures without the need for refrigerants, making it an ideal choice for localized cooling where traditional air conditioning is impractical.

Key Features

• Dual Power Versatility: Operates on common 18V or 20V tool battery platforms (battery not included) for cordless use, or via the included 115V AC adapter for continuous power. This flexibility ensures cooling is available wherever your work takes you.
• Powerful Airflow: Delivers a maximum airflow of 900 CFM, effectively covering areas up to 300 sq. ft.
• Professional-Grade Construction: Built with rugged polypropylene, the Hessaire DC18 is designed to withstand the demands of automotive and industrial settings, ensuring durability and longevity.
• Enhanced Cooling Options: Features easy tank access, allowing for the addition of ice to further decrease air temperature and provide enhanced cooling relief.
• Efficient Brushless DC Motor: Equipped with a brushless DC motor for reliable performance, extended lifespan, and efficient power consumption.
• Portable Design: Includes a sturdy carry handle and variable speed control, making it easy to transport and adjust cooling performance as needed.

Applications

The Hessaire DC18 is particularly well-suited for professional applications where traditional cooling systems are not feasible. It provides essential heat stress reduction in automotive repair shops, detailing bays, industrial maintenance areas, construction sites, and outdoor service environments. Its battery compatibility with major tool brands makes it a seamless addition to existing professional toolkits, allowing technicians to maintain comfort and productivity during demanding tasks in hot conditions.