Everest Refrigeration EOMV-72-B-28-S 73 1/4" Vertical Open Air Cooler w/ (4) Levels, Black, 115v

The Everest Refrigeration EOMV-72-B-28-S 73 1/4" Vertical Open Air Cooler is a high-performance, energy-efficient solution for busy commercial kitchens and restaurants. Designed with durability in mind, this 19 cu ft unit features a self-contained refrigeration system with ECM evaporator fan motors and corrosion-resistant coils, ensuring long-lasting performance. The use of R290 refrigerant not only meets environmental standards but also delivers superior cooling efficiency, maintaining interior temperatures between 35° and 40°F as set by the controller. Its black, moisture-resistant panel exterior and stainless steel interior with a perforated rear wall make it ideal for high-traffic environments where hygiene and reliability are paramount. With 4 adjustable stainless steel shelves and shielded LED lighting, this vertical open-air cooler maximizes visibility and accessibility, making it perfect for displaying beverages, dairy, or perishables. The integrated, retractable night curtain helps reduce heat transfer, while the galvanized steel construction and 2.5" polyurethane insulation ensure durability and energy efficiency. Whether you're outfitting a fast-food kitchen, a restaurant, or a convenience store, this Everest Refrigeration unit delivers the performance and reliability commercial operators demand. Its compact footprint (60.13" H x 28.38" D) and 115v power requirement make it a versatile choice for spaces with limited room but a need for high-capacity cooling. For restaurants and businesses prioritizing energy efficiency, durability, and professional-grade performance, the Everest Refrigeration EOMV-72-B-28-S is a standout choice. Its self-contained design eliminates the need for external condensers, simplifying installation and maintenance while reducing operational costs. Invest in a commercial refrigerator that combines functionality, sustainability, and longevity—order yours today and keep your products fresh while minimizing energy waste.