Maxx Cold MXM2-48RBHC, Double Door Merchandiser Refrigerator, Free Standing, 48 Cu. Ft. - Black

Maxx Cold two section glass merchandiser refrigerator with self-closing swing doors is ideal for displaying a wide variety of beverages, storing take-out food as well as increasing impulse sales. The double door merchandiser utilizes environmentally friendly R290 refrigerant and designed with energy efficient components, the model is one of the only Energy Star certified merchandisers available. The bright white LED interior lighting illuminates the cabinet interior and the double pane heated glass doors prevent fog and reduce condensation always providing end users and operators quick access and visibility. The double doors conveniently swing open for quick access then automatically close, and seal shut with the robust magnetic door gaskets. The powerful compressor, thick and efficient foamed-in-place insulation, and precise digital temperature controller keep all your beverages such as soda, beer, energy drinks, milk and juice at the exact temperature. Additional features include heavy duty coated shelves with stainless steel shelf clips, standard door locks, and adjustable feet. Merchandisers are constructed of high quality commercial components and materials that meet strict UL and NSF commercial standards. Glass door merchandisers can be installed at any restaurant, take-out establishment, convenience store, hotel, concession stand, deli, café, gym & fitness center, grocery or retail store and can even be installed in your home kitchen, game room and garage.

• Best-in-class, energy efficient design with Energy Star Certification
• Bright white interior LED lights enhance product appearance, leading to more impulse sales
• Adjustable temperature range from 32 to 40 degrees F (0 to -4 degrees C) is precisely maintained by the digital controller with LED display
• Hinged doors are self-closing and include a magnetic gasket for a tight and efficient seal
• Double pane heated glass anti-fog doors enhance energy efficiency by preventing heat transfer and minimize condensation