Maxx Cold Double Door Undercounter Refrigerator, 48.3", 12 cu. ft. Capacity, in Stainless Steel (MXCR48UHC)

Designed to provide maximum storage, significant energy savings and cold, accurate temperatures, the Maxx Cold Double Door Undercounter Refrigerator is ideal for food storage needs in commercial settings. This two-door undercounter refrigerator provides easy accessibility, optimum capacity and flexibility for quick and efficient food preparation. Made of a durable, easy-to-clean stainless steel exterior and painted aluminum interior, this compact refrigerator features 12 cubic feet of storage space and two doors with easy-to-grip recessed door handles. Each section includes an adjustable heavy-duty wire shelf to organize your food, beverages and ingredients. The unit is equipped with four, 3-inch swivel casters for easy maneuverability in tight spaces. This compact refrigerator is engineered with a digital temperature display, which can be viewed from outside the cabinet. This unit is equipped with an integrated condensate evaporator, meaning no drain line connection is needed. This two-door undercounter refrigerator is engineered with urethane insulation, which provides outstanding thermal regulation for energy efficiency. Ideal for a variety of settings, including cafes, snack bars, concession stands and more, the Maxx Cold Double Door Undercounter Refrigerator is a wise choice for your food storage needs.

• Two doors with easy-to-grip recessed door handles
• Durable, easy to clean stainless steel exterior and painted aluminum interior
• Two adjustable heavy-duty wire shelves
• Net storage capacity of 12 cu ft
• Equipped with four 3" swivel casters
• Solid state digital control system
• LED temperature display
• Automatic defrost system
• Equipped with integrated condensate evaporator therefore no drain line connection is needed
• Holding temperature 33°F to 41°F (1°C to 5°C)
• Efficient forced-air refrigeration system
• Urethane insulated walls and doors
• Accommodates full-size sheet pans
• Meets Energy Star Guidelines