Coolake 53 inch 11.7 cu.ft Back Bar Cooler Commercial Counter Height Beverage Refrigerator with 3 Glass Doors & LED Lighting, 115v

Providing 11.7 cu. ft. of interior storage space, the unit fits up to (3) 1/2 kegs and (58) 6-packs of 12-oz. cans, making this cooler perfect for busy bars, pubs, clubs and more. Its houses (6) steel adjustable shelves that each accommodate up to 88 lb.

The flexible shelving system allows you to easily organize the back bar refrigerator's beer, soda, or mixers for adapting to your changing inventory needs on busy nights With a height of 33 inches and a depth of 21 inches, the compact design fits neatly behind the bar, or undercounter without compromising storage capacity.

The interior is accessible through three glass doors, taking up less precious space behind the bar and making it easy to grab drinks and wines, designed for high-demand environments like pubs, restaurants, and cafés to elevate your commercial space Utilises R290 refrigerant and forced air-cooled technology to ensure consistent and uniform cooling, which is keep operational costs low while maintaining beverages between 33°F to 41°F, essential for busy night bars.

Features an automatic defrost system that keeps the cooler running efficiently without manual maintenance. An LED display panel enables to monitor and adjust the internal temperature as desired Bright LED lighting showcases products clearly while reducing energy consumption for cost-effective operation.

Double-panel Low-E glass doors provide a clear view of the stored contents, even in dimly lit bars and restaurants. The beer fridges are a great way to attractively display and merchandise your chilled beers, ciders, and other bottled beverages.

Doors are lockable as standard for added security The stainless steel exterior not only adds a touch of sophistication to your venue but also provides durability and ease of cleaning, and withstands the wear and tear of daily use. Insulated with high-density polyurethane foam, the cooler can maintain a consistent and optimal temperature with minimal energy consumption.