Everest Refrigeration EBB48G-SS 49' Side Mount Glass Door Back Bar Cooler Refrigerator, 115 V, 1 Phase, 60 Hz

Features:

Offers a stylish stainless steel finish with swing glass doors, providing clear visibility and easy access to beverages, perfect for bars, restaurants, and cafes.

Includes an advanced Blizzard R290 cooling system, which ensures fast and efficient cooling while simplifying maintenance with its slide-out cartridge.

Features a spacious 14 cu. ft. interior, allowing for organized storage and quick retrieval of drinks, ideal for high-traffic environments.

Provides energy-efficient operation using R290 refrigerant, which lowers energy costs and reduces environmental impact.

Delivers a practical design that integrates smoothly into various settings, enhancing both functionality and aesthetic appeal.

Description:

The Everest Refrigeration EBB48G-SS is a side mount glass door back bar cooler, crafted to accommodate the various requirements of the food and beverage industry. This model showcases a sleek stainless steel finish and swing glass doors, providing both durability and clear visibility for efficient beverage display and access. The cooler measures 49 inches in width, 27 inches in depth, and 37 1/4 inches in height. Powered by a 115 V, 60 Hz, 1 Phase electrical system, the unit operates with 3.5 amps and is equipped with a 1/4+ horsepower compressor. It includes the Blizzard R290 cooling system, which features a slide-out cartridge for effective cooling and straightforward maintenance. The system uses R290 refrigerant, a climate-friendly hydrocarbon that complies with the energy consumption standards of the U.S. Department of Energy and the Environmental Protection Agency, leading to reduced energy costs and lower carbon emissions. With a 14 cu. ft. capacity and a crated weight of 288 lbs, this cooler offers ample storage space for beverages while maintaining efficient performance. The design incorporates practical shelving and support features, ensuring that drinks are organized and easily accessible in high-traffic areas.