Everest Refrigeration ETBWR2 59 1/4' Back Mount Solid Door Undercounter Refrigerator, 115 V, 1 Phase, 60 Hz

Features:

Features a solid stainless steel finish that complements various kitchen environments, making it ideal for use in hotels, restaurants, and cafes.

Offers a swing door style for easy access, enhancing convenience in high-traffic areas like commercial kitchens and service stations.

More efficient cooling is achieved with the advanced Blizzard R290 system, reducing energy consumption and operational costs.

Provides a compact design suitable for under-counter placement or as a workspace, fitting well in smaller or space-constrained settings.

Includes a user-friendly interface with simple controls, ensuring straightforward operation for staff in busy foodservice environments.

Description:

The Everest Refrigeration ETBWR2 2 Door Undercounter Refrigerator, designed by Everest Refrigeration, features a durable stainless steel finish and is equipped with a swing door style. It measures 59 1/4 inches in width, 31 1/2 inches in depth, and 30 1/4 inches in height, offering a spacious 18 cubic feet capacity. This model operates on 115V, 60 Hz, and 1 Phase, with a power consumption of 3.7 amps. The refrigerator is designed with a back-mounted condensing unit and a front-breathing feature that allows for flexible placement against walls or under counters. It includes a Blizzard R290 cooling system, which utilizes a hydrocarbon refrigerant that is both climate-friendly and highly efficient. This system ensures rapid cooling and reduced energy costs while meeting U.S. Department of Energy and Environmental Protection Agency standards. The ETBWR2 includes two solid swing doors and a sturdy construction suitable for commercial environments. The interior is designed to maximize storage space, with shelves and supports accommodating various items. The unit comes with a 1/4+ horsepower compressor and a warranty for reliable performance. It is ideal for use in foodservice operations, providing effective refrigeration while contributing to lower carbon emissions and energy savings.