Everest Refrigeration EBWR1-LAB 29 1/4' Bottom Mount Solid Door Laboratory Refrigerator, 115 V, 1 Phase, 60 Hz

Features:

Features reliable temperature control, ensuring the safe storage of scientific samples, essential for laboratories.

Offers a spacious interior, providing ample room for storing a variety of lab materials securely.

Provides eco-friendly cooling, reducing energy costs and supporting sustainable practices in laboratory environments.

Utilizes advanced inverter compressor technology for consistent and stable cooling, ideal for preserving sensitive samples.

More efficient cooling system, enhancing operational efficiency and reducing maintenance time in lab settings.

Description:

The Everest Refrigeration EBWR1-LAB 1 Wide Door Laboratory Refrigerator is specifically designed for the precise and secure storage of scientific samples. This unit, with a width of 29 1/4 inches, a depth of 33 1/8 inches, and a height of 77 inches, provides a substantial 23 cubic feet of storage capacity. It features a swing solid door style and operates on 115V, 60Hz, and 1 Phase with a current draw of 1.2 amps. The refrigerator is powered by a 1/3 HP inverter compressor, ensuring reliable and stable cooling with a temperature range of 32°F to 54°F. Equipped with the innovative Blizzard R290 cooling cartridge, this laboratory refrigerator offers rapid cooling and ease of maintenance. The Blizzard R290 uses a natural, climate-friendly hydrocarbon refrigerant that meets the energy consumption standards of the U.S. Department of Energy and the Environmental Protection Agency. This advanced cooling system not only ensures the safe storage of essential lab items but also contributes to significant reductions in energy costs and carbon emissions. Weighing approximately 417 lbs when crated, the EBWR1-LAB is built for durability and efficiency. Its spacious interior and advanced cooling technology make it an ideal choice for laboratories that require reliable and precise temperature control. This refrigerator is designed to enhance the operational efficiency and sustainability of laboratory environments, providing secure storage for a wide range of scientific samples.