Everest Refrigeration EBF2-LAB 54 1/8' Back Mount Solid Door Laboratory Freezer, 115 V, 1 Phase, 60 Hz

Features:

Features consistent cooling to securely store scientific samples, crucial for laboratory environments.

Offers energy efficiency that reduces operating costs, benefiting research facilities.

More advanced inverter compressor technology provides stable temperature control, ensuring sample integrity.

Provides easy maintenance with a user-friendly slide-out cooling cartridge, simplifying repairs.

Ensures an adaptable design with solid swing doors, suitable for various lab settings and applications.

Description:

The Everest Refrigeration EBF2-LAB Laboratory Freezer is crafted to provide dependable and secure storage for scientific samples. With a width of 54 1/8 inches, a depth of 33 1/8 inches, and a height of 77 inches, this freezer offers a substantial 33 cubic feet of storage space. It features a strong stainless steel finish and is equipped with two solid swing doors, ensuring both functionality and durability. The unit operates on 115V, 60Hz, and 1 Phase, with a power draw of 3.3 amps, delivering the necessary performance for demanding laboratory environments. The EBF2-LAB utilizes the Blizzard R290 cooling system, featuring the industry's first all-in-one, slide-out cooling cartridge. This advanced system facilitates rapid cooling and simplifies maintenance through easy cartridge replacement without the need for onsite brazing. The Blizzard R290 refrigerant is a natural, climate-friendly hydrocarbon, providing an efficient alternative to traditional hydrofluorocarbon-based refrigerants and meeting the energy consumption standards set by the U.S. Department of Energy and the Environmental Protection Agency. Engineered with a crated weight optimized for safe shipping and handling, the EBF2-LAB is an excellent choice for laboratories that need robust and efficient cold storage. Its combination of advanced cooling technology, spacious design, and eco-friendly refrigerant makes it a reliable solution for maintaining the integrity of critical scientific materials.