The Midea Biomedical MC-5L316 Vertical Precise Temperature Control Pharmacy Refrigerator is designed for the temperature-controlled storage of medicines, vaccines, and other temperature-sensitive pharmaceutical products. With a generous 316-litre capacity and an operating temperature range of 2°C to 8°C, this refrigerator offers a high-capacity storage solution for hospitals, pharmacies, and healthcare facilities.
Part of the Dura Series, the MC-5L316 features a vertical design, a Low-E glass door with electric anti-fog heating, and four adjustable shelves described in the product information as GMP shelves. Its specified temperature performance includes ±1°C temperature uniformity and temperature fluctuation of no more than 2°C, supporting controlled pharmaceutical storage.
With CE certification and additional credentials listed by the manufacturer, including UL, ENERGY STAR®, NSF/ANSI 456, and FDA listing, the MC-5L316 is designed for demanding pharmacy storage environments. Its R600a refrigerant and multiple listed power supply configurations add to its suitability for facilities requiring a dedicated pharmaceutical refrigerator.
316L Storage Capacity: Provides ample storage space for medicines and temperature-sensitive pharmaceutical products.
Precise Temperature Control: Specified operating range of 2°C to 8°C.
±1°C Temperature Uniformity: Designed to maintain consistent temperatures throughout the storage area.
≤2°C Temperature Fluctuation: Provides a specified temperature fluctuation limit.
Low-E Heated Glass Door: Electric anti-fog heating helps reduce condensation and maintain visibility of stored products.
Four Adjustable Shelves: Allows flexible organization of pharmaceutical supplies.
Vertical Cabinet Design: Offers high-capacity storage for pharmacy and hospital environments.
Multiple Power Supply Options: Supports the listed 115V and 220–240V configurations.
R600a Refrigerant: Uses R600a refrigerant gas.
Certifications Listed: CE, UL, ENERGY STAR®, NSF/ANSI 456, and FDA listing, subject to verification for the exact model.