CFD-2DT-HC Two Solid Door Dual Temp Refrigerator/Freezer

The cabinet is divided into two independently refrigerated compartments, with one side operating as a refrigerator and the other as a freezer. The refrigerator section maintains temperatures from approximately 33°F to 40°F, while the freezer section operates from approximately -7°F to 0°F, allowing each compartment to maintain the conditions required for its specific products.

With approximately 19.1 cu. ft. of storage capacity in each compartment, the 2RRFF provides substantial refrigerated and frozen storage within a space-efficient two-door footprint. Six adjustable shelves help organize ingredients, prepared foods, frozen products, and other supplies while making efficient use of the cabinet's interior.

Separate refrigeration systems help each section maintain its required temperature independently, while R290 hydrocarbon refrigerant provides an efficient commercial refrigeration solution. The solid insulated doors help retain cold air during daily operation and are designed to withstand the demands of a busy commercial kitchen.

Flexible Refrigerated & Frozen Storage

• Dual Temperature Design: Combines a commercial refrigerator and freezer in one convenient cabinet.
  
• Independent Compartments: Separate temperature zones allow refrigerated and frozen products to be stored side by side.
  
• Generous Storage Capacity: Approximately 19.1 cu. ft. of usable storage space in each section.
  
• Two Solid Doors: Provides convenient access while helping maintain consistent internal temperatures.
  
• Six Shelves: Offers flexible organization for a wide variety of foodservice products.
  
• R290 Refrigeration: Utilizes hydrocarbon refrigerant for efficient commercial operation.
  

For operations that require both refrigerated and frozen storage but want to maximize available kitchen space, the 2RRFF Dual Temp Refrigerator/Freezer provides a practical two-in-one solution that keeps frequently used products organized, accessible, and stored at the appropriate temperature.