Hoshizaki F2A-FG 55' Steelheart Series Stainless Steel Two Section Reach-In Freezer, 2 Glass Doors, 115v

Features:

• This space-saving unit boasts a 27.5-inch width yet offers a respectable 23.1 cubic feet of storage, ideal for smaller kitchens.
  
  
• Two lockable, half-height stainless steel doors allow for easier access, reduced cold air loss compared to a single full door, and improved energy efficiency. 
  
  
• The self-closing doors ensure automatic shut closure, maintaining optimal temperatures and minimizing energy consumption. 
  
  
• A solid-state digital controller provides accurate temperature management within a safe range of -10°F to 12°F, vital for preserving food quality and safety.

Detail Description:

Designed for both functionality and product visibility in busy kitchens, the Hoshizaki F2A-FG 55' Steelheart Series reach-in freezer offers exceptional performance. This two-section unit boasts a spacious 50.37 cubic foot interior, strategically divided to optimize organization and inventory management. Each compartment features a dedicated pair of insulated, triple-pane glass doors with argon gas filling and a low-emissivity coating. This innovative design allows staff to readily identify and access frozen food items while minimizing cold air loss during access. The user-friendly self-closing doors further enhance operational efficiency.

The Hoshizaki F2A-FG prioritizes both optimal performance and energy efficiency. A dependable 1-horsepower motor powers the compressor, ensuring a consistent flow of cool air throughout the entire cabinet via a unique 'ducted' air distribution system. This technology eliminates potential hot spots and maintains consistent freezing temperatures within a safe range of -10°F to 12°F. This temperature control is essential for preserving the quality and safety of a wide variety of frozen food items. Additionally, the energy-efficient glass door design with low-emissivity coating minimizes heat transfer and cold air loss compared to solid door freezers, contributing to overall operational cost reduction.