Hoshizaki CC65-S 65.5' CC Series Stainless Steel Forced Air Bottle Cooler Holds (890) 12 oz Bottles, Lid Locks, 115v

Features:

• Holds up to 890 12 oz bottles, accommodating a large quantity of beverages for efficient service in commercial establishments.
  
  
• Ensures uniform and rapid cooling throughout the cabinet to maintain consistent beverage temperatures.
  
  
• Durable stainless steel exterior and interior provide strength, corrosion resistance, and a professional appearance suitable for various environments.
  
  
• Features locks on the lids to secure contents during non-operational hours, ensuring beverage safety and preventing unauthorized access.
  
  
• Operates at 115 volts for energy efficiency while delivering powerful cooling performance, suitable for continuous use in bars, restaurants, or event venues.

Description:

The Hoshizaki CC65-S 65.5' CC Series Stainless Steel Forced Air Bottle Cooler is designed to efficiently store and cool a large quantity of beverages in commercial environments. With a capacity to hold up to 890 12 oz bottles, this cooler is well-suited for bars, restaurants, or event venues that require substantial beverage storage and quick access during busy periods. It utilizes a forced air cooling system to ensure even distribution of cold air throughout the interior, maintaining consistent temperatures to keep drinks chilled and ready for service.

Constructed with durable stainless steel both inside and out, the Hoshizaki CC65-S offers resilience against corrosion and wear, ensuring longevity and easy maintenance. The stainless steel exterior also provides a sleek and professional appearance that complements various decor styles in commercial settings. Equipped with lid locks, this cooler securely seals its contents during non-operational hours, enhancing beverage safety and preventing unauthorized access. Operating at 115 volts, the unit is designed for energy efficiency while delivering robust cooling performance, making it a reliable choice for continuous operation in demanding environments.