True TD-80-30-HC 80 1/2" Forced Air Bottle Cooler - Holds (720) 12 oz Bottles, Lid Locks, 115v - Image 1
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SKU: 598-TD8030
Brand: True Refrigeration

True TD-80-30-HC 80 1/2" Forced Air Bottle Cooler - Holds (720) 12 oz Bottles, Lid Locks, 115v

The True TD-80-30-HC forced-air bottle cooler from True Refrigeration efficiently stores 720 12 oz bottles or 42 cases of cans with adjustable dividers, LED lighting, and energy-saving forced-air cooling. Ideal for high-volume commercial kitchens.

Key Features

  • Holds 720 12 oz bottles or 42 cases of 12 oz cans with 6 heavy-duty, adjustable PVC-coated dividers for maximum storage
  • Energy-efficient forced-air cooling with factory-balanced refrigeration maintains 33-38°F temperatures for optimal beverage freshness
  • LED lighting illuminates the interior for easy product visibility, reducing service time and improving workflow
  • Galvanized steel interior and foamed-in-place polyurethane insulation ensure durability and consistent cooling performance
  • Automatic reverse condensing fan motor cleans the coil, reducing energy consumption and extending unit lifespan
Starting from $500.00/unit

Volume discounts available

The True TD-80-30-HC 80.5" forced-air bottle cooler by True Refrigeration is a high-capacity, energy-efficient solution designed for demanding commercial kitchens and bars. With a capacity of 720 12 oz bottles or 42 cases of 12 oz cans, this heavy-duty cooler maximizes storage while maintaining optimal beverage temperatures (33-38°F) thanks to its factory-balanced, high-capacity refrigeration system. The galvanized steel interior and foamed-in-place polyurethane insulation ensure long-lasting durability and consistent cooling performance, while the forced-air cooling system chills the most accessible bottles first for faster service. This bottle cooler is perfect for restaurants, bars, and beverage operations that prioritize efficiency, space optimization, and energy savings. The reverse condensing fan motor automatically cleans the coil, reducing maintenance needs and extending the unit's lifespan—ideal for high-traffic environments where uptime is critical.