Beverage-Air HR3HC-1HG Horizon Series 78' Top Mounted Half Glass Door Reach In Refrigerator

The Beverage-Air HR3HC-1HG Horizon Series 78' Top Mounted Half Glass Door Reach-In Refrigerator is designed for commercial kitchens, blending functionality with a modern aesthetic. Its stainless steel front and continuous coil-coated sides ensure durability, while the corrosion-resistant aluminum interior provides a clean storage environment. Featuring full electronic controls for precise temperature management, it includes a one-piece grille for easy maintenance and an LED interior light for enhanced visibility. The self-closing doors come with a 120º stay-open feature, and it offers nine heavy-duty epoxy-coated wire shelves for flexible storage. Mobility is made easy with 6” heavy-duty casters, two equipped with brakes.

Features:

Spacious Capacity: Provides a net capacity of 71.52 cubic feet, ideal for high-volume storage.

Durable Construction: Stainless steel front and continuous coil-coated sides ensure long-lasting use.

User-Friendly Electronic Control: Full electronic control system for precise temperature management.

Six Self-Closing Doors: Features six self-closing doors with a 120º stay-open option for easy access.

Secure Sealing: Snap-in magnetic gaskets for effective sealing and energy efficiency. Large Shelving:

Equipped with nine heavy-duty epoxy-coated wire shelves for versatile storage solutions.

Easy Mobility: Includes 6” heavy-duty casters for portability, two of which come with brakes for secure positioning.

Electrical Specifications: Runs on 115V/60Hz with a full load amperage of 6.0, powered by a 1/3 horsepower compressor with a cooling capacity of 2800 BTU/Hr and heat rejection of 4200 BTU/Hr.

Refrigeration Charge: Requires a refrigerant charge of 0.3307 lbs (150 grams) / 5.30 ounces.

Warranty Protection: Comes with a 7-year parts and labor warranty, along with a 7-year compressor warranty for added reliability.

Note: Remote units are field wired and include 6” legs. Refrigerant specifications must be determined at the time of order.