Master-Bilt QSB87812-C 8' Walk In Cooler R290 with Floor Coated Steel
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- Robust 26-gauge embossed steel construction
- Energy-efficient R290 technology ensures low impact
- Self-closing door maintains consistent internal temps
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The Master-Bilt QSB87812-C Quick Ship Indoor +35°F Cooler is a commercial-grade walk-in refrigeration unit designed for medium-volume foodservice operations requiring precise temperature control. This self-contained cooler measures 8 feet by 12 feet with an interior height of 8'-7", featuring a durable 26-gauge embossed coated steel interior and exterior finish. Equipped with a self-closing hinged door and locking deadbolt handle, it provides secure, easy access for commercial kitchen environments. Its refrigeration system, utilizing R290 Capsule Pak technology, ensures efficient cooling at a consistent +35°F, suitable for storing perishable food products in restaurant, cafeteria, or healthcare settings. The unit’s robust construction and precise temperature regulation make it an ideal choice for professional foodservice applications demanding reliability and durability.
The Master-Bilt QSB87812-C cooler offers advanced refrigeration with R290 Capsule Pak technology, ensuring energy-efficient cooling and low environmental impact. Its 26 gauge embossed coated steel cabinetry provides long-term durability, while the self-closing door enhances workflow efficiency. Designed for indoor installation, it features a built-in floor and is optimized for medium throughput food storage. Easy maintenance and precise temperature control make it suitable for busy commercial kitchens and foodservice facilities.
Designed for operations requiring reliable temperature management and durable construction, ideal for commercial kitchens needing consistent +35°F cold storage.
The Master-Bilt QSB87812-C features a 115V/60Hz/1-phase electrical requirement, delivering approximately 477.33 watts of cooling power with an amperage of 4.4A, suitable for indoor commercial installation. Its self-contained refrigeration system employs R290 hydrocarbon refrigerant, ensuring eco-friendly operation with a production capacity suitable for typical food storage needs. The unit’s exterior and interior are finished with coated steel for corrosion resistance, and it operates within a temperature range optimized for +35°F cold storage. Weighing approximately 2,040 lbs, its dimensions are 96" in width, 144" in depth, and 103" in height, with a nominal height of 8'-7". The durable construction and easy-to-clean exterior support sanitary maintenance in busy commercial environments. This walk-in cooler is built to withstand typical foodservice workloads, ensuring reliable and efficient storage in moderate throughput kitchens.
A commercial walk-in cooler is a large-scale refrigeration unit designed for continuous, high-volume storage of perishable products in foodservice environments. It provides accessible, temperature-controlled space to store fresh ingredients, prepared foods, or beverages. The Master-Bilt QSB87812-C model is a self-contained, modular walk-in cooler installed indoors, measuring 8' x 12' x 8'-7", with a robust steel construction and a +35°F temperature level, making it well-suited for restaurant chain storage, cafeteria, or healthcare facility applications requiring consistent, dependable refrigeration.
Designed for medium-volume food storage operation, the Master-Bilt QSB87812-C offers durable construction, precise temperature regulation, and eco-friendly refrigerant technology. Ideal for restaurant kitchens, cafeteria service, and healthcare food storage, this self-contained unit ensures reliable cold storage with a compact footprint and high operational efficiency.
The Master-Bilt QSB87812-C stands out with its eco-friendly R290 refrigeration system, durable coated steel construction, and precise temperature control, offering a robust solution for commercial food storage. Its compact, modular design ensures easy integration into various kitchen layouts, improving operational efficiency and sanitation compared to competing models with less durable finishes or higher energy consumption.
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