Jackson TEMPSTAR_230/60/1 TempStar® Dishwasher Door Type High Temperature Electric Tank Heat With Built-in Booster
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- High efficiency with ~63 racks/hour
- Consumes only 0.89 gallons per rack
- Stainless steel, durable exterior
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The Jackson TEMPSTAR_230/60/1 TempStar® Dishwasher is a high-performance, door-type machine designed for industrial efficiency. Engineered with high-temperature electric tank heat and an integrated booster, it ensures superior cleaning and sanitation. This versatile dishwasher accommodates both straight-thru and corner configurations, making it adaptable to various kitchen layouts. It boasts a capacity of approximately 63 racks per hour, utilizing only 0.89 gallons of water per rack, highlighting its water-efficient design. The exterior is crafted from durable stainless steel, ensuring longevity and ease of maintenance. Electro-mechanical controls provide reliable operation, while the universal timer adds operational flexibility. The Sani-Sure™ technology guarantees sanitation standards are consistently met, and its auto tank fill feature ensures seamless operation. With a door-actuated start, the Jackson TEMPSTAR_230/60/1 enhances efficiency and ease of use. Although a dishtable is not included, this unit holds certifications from cETLus and ETL-Sanitation, and it proudly carries the ENERGY STAR® rating, underscoring its energy-efficient credentials. This dishwasher is ideal for diverse segments within the food service industry, where high volume and rigorous sanitation are paramount, making it a valuable asset for any commercial kitchen operation seeking reliability and performance.
Product Description
Certifications
ETL Sanitation
The item meets or exceeds the sanitation standards set by Edison Testing Laboratories (ETL).
ETL US & Canada Listed
The item meets or exceeds ETL safety standards as well as those set by Canada and the U.S.
Energy Star Qualified
The item has been evaluated by the U.S. Environmental Protection Agency and the U.S. Department of Energy and has been found to be energy efficient.
