Jackson TEMPSTAR_208/60/3 TempStar® Dishwasher Door Type High Temperature Electric Tank Heat With Built-in Booster
- High temperature cleaning for maximum sanitation
- Built-in booster ensures consistent water temperature
- Processes approximately 63 racks/hour efficiently
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The Jackson TEMPSTAR_208/60/3 TempStar® Dishwasher is a high-performance door-type dishwasher, designed for efficient and effective cleaning in commercial environments. Engineered with high-temperature electric tank heat and accompanied by a built-in booster, this dishwasher ensures superior sanitation performance. It is a universal model, adaptable to both straight-thru and corner type installations, enhancing its versatility in various kitchen layouts. The unit boasts an impressive capacity of approximately 63 racks per hour, utilizing only 0.89 gallons of water per rack, which underscores its efficiency in water consumption. The exterior is constructed from durable stainless steel, ensuring longevity and easy maintenance. The dishwasher is equipped with electro-mechanical controls and a universal timer, providing precise operation and ease of use. Key features include the Sani-Sure™ mechanism for consistent sanitation, auto tank fill for convenience, and a door-actuated start for streamlined operation. While the dishtable is not included, the dishwasher is cETLus and ETL-Sanitation certified, further validated by its ENERGY STAR® rating, highlighting its energy efficiency. The Jackson TEMPSTAR_208/60/3 is ideal for a variety of industry segments, offering both reliability and robust performance for facilities that prioritize hygiene and sustainability.
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.
