Jackson TEMPSTAR HH-E W/O_208/60/1 TempStar® Dishwasher Door Type High Hood
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- High temp cleaning ensures sanitation without a booster
- Universal design fits straight-thru or corner setups
- Stainless steel finish for durability and hygiene
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The Jackson TEMPSTAR HH-E W/O_208/60/1 TempStar® Dishwasher Door Type High Hood is a versatile and efficient choice for commercial kitchens requiring reliable dishwashing solutions. This high hood, high-temperature dishwasher is designed without a booster, making it adaptable for various installation configurations, whether straight-thru or corner setups. Capable of processing approximately 55 racks per hour, it ensures high throughput in busy environments. With water consumption as low as 0.72 gallons per rack, it offers an eco-friendly solution by conserving water without compromising on performance. The inclusion of a universal timer further enhances operational flexibility and precision. Constructed entirely from stainless steel, the dishwasher promises durability and long-term resistance against wear and tear, making it a robust option for heavy-duty use. Power is delivered by a 2 HP motor, ensuring reliable performance. The unit is cETLus and ETL-Sanitation listed, signifying compliance with rigorous safety and sanitation standards. This dishwasher is particularly well-suited for high-volume establishments such as restaurants, hotels, and cafeterias, where efficiency and reliability are paramount. Its unique combination of features makes the Jackson TEMPSTAR HH-E a valuable asset for businesses seeking to optimize their dishwashing operations while maintaining high hygiene standards.
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.
