Jackson TEMPSTAR HH-E_230/60/3 TempStar® Dishwasher Door Type High Hood
Delivery to:
- High hood design for easy access and loading
- Built-in 70° rise booster ensures optimal temperature
- Processes approximately 55 racks per hour
- View More Details
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The Jackson TEMPSTAR HH-E_230/60/3 TempStar® Dishwasher Door Type High Hood is a versatile and efficient high-temperature dishwasher that caters to various segments within the foodservice industry. This model is engineered for high performance, with a unique high hood design suitable for universal applications, allowing both straight-thru and corner installation. It boasts an impressive capacity of approximately 55 racks per hour, making it an ideal choice for busy kitchens that demand fast and reliable dishwashing capabilities. The TEMPSTAR HH-E_230/60/3 is also remarkably water-efficient, using only 0.72 gallons of water per rack, contributing to sustainable operations. The built-in 70-degree rise booster ensures optimal sanitation temperatures are consistently met, supported by the Sani-Sure™ system to guarantee hygienic results. Constructed entirely from stainless steel, this dishwasher is both durable and easy to maintain, ensuring longevity and consistent performance. Equipped with a powerful 2 HP motor, this unit is cETLus and ETL-Sanitation certified, affirming its adherence to strict safety and sanitation standards. Additionally, it is ENERGY STAR® rated, reflecting its energy efficiency and cost-saving potential for commercial establishments. The Jackson TEMPSTAR HH-E_230/60/3 is a comprehensive solution for high-volume dishwashing needs, delivering robust performance with environmental consciousness.
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.
