Description

Designed for incredible washing capacity and performance, the AUPTW-10B Hobart Twin Basket Premax pass-through dishwasher is the perfect solution for high demand professional kitchens. With the innovative Permanent-Clean automatic soil removal system, the Hobart completely removes the need to pre-rinse items before loading. This is a huge time and water saver, whilst still delivering the washing performance you’d expect from Hobart.

With both Intensive and Eco modes available, you have all the control you need to reduce running costs where possible, whilst still having the flexibility to effectively clean the most stubborn cutlery, crockery and utensils when required.

• PERMANENT-CLEAN auto soil removal – removes the need to pre-rinse items. All food waste is pumped straight out by the advanced filter system. Reduces operating costs, protects the rinsing device and is environmentally beneficial
• SENSO-ACTIVE resource management -monitors the quality of the wash water constantly and water consumption is adapted accordingly
• VISIOTRONIC-TOUCH control panel – ensures easy touch-screen operation with iconic Hobart start button. Displays the progress of the wash so its easy to read at a glance
• CLIP-IN wash and rinse arms make it easy to remove the components for cleaning
• Hobart WASHSMART app – view the current status of all your connected machines as well as indicating current operating costs and consumptions. Notifications if there’s a fault and provides a guide on how to fix them
• Twin hood machine with the capacity to wash two racks at once
• Includes four plate racks, two open racks and two cutlery baskets
• INTENSIVE and POWER-PLUS WASH programmes provide phenomenal wash power against tough to clean food residue, eliminating the need for labour intensive pre-cleaning of items
• ECO programme gives great performance with low consumption, using only 1.5ltrs of fresh water in the rinse. This can reduce water and detergent consumption by up to 13%
• All-round sealed hood ensures hot waste steam remains in the system and is not released into the room. As a result, the stored heat energy can be used again, and there is less impact on the climate of the room