Hoshizaki Air-Cooled Ball Ice Maker 26kg/24hr R134a IM-65NE-Q (DS547)

If you need large quantities of ball ice for specialist cocktails, the Hoshizaki IM-65NE-Q self-contained ice maker is the perfect machine for you. Able to make up to 26kg of spherical ice every 24 hours, there’s more than enough capacity for even the busiest cocktail bars. The built-in ice storage container ensures the ice is easily accessible, whilst the innovative auger system allows the machine to operate effectively, even during throughout difficult ambient conditions.

Please note: limescale can cause serious damage to your ice machine. We recommend a water filter is fitted to reduce limescale and maintain ice quality.

Product Information:

• Capacity 17kg
• Dimensions 985(H) x 633(W) x 506(D)mm
• Material Stainless Steel
• Refrigerant R134a
• Supplier Model Number IM-65NE-Q
• Voltage 220-240V
• Warranty 2 Years Parts & Labour
• Weight 66kg
• Colour Stainless Steel
• Efficient ice making process due to Hoshizaki’s unique FM auger system. Utilises all water brought into the machine – water consumption is equal to ice production
• Stainless steel exterior with integrated door handle provides a hygienic easy-clean finish
• Can produce up to 26kg of ice within 24 hours
• Automatic flush system to reduce sediment build-up
• Closed water circuit offers contamination protection by reducing the number of points at which impurities can enter the ice making process
• Removable bin door gasket
• Stainless steel with injected polyurethane foam for rigidity and insulation
• Built-in water filter
• Double hardened stainless steel auger. Combined with carbon bearings, they work optimally in a tough and wet environment which extends product life and reduces maintenance costs
• Electronically controlled to ensure an optimised ice making process under varying circumstances without the need for physical adjustments. Quality of ice is always consistent
• Easily cleanable air filter allows end users to carry routine cleaning schedules. Extends product life expectancy and reduces the frequency and costs of maintenance call-outs