3M ICE120-SI Water Filtration System for Commercial Ice Machines 5616018 0.2 micron, 1.67 gpm, 14,000 gal

The 3M™ High Flow Series System for Ice Applications Valve-in-Head Design provides consistent high quality water by reducing particulate, chlorine taste and odor, cyst*, bacteria1, and scale**. The Sanitary Quick Change (SQC) design allows for easy cartridge change-outs. The 3M™ High Flow Series System for Ice Applications Valve-in-Head Design, Model ICE120-SI provides consistent high quality water by reducing particulate, chlorine taste and odor, cyst*, bacteria1, and scale**. Built-in scale inhibition can help to prevent the potentially harmful effects of scale build-up on equipment. Excess particulate can clog distribution tubes and solenoid valves, while excess chlorine residual can cause chlorine smell and corrosion in ice bins. Integrated Membrane Pre-Activated Carbon Technology (“I.M.P.A.C.T.”) filtration media combines a membrane with a premium activated carbon block to help provide excellent throughput and cartridge life. Our Sanitary Quick Change (SQC) encapsulated cartridge design allows for fast and easy cartridge change-outs without the need for a filter wrench. This system features a valve-in-head design and is made for use in ice applications involving commercial cubers up to 1,000 lbs. (453.6 kg.) and commercial flakers up to 1,800 lbs. (816.5 kg.).

• 1.67 GPM Flow Rate: This water filtration system has a flow rate of 1.67 gallons per minute (gpm), which is ideal for commercial ice machines that require a steady supply of clean water
• Reduces particulate, chlorine taste and odor, cyst, and bacteria from incoming water
• Replacement Filter: The ICE120-SI water filtration system utilizes the HF20-SI replacement filter, which is easy to replace and ensures that your ice machine continues to produce fresh, clean ice.
• Sanitary Quick Change (SQC) encapsulated cartridge design allows for fast and easy cartridge change-outs without the need for a filter wrench
• Built-in scale inhibition can help to prevent the potentially harmful effects of scale build-up on equipment