Water Cooled Ice Machines Vs Air Cooled

But the amount of water usage is so vast that an air cooled unit is still the better option for your bills and the environment.

Water cooled ice machines vs air cooled. Most of the ice cream machines we deal with utilize one if not two 9 500 btu compressors. This means there is a lot of heat to deal with. The machine must have open air flow at the air vents and surrounding temperatures of approximately 70 degrees. When it comes to ice machines your compressor is a key component to its function.

Each machine has its pros and cons and. For air cooled ice machines air runs through the condenser coils and is expelled out of the vents on the side or back of the machine. They require less maintenance are less subject to variations in air temperature and cleanliness and typically use 10 less energy than a similarly sized air cooled machine. The air cooled machine does not only this but a water cooled unit uses less energy.

Air cooled vs water cooled ice machines. On the other hand in water cooled ice machines the condenser coils release heat into the water coils and then the water and the internal heat drains out of the machine. When examining the difference between air cooled and water cooled ice machines water cooled machines are the hands down choice if you have a recirculating water system. Though many air cooled ice machines are energy efficient and have gained the energy star rating.

Michael newman august 10 2016 8 16 pm. A water cooled condenser makes use of water coils to handover the heat from the condenser coils. Air cooled ice cream machines exhaust warm to hot air while water cooled ice cream machines pour it down the drain. It s doing all the legwork when it comes to removing heat from your unit and without it your unit s efforts in maintaining a constant cool temperature are in vain.

Air cooled ice makers take in the air around the machine and uses it to cool the refrigeration system before expelling it back out. For example the water cooled ice machine doesn t generate and release hot air.