Visualize warming cookies in the oven on a scorching summer day. You can feel the oven’s heat radiating throughout the kitchen, only adding to the already warm space. Now picture a huge factory, where machines of all types are humming away, making all sorts of things. The same way your oven can make the kitchen toasty, cool water chiller machines in a factory can also get really hot.
And that’s where process water chillers come in. They are similar to coolers for machines, and help to keep the temperature of the machine down. 93%; oxygen condensers are cooled by cold water that absorbs the heat generated by the machines, whose temperature needs to be controlled in a safe and efficient manner. This is very important in manufacturing cooling systems, stopping machines from overheating and failing.
Similar to the way our bodies need to be kept at a certain temperature to function properly, machines also need to be kept at optimal operating temperatures to perform at their best. When electric water chiller machines get too hot, the slowed-down side effects can make them slow down or even stop working altogether. This can halt production, and it is very expensive to correct.
When maintaining the correct temperature is necessary for machines to run smoothly, process cold water chiller system are crucial. By cooling the machinery, process water chillers prevent the extremes of heat and keep everything ticking over (almost literally) in a factory or industrial unit.
Apart from being used to keep machinery cool, process water chillers also provide energy savings. Process water chillers save electricity by using water to cool equipment instead of circulating air around the equipment. This does not only lead to a reduction of energy costs and it is environmentally beneficial for industrial processes.
In the world of industrial cooling systems, reliability is king. A machine must not breakdown because it has gotten too hot or it shuts down the entire production line. Yide process water chillers are designed to provide reliable and continuous supply of water to factory production.
EN