If you work in a medical, industrial, or manufacturing environment, there’s a good chance that you’ve encountered an OEM chiller. Chillers are common in a variety of environments and are applicable in situations that feature high heat that can be damaging to sensitive equipment if not properly and safely dispersed during operation. A chiller not only mitigates heating associated with high-powered devices, equipment, and processes, but it also protects expensive equipment from the damaging effects of intense heat.
OEM chillers use a variety of systems that utilize air- or water-cooling capabilities to disperse heat away from critical areas. Despite their importance in many industries, many people don’t understand chiller function or other simple facts about these critical devices. If you work in an industry in which high heat is a concern, it pays to learn more about the best OEM chillers offered by OEM chiller manufacturers in today’s marketplace. Keep reading to learn a few important facts about chillers and what they can do to improve your processes and protect your equipment.
Types of Chillers
OEM chillers come in three primary types, though there can be variance among those depending on their application and the industry in which they are used. Chillers are broken down by their cooling medium, such as water-cooled, air-cooled, or evaporative condensed chillers. Within those categories are four primary mechanisms that drive cooling. Those four types are screw-driven, centrifugal, reciprocating, and absorption chillers. The first three feature mechanical drives, while the absorption chiller is powered by a heat source. Among water-chilled systems, there are four main types that include drop-in chillers, open-loop chillers, closed-loop chillers, and in-line chillers.
Industries That Use Chillers
Chillers are used in a wide variety of industries in which the dispersal of heat is critical. For example, chillers are often used in conjunction with medical diagnostic imaging equipment such as MRIs, CT scanners, and PET scanners. They can also be used alongside high-intensity lasers used in many fields, as they can keep precision equipment cool despite the heat surrounding them. Other equipment that warrants the use of OEM chillers includes semiconductors, precision optics, medical research equipment, laboratory equipment, supercomputer components and servers, and automated manufacturing processes.
Key Chiller Components
While chiller components can vary widely based on the type, style, and system used for a model, there are some common components that can be found in most chillers. Most water chillers have a holding tank for the coolant, though that coolant tank may be situated alongside the other chiller components or in a remote location that is connected by plumbing. Most types of chiller must have an evaporator or cooling surface that allows for the dissipation of heat from the equipment that is generating it to the cooling medium used by the chiller. Most chillers also have pipes of plumbing to transport the coolant throughout the system. Finally, whether the coolant is air or water, there is usually a pump or fan in place to circulate the coolant through the system, which allows for heat dissipation and cooling.
Benefits of Chillers
Chillers offer many benefits in the industries in which they are employed. Chief among them is the protection of powerful precision equipment that may be used constantly, such as in a research laboratory or medical setting. Devices such as large centrifuges or MRI machines can be expensive and protecting them from the effects of high heat can extend their lifespans. Also, some styles of chillers can remove heat from an environment in which the ambient temperature must be kept stable. Though off-the-shelf chillers are available for some applications, they are also highly customizable and can be crafted to meet your specifications. They also provide an energy-efficient method for cooling heavily used equipment.
If you work in an industry that features high heat equipment and processes, there’s a good chance that you’ve come into contact with an OEM chiller before. OEM chillers are a critical protective element in many modern fields of endeavor, as they protect sensitive equipment and disperse dangerous heat from the work environment. To learn more about OEM chillers, visit KKT Chillers, Inc. at https://www.kkt-chillersusa.com/products/oem-solutions.html.