Air-cooled water chillers, air-cooled ice water chillers, air-cooled water chiller units, all-in-one air-cooled box unitsAll can be used on small systems, with most large units being water-cooled. Initially, water-cooled systems are slightly less expensive than air-cooled for the main unit. However, when you add the cooling towers and electronic water treatment equipment for the机房, the cost savings aren't that significant! Moreover, over time, the cooling efficiency of water-cooled units tends to decrease, while air-cooled units do not.
Air-cooled water chillers, air-cooled ice water machines, air-cooled water chiller units, all-in-one air-cooled box unitsUtilizing air-cooling technology, it eliminates the necessity of a cooling water system, including cooling towers, cooling water pumps, and piping systems. This prevents scaling in the condenser and clogging of water pipes in areas with poor water quality, while also conserving water resources. It is an economical and simple option for maintenance and repair among chilled water air conditioning equipment products.
Air-cooled chillers have a higher initial investment compared to water-cooled chillers, but their annual operating costs are lower. The building costs for the machine room are lower among various air conditioning and heating systems, and the maintenance and repair costs are about half of those for water-cooled chillers or boilers.
Air-cooled chillers are louder and larger than water-cooled units, and can only be installed outdoors. Water-cooled chillers are mostly installed in basements.
Air-cooled water chiller, air-cooled ice water machine, air-cooled water chiller unit, all-in-one air-cooled box chillerProduct Features:
1. The unit compressors are equipped with scroll-type hermetically sealed compressors and electrical control components, along with condensers and evaporators made from quick heat exchange copper tubes.
2. Equipped with various safety protection devices, offering stable performance, low noise, long service life, and easy operation; features a liquid crystal display human-machine interface for simple and convenient operation, with the operating status clearly visible at a glance.
3. Models feature single or multi-compressor refrigeration systems. The compressors can automatically alternate operation based on load changes, balancing the running hours of each compressor to achieve energy savings and extend the service life of the chilled water unit. They facilitate energy regulation, offering greater energy efficiency during part-load conditions.
4. The entire unit features a compact, box-type structure with an aesthetically pleasing design. It allows for easy checking of the unit's operational status at any time. The unit is equipped with its own water tank and circulating pump for cooling capacity, eliminating the need for a cooling tower and cooling pump. Installation and maintenance are simple and convenient.
Air-cooled water chillers, air-cooled ice water chillers, air-cooled water chiller units, integrated air-cooled box unitsPrimary Application Industries
Chemical Industry
Primarily used for cooling chemical reaction vessels (chemical heat exchangers), it efficiently removes the ordinary heat generated by chemical reactions to achieve the cooling objective, thereby enhancing product quality.
2. Manufacturing industry for plastic products, plastic containers, food packaging films, medical packaging films, etc.
In the injection molding process of plastic products such as televisions, computers, washing machines, mobile phones, refrigerators, air conditioners, plastic toys, and automotive plastic parts, the ability to cool (reduce temperature) promptly and effectively will directly impact the product's surface luster and dimensional accuracy, thereby affecting consumption efficiency and impacting cost and corporate profits.
Plastic containers (blow molding) and packaging film consumption are inseparable from refrigeration units (ice water machines). If plastic containers cannot be cooled and molded promptly during consumption, the resulting containers will be uneven in wall thickness, lack luster, and may even fail to form properly, leading to lower product quality. In packaging film consumption, without cold water (or air) cooling and molding, it is impossible to produce qualified products. By using the cold water (or air) provided by refrigeration units (ice water machines) for cooling, not only can product quality be significantly improved, but also consumption efficiency can be enhanced.
3. Electroplating solutions, hydraulic oils, and machine tool cutting tool coolant for cooling
During electroplating consumption, the electroplating solution continuously generates heat during the electroplating reaction, causing the temperature of the electroplating solution to gradually drop. When the temperature of the electroplating solution exceeds the process requirements, it significantly affects the stability, uniformity, flatness, and brightness of the surface coating on the electroplated products. Using a refrigeration unit (chiller) to cool the electronic components during consumption ensures that the components are maintained or cooled at a specific temperature, thereby controlling the performance parameters of the electronic components at the designed state. Water-cooling to maintain a constant temperature of the electroplating solution will greatly improve the electroplating process and efficiency.
Cooling of machine tool cutting tool coolant, the control of the tool edge temperature will directly affect the tool's service life and product quality.
4. Electronics Industry
During the consumption of electronic components, the components must be maintained or cooled at a specific temperature to control their performance parameters within the designed state.
5. Papermaking, textiles, brewing, food, machinery, beverages, vacuum coating, electroplating, central air conditioning, and numerous other fields; also commonly used in centralized cooling systems for convenient centralized management.
