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DC series small chillers use DC power supply, using coolant as heat transfer medium, transferring heat generated by other instruments or equipment that need to be cooled, and dissipating heat to the outside of the equipment through the refrigeration system, thus ensuring that the equipment works within the normal temperature range.
A portable water cooled chiller is a cooling system that eradicates unwanted heat from the industrial unit through a refrigeration cycle. It circulates various mediums such as water, air, or glycol solution through the heat exchangers.
Caster wheels are hooked below it for easy movement from one application unit to another. Smallest Water Chiller has a small, movable size.
Water Cooled Portable Chiller possesses a simple overall configuration and has lower installation costs. The overall heat exchange is regulated by a single circuit incorporated in it. It is simple to connect through flexible hoses and easy to power up.
A portable water cooled chiller is usually optimized to provide a fixed amount of heat transfer capacity measured in tons. Thus, it is suitable for cooling requirements that remain relatively constant.
Durability
It is featured an automatic temperature and pressure logging system that ensures its long life.
Portable Chillers detects any fluctuation in set points and gives an alarm for adjustment. This is how it eventually saves the unit from damage.
Configuration
portable water cooled chiller has a compact design and stainless steel body mounted by casters enabling easy installation and movement from one place to another.
Temperature Controller
PLC-based temperature controller detects the temperature of the coolant and proceeds to regulate it according to the requirements.
Protection Devices
Various flow switches and pressure-detecting protection devices configure the maintenance of refrigerant pressure. Portable Chiller Units prevent the coils from leakage and other problems.
Energy Efficient Condenser
The portable water cooled chiller consists of an energy-efficient condenser that collects heat from the system. Later, it dissipates through air or water circulating in coils around the condenser.
Compressor
A compressor converts the low-temperature refrigerant vapors into high-temperature vapors. It provides refrigeration power to a portable water cooled chiller.
Screw, scroll, reciprocating, and centrifugal are the four main types of compressors.
Evaporator
An evaporator converts refrigerant into vapors and absorbs the heat from the cooling medium producing a cooling effect.
Direct expansion, brazed plate, and flooded shell-and-tube are the main types of evaporator.
Condenser
The condenser eliminates heat from the refrigerant and converts it to a liquid state from a gaseous state.
Expansion Valve
The expansion valve leads the refrigerant from the compressor to the evaporator. It controls the amount of refrigerant that passes between the evaporator and the condenser.
Exhaust Fan
A portable water cooled chiller contains an exhaust fan to eliminate heat from the system, releasing it into the atmosphere.
Filter Drier
A filter drier functions to remove dust particles and prevent them from entering the fluid.
Beverage Industry
Laser Industry
Glass Manufacturing
Thermoforming
Injection Molding
Extrusion Industry
Blow Molding
Plating
Optical Coating
Machine Tooling
Die Casting Industry
Pharmaceutical Industry
Welding
Semiconductor
Portable water cooled chiller has a wide variety based on features, size, and cooling capacity.Before making a selection, you must be well-versed in the cooling requirements of the application for which you are purchasing your chiller.Besides these, while choosing a portable water cooled chiller, you must consider the following factors to pick the best one for your application:
①Heat Load
Heat load is the amount of heat that your process generates. If the heat load is higher, you must need a more powerful chiller to remove the excess heat from the process.
It is measured in British Thermal Units (BTUs) per hour.
②Coolant Temperature
The coolant temperature helps in defining the amount of heat it can absorb. It refers to the measurement of the coldness of the coolant in the chiller.
In the process, the cooling liquid warms by absorbing heat from the surrounding air.
③Coolant Flow and Pressure
Pressure and the rate of coolant flow affect the ability of the coolant to remove heat.
The coolant flow rate can be measured by the heat load divided by the change in temperature and the coolant's specific gravity.
④Condenser Heat Dissipation
The condenser of the portable water-cooled chiller passes out the excess heat into the cooling towers. It is more effective in cooling the system down.
However, the portable air-cooled chiller condenser blows out excess heat directly into the atmosphere through fans.
It is better for colder climates since there is no problem of water freezing in cooling towers.
Portable Chiller Manufacturers-Huazhao
Huazhao specializes in exporting portable chillers for sale,portable water cooled chiller,contact us now to get a quote.
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