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Water-cooled chillers are generally preferred in non-airy areas such as ground floors, basements or boiler rooms. These devices are the most ideal and efficient systems for closed areas. They are used by many industries and sectors. Water-cooled chillers are also used in hospitals or in complete building cooling.
Water-cooled chillers are generally preferred in places that are not airy, such as ground floors, basements or boiler rooms. These devices are the most ideal and efficient systems for closed areas. They are used by many industries and sectors. Water-cooled chillers are also used in hospital or complete building cooling.
These devices, which are water-cooled condenser chiller systems, have tower fans. The water takes the heat of the gas heated in the copper pipe and the water cools in the tower fans at the top. This is the simplest working principle of chiller coolers. There are three main elements in the cooling systems of chiller cooling devices. These are the compressor, evaporator and condenser. In addition, many auxiliary elements are needed; Various equipment such as expansion valve or capillary tube, thermostat, dryer filter, liquid trap, sight glass, manometer and thermometer are used to control the flow of the cooling liquid in the cooling system. It should not be forgotten that all these equipment have a certain working life. Annual maintenance is important in chiller water-cooled devices. Worn out and worn out parts should be replaced with new ones and the system should be kept running smoothly.
A water-cooled chiller is a cooling device used in large commercial and industrial applications that transfers heat to water. This type of chiller is used to cool water for air conditioning systems, industrial processes, and various other applications.
A water-cooled chiller cools water using a refrigerant. The cooling process involves cooling the water in the evaporator and transferring heat to water in the condenser through a cycle. These cooling systems typically work together with a cooling tower to cool the water using ambient air.
They have high energy efficiency and are suitable for large-scale cooling needs.
They provide lower operating costs.
They are less affected by outdoor temperatures, thus performing well even in hot weather.
They are durable and have a long lifespan.
Higher initial investment costs.
They require access to water and consume more water.
Maintenance is more complex and requires water treatment systems.
Installation is more challenging and time-consuming.
Cooling towers should be regularly cleaned, and water treatment systems should be checked.
Water flow levels and system pressures should be regularly monitored.
Cleaning of condensers and evaporators is important.
Electrical connections and motors should be regularly inspected.
Air conditioning systems in large commercial buildings
Industrial process cooling
Data centers and telecommunication facilities
Hospitals and laboratories
