Heat Exchanger Plate

Working Principle of Plate Heat Exchanger

Plate heat exchangers are equipment that separates two fluids at different temperatures using plates, and these plates enable heat transfer between the two fluids. The heat exchanger plate is highly efficient during heat transfer compared to other types of exchangers. The thinness of the plates separating the two fluids, compared to other material alternatives, increases the heat transfer rate and thus reduces the heat loss that may occur during transfer. In addition to being efficient, plate heat exchangers also prevent the formation of scale and sediment over time in the systems where they are used. They also protect the system from excessive pressure that may occur in the installation. Thanks to these features that extend the life of the system in which they are used, plate heat exchangers can be used in installations for many purposes, such as circuit separators or pressure switches. For more information, https://www.vefaheat.com/esanjorler/contali-plakali-esanjorler/ can be found on the site.

Components of a Plate Heat Exchanger

Plate heat exchangers have two inlet ports, channeled heat transfer plates, and two outlet ports. Two of these inlet and outlet ports are for the inlet and outlet of the heating fluid, and the other two are for the inlet and outlet of the fluid to be heated. The function of the exchanger plates is to transfer heat from the coolant to the heated fluid without mixing the fluids. The channel structure of these plates allows the liquid to move very turbulently. This turbulence results in a more even heat distribution within the liquid, providing more efficient heat transfer. The heat exchanger plate, one of the most efficient systems in the heat exchange field, mainly consists of a shell, heat exchanger plates, carrying shafts, and connection devices. These include:

•  Inlet and outlet connections and the front of the body with heat exchanger information.
•  Upper and lower carrying cylinders are used to hold the heat exchanger plates.
•  The first plate that prevents liquids from contacting the front of the casing.
•  Flow through the heat exchanger plates for fluid flow and heat transfer.
•  The end plate to prevent liquids from contacting the back of the casing.
•  The rear casing with assembly and maintenance instructions that can drive the waves.
•  Bolts and washers to hold the ends at a specific tightening level.