Plate heat exchangers are a type of high-efficiency heat exchange equipment widely used in industrial production. The selection of their models and parameters depends on the specific application scenario and requirements. Below are some common plate heat exchanger models and their main parameters:
Model: SHR20A; Plate Type: Herringbone; Number of Plates: 180; Plate Thickness (mm): 0.5; Plate Area (m²): 0.72; Working Pressure (MPa): 0.4; Flow Rate (m³/h): 200; Inlet/Outlet Temperature Difference (°C): 40.
Model: SHR40A; Plate Type: Herringbone; Number of Plates: 360; Plate Thickness (mm): 0.5; Plate Area (m²): 1.25; Working Pressure (MPa): 1.2; Flow Rate (m³/h): 400; Inlet/Outlet Temperature Difference (°C): 40.
Model: SHR50A; Plate Type: Herringbone; Number of Plates: 480; Plate Thickness (mm): 0.5; Plate Area (m²): 1.6; Operating Pressure (MPa): 1.6; Flow Rate (m³/h): 500; Inlet/Outlet Temperature Difference (°C): 40.
In addition, there is a U-shaped tube sheet heat exchanger, whose structural design differs from the above models, but it also possesses the characteristics of high-efficiency heat exchange. This type of heat exchanger is generally suitable for applications requiring stricter sealing. Its internal piping is designed in a U-shape, which helps to improve heat exchange efficiency and stability.
Specific model parameters for U-shaped tube sheet heat exchangers are not listed above. These models are usually customized according to the specific needs of the actual application, including parameters such as plate type, number of plates, plate thickness, plate area, operating pressure, flow rate, and inlet/outlet temperature difference. Selecting the appropriate model and parameters is key to ensuring the efficient operation of the heat exchanger.
It is worth noting that the selection of plate heat exchanger models and parameters depends not only on heat exchange requirements but also on factors such as medium properties, operating conditions, and maintenance requirements. Therefore, when selecting a plate heat exchanger, it is recommended to have detailed discussions with professional engineers or equipment suppliers to ensure the accuracy and suitability of the selection.
