Planning standard for tubular condenser
1. Simple cleaning and convenient disassembly: the plate heat exchanger clamps the clamping plates and plates by clamping bolts, which can be opened for cleaning at any time. Together, the plate surface is smooth and clean, and the turbulence degree is high, which is not easy to scale.
2. Compact structure: the plates of plate heat exchanger are placed closely. Compared with other types of heat exchanger, the plate heat exchanger occupies less land and space, and the plate heat exchanger with the same heat exchange area is only 1/5 of the shell-and-tube heat exchanger.
3. Strong adaptability: the plate of plate heat exchanger is an independent component, which can be applied to various requirements of different processes.
4. Long service life: the plate heat exchanger is pressed with stainless steel or titanium alloy plates, which is convenient for disassembly and repair.
5. The sealing groove of the non-liquid plate heat exchanger is provided with a liquid drain channel, so that the medium will always be discharged outward even if there is leakage.
Structural principle of tubular condenser
The removable plate heat exchanger is made of many corrugated sheets stamped at a certain distance, and pressed by the frame and the compression screw. Together, the cold and hot fluids are reasonably separated, so that they flow in the flow channels on both sides of each plate, and heat exchange through the plate.
Operating principle of plate heat exchanger: plate heat exchanger is a kind of heat exchanger made of thin metal plates pressed into heat exchange plates with certain corrugated shape, then stacked and fastened with splints and bolts. A thin rectangular channel is formed between various plates, and heat exchange is carried out through half plates. The working fluid flows through a narrow and tortuous channel formed between two plates.
The stainless steel tube heat exchanger was widely used in many fields at that time. The heat exchanger selected stainless steel raw materials, and the eddy current hot film heat exchanger selected stainless steel heat exchanger with eddy current hot film heat transfer technology. The fluid movement condition was changed to increase the heat transfer effect. When the medium passed through the surface of the eddy current tube, the heat exchange efficiency was improved, and the due strength was maintained on the premise that the heat exchange tubes did not conflict with each other, It not only overcomes the problem of damage caused by collision between floating coil heat exchangers, but also avoids the problem of scaling of ordinary tubular condensers.
