| 1. A certain inspection site should be reserved around the place where the plate heat exchanger is installed. |
2. Before installation, clean the pipelines connected to prevent debris, oil, welding slag and other debris from entering the plate heat exchanger, causing flow passage obstruction or damage to the plates. The plate heat exchanger has a small footprint and light weight, and the thickness of the plate used for heat exchange is only 0.6 to 0.8 mm.
3. Start and stop sequence. When shutting down, close the high-pressure medium solenoid valve first, and then close the low-pressure medium solenoid valve. Today, exaggerating high efficiency, environmental protection, and energy saving, plate heat exchangers have become more and more prominent in the field of heat exchange. They can be used for heating, cooling and food disinfection in various processes, and also have low heat recovery. Significant economic benefits.
When starting up, first open the low-pressure medium plunger valve and slowly open the high-pressure medium plunger valve after the medium fills the plate heat exchanger channel.
4. Check whether all clamping bolts are loose before putting into use. If they are loose, tighten them immediately. In recent years, plate heat exchangers have replaced traditional tube and shell heat exchangers in airports, hotels, commercial buildings and other fields, and have achieved good results.
5. If there are often large particles of sand or debris in the medium, a descaler should be installed in front of the plate heat exchanger. The plate heat exchanger has a low fouling factor, and the fluid tumbling between the plates forms turbulence. The excellent plate design avoids the existence of dead zones, makes impurities difficult to deposit and block in the channels, and ensures a good heat exchange effect.
For more information, please Baidu: Taylor Plate Heat Exchanger
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