Installation of spiral plate heat exchanger equipment
For the installation of the helical plate heat exchanger equipment location, around this must pay attention to reserve a certain inspection site; Murphy experts suggest that the spiral plate heat exchanger must be connected to the pipeline before installation to avoid sand, oil, welding slag and other debris into the spiral plate heat exchanger, causing obstruction or damage to the plate.
The helical plate heat exchanger covers a small area and is light in weight. In addition to the volume of the equipment itself, there is no need to reserve additional inspection and installation space. The thickness of the plate used for heat exchange is only 0.6-0.8mm. In the shutdown, first to pay attention to close the high pressure side of the medium solenoid valve, then pay attention to close the low pressure side of the medium solenoid valve. In the exaggerated high efficiency, environmental protection, energy saving, spiral plate heat exchanger in the heat exchange of the upper hand has become increasingly significant, can be used in a variety of processes heating, cooling and food disinfection, etc., in the low grade heat energy recovery, also has significant economic benefits.
When starting up the spiral plate heat exchanger, the first to open the low pressure side of the medium plunger valve, the medium is full of plate heat exchanger channel and then slowly open the high pressure side of the medium plunger valve; About the plate heat exchanger open, stop sequence also needs our special attention.
Before the spiral plate heat exchanger is put into use, it is also necessary to pay attention to check whether all the clamping bolts will be loose, if found should be tightened. In recent years, heat exchangers have replaced the traditional heat exchangers in airports, hotels and commercial buildings, and achieved good results.
Spiral plate heat exchanger medium, if there are larger particles of sand or debris, it should be in the spiral plate heat exchanger before the configuration of our plant produced by the supporting decontainer. The fouling coefficient of spiral plate heat exchanger is low, and the fluid violently rolls between the plates to form turbulence. The plate design avoids the existence of dead zone, which makes the impurities not easy to deposit and block in the channel, and ensures a good heat exchange effect.
The helical plate heat exchanger covers a small area and is light in weight. In addition to the volume of the equipment itself, there is no need to reserve additional inspection and installation space. The thickness of the plate used for heat exchange is only 0.6-0.8mm. In the shutdown, first to pay attention to close the high pressure side of the medium solenoid valve, then pay attention to close the low pressure side of the medium solenoid valve. In the exaggerated high efficiency, environmental protection, energy saving, spiral plate heat exchanger in the heat exchange of the upper hand has become increasingly significant, can be used in a variety of processes heating, cooling and food disinfection, etc., in the low grade heat energy recovery, also has significant economic benefits.
When starting up the spiral plate heat exchanger, the first to open the low pressure side of the medium plunger valve, the medium is full of plate heat exchanger channel and then slowly open the high pressure side of the medium plunger valve; About the plate heat exchanger open, stop sequence also needs our special attention.
Before the spiral plate heat exchanger is put into use, it is also necessary to pay attention to check whether all the clamping bolts will be loose, if found should be tightened. In recent years, heat exchangers have replaced the traditional heat exchangers in airports, hotels and commercial buildings, and achieved good results.
Spiral plate heat exchanger medium, if there are larger particles of sand or debris, it should be in the spiral plate heat exchanger before the configuration of our plant produced by the supporting decontainer. The fouling coefficient of spiral plate heat exchanger is low, and the fluid violently rolls between the plates to form turbulence. The plate design avoids the existence of dead zone, which makes the impurities not easy to deposit and block in the channel, and ensures a good heat exchange effect.
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