Every object around us has a certain change when there is a change in temperature. That change increases or decreases the volume of its container.
Liquid is a good example. In piping systems containing liquids when there is a change in temperature and fluid pressure will change.
This change, if not controlled, will result in the destruction of the pipeline.
The effect of a pressurized tank:
The pressure tank has the effect of accumulating pressure and compensating the pressure on the piping system when the pressure in the pipeline decreases. This accumulation and offset follow the mechanical principle that is elastic.
Pressure tank structure: Includes tank cover, gut, pressure gauge.
Between the contents of the cylinder and the cylinder shell, the compressed air is pumped according to the recommendation on the stamp of the accumulator.
If the pump is not injected, consider it useless.
When water is pumped into the bowel. The colon will bulge and collect the volume of the bottle. At this time the compressed air between the cylinder and the shell will be compressed to increase the pressure. Now the bottle always tends to push water out of the jar so that the bowel returns to its original state and so does the compressed air. And this is exactly what we need in the pressure tank. When the system uses water. At this time, the pressure tank will press water to compensate for the water we use. To the pressure air in the system drops below the set pressure to run the pump at this time the pump must operate.
So one more effect of the pressurized tank is to reduce the number of start-ups of the pump >> increased pump life. Reduce noise.
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