Does the motor keep running while the electric pressure testing pump maintains pressure?
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I’m a bit confused – during a hydraulic test, doesn’t the pump have to run continuously? Otherwise, how can pressure be maintained? But the colleagues who participated in the pressure testing said that closing the valve would maintain the pressure, meaning the motor didn’t need to run. What’s going on? What are the advantages of pneumatic pressure testing pumps? Why are there also electric pressure testing pumps?
I’m not sure what kind of pump you’re talking about. A hydraulic test, also known as a hydrostatic test, is a pressure test carried out on components that are subject to pressure There is no motor installed! However, the pump’s inlet and outlet, as well as other exit points, were blocked using fixtures~
Are you referring to the fact that pneumatic pressure testing pumps don’t come equipped with motors? What I’m asking is how electric pressure testing pumps manage to maintain pressure
During the hydraulic testing of pipes, once the specified pressure is reached, the pump outlet valve is closed, allowing the pressure to be maintained in the pipes, and the pump can then be stopped.
There is a hydraulic pump to apply pressure! Think about it – if the pressure at the factory entrance can’t even be simulated by the pump~
Once a leak is detected, its location must be identified; after it is repaired, pressure should be applied again
Once a leak is detected, its location must be identified; after it is repaired, pressure should be applied again
If hydraulic systems can be checked for leaks, then what’s the need for pneumatic systems?