Why can’t the compressor reduce its speed during a normal shutdown?
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During the shutdown process at our plant, why doesn’t the compressor reduce its speed when shutting down normally? What is the reason and how should it be handled? Please give me some advice.
1# Wolf Slaughter: Since the vehicle has come to a stop, its rotational speed will naturally decrease gradually. What does it mean when your blood pressure doesn’t come down? What are the specific parking procedures?
What? Can’t the compressor stop properly and reduce its speed? Impossible, right? Keep spinning without any motivation? Wouldn’t that make it a perpetual motion machine? :L
Generally, it takes at least several hours to shut down a compressor, and after its speed drops to dozens of revolutions per minute, continuous cranking is still required. Has LZ lost patience and decided to wait no longer?
Hehe~ What brand of perpetual motion machine? Please recommend one. The poster is saying that there was no rapid deceleration, right?
Why does it take several hours to shut down the compressor section? You mean processes such as shutting down the device for replacement, right?
Once all the pressure has been released and the power is turned off, the compressor stops working after it comes to a halt.
This can happen with a turbine used as a power source: the steam flow cannot be cut off or sealed properly, resulting in steam leakage and thus an inability to reduce the rotational speed.
This phenomenon can occur in turbines; the main steam valve not being able to close properly, or leaks in the quick shutdown valve, can both cause it