Vibration of the new hydrogen compressor
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What is vibration in new hydrogen compressors related to? Why do the instrument wires on buffer tanks break frequently, and what are the common types of instrument wires?
First, it is necessary to determine whether the vibration comes from the compressor body itself or from the pipes connected to the compressor. If the entire compressor is vibrating, then there is definitely a problem with the civil engineering foundation. The reasons for vibration in the compressor’s inlet and outlet pipes include an undersized buffer tank, as well as improper pipe supports (in terms of quantity, location, and stiffness). The relevant parties can be asked to conduct natural frequency analysis, as well as fluid and pulsation analysis. Vibration prevention methods for the instruments attached to the compressor, as well as for small connectors used for venting and condensate drainage: Install valves as close as possible to the main pipes, use reinforced pipe fittings, and reinforce branch points with angle brackets.
Vibration-related factors of the new hydrogen compressor: 1. Foundation mass of the unit； 2. Is the installation accuracy of the unit up to standard? ； 3. Unit manufacturing quality ； 4. Is the pipeline layout reasonable? ； 5. Is the pipeline fixation proper and in place? ； 6. The inter-stage tank is too small, resulting in poor shock absorption ； 7. Internal leakage in the inter-stage heat exchanger ； 8. The separation efficiency of the liquid separation tank before the machine is poor, resulting in gas carrying liquid ； And other reasons. The instrument leads on the buffer tank vibrate for the reasons mentioned above, or their installation quality is often poor, resulting in breaks ； Also, instrument leads generally come in threaded and welded forms.
There are too many reasons to list them all. It would be better to provide a detailed description of your situation and then conduct a specific analysis