What are the reasons for the tripping of the ion membrane section?
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This post was last edited by sunjl1981 on 2013-1-6 at 20:08. We have experienced three trips in just one month, which is really troublesome; other parts of the plant also have to stop operating. Please help me analyze the reasons for these trips. Thank you. # ， ， &
It would be best if the original poster could clarify the issue – what is causing the parking problem? Is there a problem with the interlock or the rectifier? Or other work sections
The scope is too large, and there are many conditions regarding parking
What process, which electrolyzer? Please give an introduction!
There are many reasons for the electrolyzer to trip – it could be due to interlocks or some other factor. If it trips three times in a month, there must be a reason behind it. Each specific issue needs to be analyzed individually.
If it trips in this way, it’s probably a power supply issue; our system has stopped operating due to fluctuations in the high-voltage network before； The high-voltage motor also tripped when started up on the system ； Transmitter failures of the input and output signals also caused shutdowns........ It seems there are many such cases; the issue raised by the original poster is quite complex, haha. It’s like a washing machine that stops doing its job – let’s discuss this. Hehe.
This question is indeed not easy to answer, because the conditions simply aren’t there. . It doesn’t matter though. Everyone sharing their own experiences and lessons will be of help to the original poster. The poster should also gradually add more conditions. . It’s not scary to have questions. The scary thing is being unable to ask questions:P
There are various factors that can cause tripping, such as high-high and low-low alarms for single-slot interlocks, as well as ground faults. Saline flow and alkali flow are very low. The potential difference is high high, low low. The current is overreported. This is just one aspect of the narrative. :loveliness:
Element failures in the rectifier cabinet, low cooling water pressure, lack of synchronous power supply, pulse transformer failures, trigger switch failures, and so on, can all cause the rectifier to stop operating.