【Q&A Question 218】2018.08.12
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【Q&A Question 218】August 12, 2018: Briefly explain why listening is used to determine the operating condition of a compressor When the compressor is operating properly, its noise is even and rhythmic. If the noise loses its rhythm and becomes characterized by a uniform hum or noise, it indicates that there is something abnormal with the internal components of the compressor or its operation. (Unless otherwise specified, all questions and answers are based on hydrogenation units.) ) Correct: 3 wealth, Incorrect: 1 wealth ； Mass posting of posts – rated based on the lowest score ； Replies that are unrelated to the answer are considered spam and will be deleted immediately. For management purposes, if you need to view content from a few days ago, please go to https://bbs.hcbbs.com/home.php?mod=space&uid=3862647&do=thread&view=me&from=space through the summary post below
Because when the compressor is running, its noise should be even and rhythmic. If its sound loses its rhythmic quality and is replaced by uneven noises and rumblings, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
By using the listening method, it is generally possible to make a relatively accurate assessment of the compressor’s operating condition. Because when the compressor is running, its noise should be even and rhythmic. If its sound loses its rhythmic quality and is replaced by uneven noises and rumblings, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
Because hearing can help determine the operating condition of the compressor more accurately. When the compressor is running, its sound should be even and rhythmic. If its sound loses its rhythmic quality and is replaced by uneven noises and rumblings, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
1. When the compressor is operating normally, its sound is even and rhythmic. If the rhythm of this sound is lost, and instead there is a uniform humming or noise, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
Because when the compressor is running, its noise should be even and rhythmic. If its sound loses its rhythmic quality and is replaced by uneven noises and rumblings, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
Because when the compressor is running, its noise should be even and rhythmic. If its sound loses its rhythmic quality and is replaced by uneven noises and rumblings, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
When the compressor is operating properly, its noise is even and rhythmic. If the noise loses its rhythm and becomes accompanied by a constant hum or noise, it indicates that there is something abnormal with the internal components of the compressor or its operation.
By using the listening method, it is generally possible to make a relatively accurate assessment of the compressor’s operating condition. Because when the compressor is running, its noise should be even and rhythmic. If its sound loses its rhythmic quality and is replaced by uneven noises and rumblings, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.
It can teach how to correctly determine the operating condition of the compressor. Because when the compressor is running, its noise should be even and rhythmic. If the sound loses its rhythm and becomes uneven, with irregular noises, it indicates that there are abnormal changes in the operation of the compressor’s internal components or cylinders.