螺杆空壓機(jī)在運(yùn)轉過程中(zhōng)都會發作或大(dà)或小的(de)噪音，這些噪音(yīn)從(cóng)何而來，又該怎樣處(chù)置呢(ne)？我們鞍山市興盛空壓機(jī)有限公司專(zhuān)業人員(yuán)分析如下：

screw air compressor in the process of operation will occur or small noise, where these noise comes from, and how to deal with it? our professionals in anshan xingsheng air compressor co., ltd. are analyzed as follows:


噪音(yīn)來曆：

source of noise:


空壓(yā)機在(zài)出(chū)産(chǎn)中發(fā)揮着重要的效(xiào)果，但空壓機(jī)是(shì)一種強噪音設(shè)備。空壓機(jī)噪音(yīn)的首(shǒu)要來(lái)曆是(shì)進氣口、排氣口(kǒu)、機械口電(diàn)磁口(kǒu)這四個部(bù)位。空(kōng)壓機(jī)噪(zào)音(yīn)聲級(jí)高，低(dī)頻(pín)出(chū)se，傳達(dá)距離(lí)遠(yuǎn)，污染範(fàn)圍大(dà)。特(tè)别是某(mǒu)些噪(zào)音的(de)頻率與人(rén)的(de)内髒器(qì)官固有頻率相挨近，惹起共振(zhèn)，使人發作(zuò)頭暈(yūn)、惡心(xīn)、心律(lǜ)過速(sù)、高血壓(yā)等病症，不隻(zhī)招緻(zhì)人們(men)的(de)工作(zuò)和(hé)日子(zǐ)質量降落，并且(qiě)簡單發(fā)作平安(ān)事故(gù)和人際關(guān)系矛盾。因此，操(cāo)控空壓機噪音(yīn)不隻是勞動維(wéi)護和(hé)環境(jìng)維護(hù)的重要問題，也(yě)是出(chū)産企業可(kě)繼續安(ān)康(kāng)開展(zhǎn)的重(zhòng)要(yào)問題，所(suǒ)以降落(luò)空(kōng)壓機噪音(yīn)與噪音管(guǎn)理就(jiù)顯得尤為(wéi)的重要。

air compressor plays an important role in production, but air compressor is a kind of equipment with strong noise. the primary origin of air compressor noise is the intake port, exhaust port, mechanical outlet electromagnetic port of these four parts. the air compressor has high noise level, low frequency se, long transmission distance and large pollution range. especially, the frequency of some noise is close to the natural frequency of human viscera, causing resonance, making people suffer from dizziness, nausea, tachyarrhythmia, hypertension and other illnesses. it not only causes the quality of people's work and life to decline, but also simple accidents and interpersonal conflicts. therefore, the control of air compressor noise is not only an important issue of labor maintenance and environmental maintenance, but also an important issue for production enterprises to continue to carry out well-being, so the noise and noise management of landing air compressor is particularly important.



處置計(jì)劃：

disposal plan:



1.怎樣(yàng)降落空壓機(jī)進氣口噪(zào)音：普通(tōng)可采用安裝(zhuāng)消(xiāo)聲器的(de)方法。由于空壓機進(jìn)氣口的噪(zào)音為低頻(pín)特性(xìng)，宜選(xuǎn)用抗(kàng)性消聲器(qì)。

1. how to land the noise of air compressor intake: generally, mufflers can be installed. because the noise of air compressor inlet is of low frequency, the resistant muffler should be selected.


2.怎樣降落(luò)空壓(yā)機排氣口(kǒu)噪音：排氣壓力高、流(liú)量(liàng)大(dà)的空(kōng)壓機(jī)因發作的排氣(qì)噪音較高(gāo)，在排氣(qì)體系需(xū)求設置專用的(de)消聲器停(tíng)止操控。排氣(qì)口消聲(shēng)器請求消聲量(liàng)大，消聲頻段寬(kuān)，具有減壓擴容(róng)，減小(xiǎo)排氣(qì)放空(kōng)的壓力落差的效果(guǒ)，以降(jiàng)落排(pái)氣放空噪(zào)音。

2. how to land the exhaust noise of air compressor: because the exhaust noise of air compressor with high exhaust pressure and large flow rate is high, special muffler should be set in the exhaust system to stop operation. the exhaust muffler requests a large amount of muffling noise and has a wide muffling frequency band. it has the effect of reducing the pressure drop of exhaust exhaust to reduce the exhaust exhaust noise.


3.怎(zěn)樣降落空(kōng)壓機本體噪(zào)音(yīn)：操控(kòng)空壓(yā)機(jī)的機體(tǐ)噪音、電動(dòng)機噪(zào)音，常(cháng)用思索選(xuǎn)用隔聲加吸(xī)聲(shēng)的操(cāo)控(kòng)技(jì)藝。方(fāng)法是給緊(jǐn)縮機加裝(zhuāng)隔聲(shēng)罩或(huò)制隔聲間，以阻(zǔ)撓噪(zào)音的傳達(dá)。

3. how to land the noise of the air compressor body: the noise of the air compressor body and the noise of the motor are controlled. the commonly used operation techniques of sound insulation and absorption are selected. the method is to add a sound insulation cover or a sound insulation room to the compressor to prevent the transmission of noise.


4.怎樣降(jiàng)落空壓機機(jī)體(tǐ)的振蕩(dàng)噪音：操(cāo)控空壓(yā)機噪音(yīn)就bi需操(cāo)控振(zhèn)蕩，空(kōng)壓機(jī)的振蕩(dàng)首(shǒu)要是(shì)經過(guò)基礎(chǔ)和管道體(tǐ)系(xì)向外傳送，振蕩的操控(kòng)首要是采用(yòng)隔(gé)振操控。

4. how to land the vibration noise of the air compressor body: bi is required to control the vibration when controlling the noise of the air compressor. the vibration of the air compressor is transmitted outward mainly through the foundation and pipeline system, and the vibration control is mainly controlled by vibration isolation.