Imininingwane enzuzo
Inani (izinto):1
I-MOQ:1
Isikhathi sokuthumela:30
Indlela yokuthumela:陆运: land transport
海运: sea transport
inombela yokucaciswa:罗茨多级鼓风机
Ukubonisa umlingani
Izisebenzi ze-Roots blowers zifaka phakathi ukuhlinzeka komoya nokucindezela, ukuhlinzeka komoya, ukwelashwa kwemfucumfucu, ukuhlanza uthuli, njll.
Ith working principle yiyo yokuthi ama-lobed rotors amabili ahamba ngokuhambisana komunye nomunye emkhathini ukuze acindezele futhi athumele igesi.
Roots blowers kunnen het gas in de atmosfeer onder druk zetten om het drukniveau te bereiken dat door gebruikers vereist is.
Roots blowers can also be used in ventilation systems to exhaust waste gas, dust, smoke, etc. from indoor or industrial sites, and introduce fresh air at the same time. This plays an important role in places such as factories, underground parking lots, and sewage treatment plants, ensuring the safety and comfort of the working environment. In the sewage treatment process, Roots blowers are used to supply the oxygen required in the activated sludge process for sludge. By increasing the concentration of dissolved oxygen, the growth and metabolism of microorganisms are promoted, thereby accelerating the decomposition and removal of pollutants.
Mumwe muprocesi dzekugadzira muindasitiri, huwandu hukuru hwepasi hunogadzirwa, izvo zvinokuvadza kune zvakatipoteredza uye hutano hwevanhu.
Roots blowers can be used in dust collection systems to suck dust into the collector through the negative pressure effect to purify the air.
Roots blowers, also known as Roots blowers, are a type of positive - displacement rotary blower, and its working principle is very interesting. These two rotors maintain synchronous movement through the synchronous gears at the shaft ends of the rotors. These two rotors create some special spaces in the cylinder, like a small working volume. When these rotors rotate, they suck in gas from the air inlet and then push the gas towards the air outlet. The key to this process is that during the rotation of the rotors, the gas is carried to the air outlet, and then the high - pressure gas flows back, causing the gas pressure to increase, and finally the gas is transported to the exhaust passage.
Kukwazisa, kusiyana kweRoots blowers kukhanya ekusebenziseni kwemavhiri maviri anofamba akasiyana mukati mecyinder kuti akwidzire uye kutakura gasi nenzira iyi. Chivakwa ichi chiri nyore asi chinoshanda, uye chakakodzera zvikuru kumaitiro anoda kutakurwa kwegasi kwekudzvanywa kwakaderera uye kupresha, uye chinogona zvakare kushandiswa sevhakupumpa.
Ith working principle yiyo yokuthi ama-lobed rotors amabili ahamba ngokuhambisana komunye nomunye emkhathini ukuze acindezele futhi athumele igesi.
Roots blowers kunnen het gas in de atmosfeer onder druk zetten om het drukniveau te bereiken dat door gebruikers vereist is.
Roots blowers can also be used in ventilation systems to exhaust waste gas, dust, smoke, etc. from indoor or industrial sites, and introduce fresh air at the same time. This plays an important role in places such as factories, underground parking lots, and sewage treatment plants, ensuring the safety and comfort of the working environment. In the sewage treatment process, Roots blowers are used to supply the oxygen required in the activated sludge process for sludge. By increasing the concentration of dissolved oxygen, the growth and metabolism of microorganisms are promoted, thereby accelerating the decomposition and removal of pollutants.
Mumwe muprocesi dzekugadzira muindasitiri, huwandu hukuru hwepasi hunogadzirwa, izvo zvinokuvadza kune zvakatipoteredza uye hutano hwevanhu.
Roots blowers can be used in dust collection systems to suck dust into the collector through the negative pressure effect to purify the air.
Roots blowers, also known as Roots blowers, are a type of positive - displacement rotary blower, and its working principle is very interesting. These two rotors maintain synchronous movement through the synchronous gears at the shaft ends of the rotors. These two rotors create some special spaces in the cylinder, like a small working volume. When these rotors rotate, they suck in gas from the air inlet and then push the gas towards the air outlet. The key to this process is that during the rotation of the rotors, the gas is carried to the air outlet, and then the high - pressure gas flows back, causing the gas pressure to increase, and finally the gas is transported to the exhaust passage.
Kukwazisa, kusiyana kweRoots blowers kukhanya ekusebenziseni kwemavhiri maviri anofamba akasiyana mukati mecyinder kuti akwidzire uye kutakura gasi nenzira iyi. Chivakwa ichi chiri nyore asi chinoshanda, uye chakakodzera zvikuru kumaitiro anoda kutakurwa kwegasi kwekudzvanywa kwakaderera uye kupresha, uye chinogona zvakare kushandiswa sevhakupumpa.