iphampu ye-centrifugalKungumshini ojwayelekile owuketshezi onomgomo wawo wokusebenza osuselwe kumandla we-centrifugal.

Okulandelayo yilokhuiphampu ye-centrifugalIdatha enemininingwane nencazelo yokuthi isebenza kanjani:

1.isakhiwo esiyisisekelo

1.1 Umzimba wepompo

• Okubalulekile: I-cast iron, insimbi engagqwali, ithusi, njll.
• umklamo: Imvamisa isesimweni sevolute, esetshenziselwa ukuqoqa nokuqondisa ukugeleza koketshezi.

1.2 I-Impeller

• Okubalulekile: I-cast iron, insimbi engagqwali, ithusi, njll.
• umklamo: Impeller iiphampu ye-centrifugalIzingxenye eziyinhloko zivame ukuhlukaniswa zibe izinhlobo ezintathu: ivaliwe, i-semi-open futhi ivuliwe.
• Inani lamaqabunga: Ngokuvamile amaphilisi angu-5-12, kuye ngomklamo wepompo kanye nokusetshenziswa.

1.3 ekseni

• Okubalulekile: Amandla aphezulu ensimbi noma insimbi engagqwali.
• Umsebenzi: Xhuma injini ne-impeller ukuze udlulise amandla.

1.4 Ithuluzi lokuvala uphawu

• uhlobo: Mechanical seal noma ukupakisha uphawu.
• Umsebenzi: Vimbela ukuvuza koketshezi.

1.5 Ama-Bearings

• uhlobo: I-Rolling bear noma i-sliding bear.
• Umsebenzi: Isekela shaft futhi inciphisa ukungqubuzana.

2.Isimiso sokusebenza

2.1 Uketshezi lungena emzimbeni wephampu

• Indlela yokufaka amanzi: Uketshezi lungena emzimbeni wepompo ngepayipi lokungena, ngokuvamile ngepayipi elimunca kanye nevalvu yokumunca.
• Ububanzi bokungena kwamanzi: Kunqunywa ngokusekelwe ekucacisweni kwephampu kanye nezidingo zedizayini.

2.2 I-Impeller isheshisa uketshezi

• Isivinini se-impeller: Ivamise ukuba ngu-1450 RPM noma 2900 RPM (ukuguqulwa ngomzuzu), kuye ngomklamo wepompo kanye nokusetshenziswa.
• amandla e-centrifugal: I-impeller ijikeleza ngesivinini esikhulu esiqhutshwa injini, futhi uketshezi lusheshiswa ngamandla e-centrifugal.

2.3 Uketshezi lugeleza luye ngaphandle komzimba wephampu

• Idizayini yomgijimi: Uketshezi olusheshisiwe lugelezela ngaphandle eduze komzila wokugeleza we-impeller futhi lungene engxenyeni ye-volute yomzimba wepompo.
• Idizayini yevolumu: Idizayini ye-volute isiza ukuguqula amandla e-kinetic oketshezi abe amandla okucindezela.

2.4 Uketshezi oluphuma emzimbeni wephampu

• Indlela yokukhipha amanzi: Uketshezi luphinde lwehliswe amandla ku-volute bese luguqulwa lube amandla okucindezela, futhi lukhishwe emzimbeni wepompo ngepayipi lokuphuma kwamanzi.
• I-diameter ye-Outlet: Kunqunywa ngokusekelwe ekucacisweni kwephampu kanye nezidingo zedizayini.

3.inqubo yokuguqulwa kwamandla

3.1 Ukuguqulwa kwamandla e-Kinetic

• Ukusheshisa impeller: I-liquid izuza amandla e-kinetic ngaphansi kwesenzo se-impeller, futhi ijubane layo liyakhula.
• Ifomula yamandla e-Kinetic:( E_k = \frac{1}{2} mv^2 )
  • (E_k): amandla e-kinetic
  • (m): Isisindo soketshezi
  • (v): isivinini esiwuketshezi

3.2 Ukuguqulwa kwamandla okucindezela

• Ukunciphisa ivolumu: Uketshezi lwehla ngevolumu, futhi amandla e-kinetic aguqulwa abe amandla okucindezela.
• I-Bernoulli equation( P + \frac{1}{2} \rho v^2 + \rho gh = \text{constant} )
  • (P): Ingcindezi
  • ( \rho ): ukuminyana koketshezi
  • (v): isivinini esiwuketshezi
  • (g): ukusheshisa amandla adonsela phansi
  • (h): ukuphakama

4.Amapharamitha wokusebenza

4.1 Ukugeleza (Q)

• incazelo:iphampu ye-centrifugalInani loketshezi olulethwa ngesikhathi seyunithi.
• iyunithi: Ama-Cubic metres ngehora (m3/h) noma amalitha ngomzuzwana (L/s).
• ububanzi: Ngokuvamile ngu-10-5000 m3/h, kuye ngemodeli yepompo kanye nokusetshenziswa.

4.2 Phakamisa (H)

• incazelo:iphampu ye-centrifugalIyakwazi ukuphakamisa ubude boketshezi.
• iyunithi: Imitha (m).
• ububanzi: Ngokuvamile amamitha angu-10-150, kuye ngemodeli yepompo kanye nokusetshenziswa.

4.3 Amandla (P)

• incazelo:iphampu ye-centrifugalAmandla emoto.
• iyunithiI-kilowatt (kW).
• Ifomula yokubala:( P = \frac{Q \izikhathi H}{102 \izikhathi \eta} )
  • (Q): izinga lokugeleza (m3/h)
  • (H): Phakamisa (m)
  • ( \eta ): ukusebenza kahle kwepompo (imvamisa ingu-0.6-0.8)

4.4 Ukusebenza kahle (η)

• incazelo: Ukusebenza kahle kokuguqulwa kwamandla kwephampu.
• iyunithi:amaphesenti(%).
• ububanzi: Ivamise ukuba ngu-60% -85%, kuye ngomklamo wepompo nokusetshenziswa kwayo.

5.Izikhathi zokufaka izicelo

5.1 Ukuhlinzekwa kwamanzi kumasipala

• sebenzisa: Isiteshi esikhulu sokupompa esisetshenziswa ezinhlelweni zokuphakelwa kwamanzi emadolobheni.
• ukugeleza: Ngokuvamile 500-3000 m3/h.
• Phakamisa: Ngokuvamile amamitha angu-30-100.

5.2 Ukuhlinzekwa kwamanzi ezimbonini

• sebenzisa: Isetshenziswa ezinhlelweni zokujikeleza kwamanzi okupholisa ekukhiqizeni kwezimboni.
• ukugeleza: Ngokuvamile 200-2000 m3/h.
• Phakamisa: Ngokuvamile amamitha angu-20-80.

5.3 Ukuchelela kwezolimo

• sebenzisa: Izinhlelo zokunisela ezindaweni ezinkulu zamapulazi.
• ukugeleza: Ngokuvamile ngu-100-1500 m3/h.
• Phakamisa: Ngokuvamile 10-50 amamitha.

5.4 Ukwakhiwa kwamanzi

• sebenzisa: Isetshenziswa ezinhlelweni zokuhlinzeka ngamanzi ezakhiwo eziphakeme.
• ukugeleza: Ngokuvamile 50-1000 m3/h.
• Phakamisa: Ngokuvamile amamitha angu-20-70.

Thola ukuqonda okungcono ngale datha enemininingwane nezincazeloiphampu ye-centrifugalUmgomo wayo wokusebenza kanye nokusebenza kwayo kanye nesisekelo sokukhetha ezinhlelweni ezahlukene.