Izingxenye ze-Excavator zilungele i-XGMA 822 Sany Solenoid valve Coil

Imiphi imisebenzi yekhoyili ye-solenoid?

I-Solenoid valve yakhiwa nge-electromagnetic coil kanye nomgogodla kazibuthe, futhi umzimba we-valve onesimbobo esisodwa noma eziningana. Lapho ikhoyili enikezwe amandla noma i-de-enamandla, ukusebenza kwe-cantetic core kuzodala ukuthi uketshezi ludlule emzimbeni we-valve noma livinjelwe, ukuze ushintshe indlela yoketshezi. Izakhi ze-electromagnetic ze-solenoid valve zakhiwa umnyombo wensimbi ohleliwe, ehambisa umnyombo wensimbi, ikhoyili nezinye izinto; Ingxenye yomzimba ye-valve yakhiwa nge-Slide Valve Core, Slide Valve Sleeve kanye ne-Tension Spring Base. Ikhoyili ye-electromagnetic ifakwe ngokuqondile emzimbeni womzimba we-valve, futhi umzimba we-valve uvaliwe eshubhu elivaliwe, wakhe inhlanganisela emfushane nehlazo.

Ukusebenza komgomo wekhoyili ye-solenoid valve

Ukuzikhiya nokuphikelela kuyakhethwa, futhi amakhoyili aphindwe kabili asetshenziselwa ukulawula. Ikhoyili ephezulu isetshenziselwa ukuvulwa, futhi ikhoyili elandelayo isetshenziselwa ukuvala. Isiginali eyodwa kuphela ye-Culse yekhoyili ehambisanayo edingekayo, futhi isimo esidingekayo sokusebenza singaqinisekiswa ngamandla asheshayo, ngokusetshenziswa kwamandla okuphansi, impilo eyanele neyesevisi ende.

Izinhlobo ze-Fluid: Amanzi, igesi, uwoyela, umusi, igesi, isikhutha, i-nitrogen ewuketshezi, umoya-mpilo owuketshezi, njll.

I-Flow Caliber: I-DN20-DN600 Ambient lokushisa: -20 ℃ - + 80 ℃ (yakhelwe ngokukhethekile:--40 ℃ - + 120 ℃ - + 120 ℃ - + 120 ℃ - + 120 ℃)

Indwangu yomzimba we-valve: ithusi, i-iron iron, insimbi yekhabhoni nensimbi engenacala. Ingcindezi yokusebenza: -0.1-235MPA.

I-VOLTAGE eyengeziwe: AC 220V-DC 24V Ezinye ongakhetha kuzo

Yini isizathu sokushiswa kwekhoyili ye-solenoid valve?

Lapho ikhoyili ye-solenoid valve inamandla, kunomphumela we-thermal ngaphandle komphumela kazibuthe. Ukushisa ngokweqile okukhiqizwe ngumphumela wamanje we-thermal kwenza izinga lokushisa lekhoyili likhuphuke ngokuqhubekayo, okuholela kwikhoyili elivuthayo. Amandla we-Thermal akhiqizwa umphumela wamanje we-thermal = isikwele sokuphindaphinda kwamanje ngesikhathi sokumelana (kwekhoyili). Okungukuthi, q = i 2rt. Uma ukumelana kwe-coil kulingana no-0, q = i 2rt = 0, ikhoyili ngeke ikhiqize ukushisa. Vele, ukumelana ne-ROIL akunakulingana no-0 ngokujwayelekile. Kodwa-ke, izintambo ezinkulu zingasetshenziswa ukwenza amakhoyili, futhi ukumelana nokumelana kwe-coils kuncane kakhulu. Ngaphansi kwesimo esifanayo samanje, amandla afudumele akhiqizwa umphumela wokushisa wamanje incane kakhulu, engeke ukuthi amakhoyili ashise. Vele, amandla afudumele akhiqizwa umphumela wokushisa wamanje angancishiswa ngokunciphisa ukudlula kwamanje ngokusebenzisa amakhoyili, kepha amandla kazibuthe akhiqizwayo nawo ancishiswe, angenza i-solenoid valve ingakwazi ukusebenza ngokujwayelekile.