I-valve yokukhipha i-0200 / i-compressor yomoya / i-valve ye-valve ye-solenoid ikhoyili

Isingeniso se-inductance

1. Ukusabela kwekhoyili ye-DC relay kukhulu futhi yamanje incane. Uma kuthiwa ngeke ilimale uma ixhunywa kumshini oshintshashintshayo, izokhishwa uma sekuyisikhathi. Nokho, ukusabela kwekhoyili ye-AC relay kuncane, futhi okwamanje kukhulu. Ukuxhuma i-DC kuzolimaza ikhoyili.

2. Kuzoba khona indandatho yesifunda esifushane kumongo wensimbi we-AC contactor, kodwa hhayi i-DC contactor. Ububanzi bentambo yekhoyili ye-DC mncane, ngoba yamanje ilingana no-U/R, futhi ayishintshi. Ububanzi bentambo yekhoyili ye-AC bukhulu, ngoba ikhoyili ine-inductance, futhi yamanje ishintsha kakhulu ngaphambi nangemuva kokuba i-armature ikhangwe. Uma i-armature ibambekile futhi ingakhangi, izoshisa ikhoyili. Umgogodla wensimbi wekhoyili ye-AC kufanele usebenzise ishidi lensimbi ye-silicon, kanti umgogodla wensimbi wekhoyili ye-DC ungasebenzisa ibhulokhi yensimbi yonke.

3. Ukukhanga kanye namandla kazibuthe we-AC kuyashintsha, kokubili okukhudlwana ekuqaleni kokukhanga, kodwa kuncane ngemva kokukhanga. Kodwa-ke, ukukhanga kanye namandla kazibuthe we-DC kuhlala kungashintshile phakathi nayo yonke inqubo yokuheha nokubamba.

4. Amakhoyili e-AC awahlelwanga, kuyilapho amakhoyili e-DC ngokuvamile enziwe polarized. Izimiso zabo zokusebenza ziyefana. Zonke zikhiqiza insimu kazibuthe kukhoyili ukuze kubangele isenzo esilandelayo. Umehluko ukuthi amakhoyili e-AC akhiqiza indawo kazibuthe eshintshanayo, ethonywa kakhulu amandla kagesi kanye namanje, kuyilapho amakhoyili e-DC azinzile futhi anesici sokuphepha esiphezulu, esilungele kangcono indawo yokusebenza esheshayo.

Eqinisweni, ikhoyili yokushaja okungenantambo ine-inductance ephezulu kanye nokuvuza okuncane, futhi impilo yayo yesevisi yinde kune-inductance evamile. Ngikholelwa ukuthi wonke umuntu uyazi ukuthi izinyanga eziyisithupha isikhathi sokuthuthwa, kodwa ikhoyili yokushaja okungenantambo incike enqubweni yokukhiqiza kanye nendawo yokugcina impahla. Ikhoyili yokushaja engenantambo iphumelele ukuhlolwa kwe-anti-oxidation kanye nesifutho sikasawoti ngaphambi kokuphuma embonini ukuze kuqinisekiswe ukushisela okuhle komkhiqizo. Zonke izikhwama ezincane zokupakisha kanye nebhokisi langaphakathi livalwa futhi libekwe nge-desiccant, ngakho-ke isikhathi sokugcina singanwetshwa sibe yizinyanga eziyisishiyagalombili. Ngaphezu kwalokho, impahla ye-ferrite ifakwe emanzini ekushiseni okuphezulu okungaphezu kwama-degree angu-1000, ngakho-ke inamandla amakhulu futhi ingaqinisekiswa unomphela.