Na'urorin haɗi na Loader Excavator 702-73-01570 bawul ɗin taimako na rotary

Ka'idar aiki na solenoid bawul:

Bawul ɗin solenoid yana amfani da electromagnet don tura bawul core don sarrafa alkiblar iska mai matsewa, ta haka yana sarrafa alkiblar mai kunna pneumatic.

Amfaninsa shine aiki mai sauƙi, mai sauƙi don cimma iko mai nisa.

Bawul ɗin shugabanci na lantarki bisa ga buƙatu daban-daban na iya cimma hanyoyi biyu uku, biyu biyar da sauransu.

An raba electromagnet da ake amfani da shi don sarrafa bawul ɗin solenoid zuwa AC da DC:

1. Wutar lantarki na AC electromagnet shine gabaɗaya 220 volts. An kwatanta shi da babban ƙarfin farawa, ɗan gajeren lokacin juyawa da ƙananan farashi. Duk da haka, lokacin da bawul core ya makale ko tsotsa bai isa ba kuma baƙin ƙarfe ba a tsotse shi ba, electromagnet yana da sauƙi don ƙonewa saboda matsanancin halin yanzu, don haka amincin aiki ba shi da kyau, tasirin aikin, da kuma rayuwa. yana da ƙasa.

2, DC electromagnet ƙarfin lantarki ne kullum 24 volts. Amfaninsa shine aikin dogara, ba saboda spore ya makale kuma ya ƙone ba, tsawon rai, ƙananan girman, amma ikon farawa ya fi girma fiye da AC electromagnet, kuma idan babu wutar lantarki na DC, buƙatar kayan aikin gyarawa.

Domin inganta aiki AMINCI da kuma rayuwa na electromagnetic reversing bawul, a cikin 'yan shekarun nan, rigar electromagnet yana ƙara yadu amfani a gida da kuma waje, wannan electromagnet da slide bawul tura sanda ba bukatar a shãfe haske, kawar da gogayya a Zoben rufewa mai siffar O, na'urar lantarki ta lantarki a waje an rufe ta kai tsaye tare da filastik injiniya, ba wani harsashi na ƙarfe ba, wanda ke tabbatar da rufin, amma kuma yana ba da gudummawa ga ɓarkewar zafi, don haka abin dogaro, ƙaramin tasiri, tsawon rai.

Solenoid bawul tsarin:

Solenoid bawul ya haɗa da (nada, maganadisu, sandar fitarwa).

Lokacin da aka haɗa coil zuwa na yanzu, yana samar da magnetism, kuma magnet yana jan hankalin juna, kuma magnet zai jawo sandar fitarwa. Kashe wutar lantarki, kuma an sake saita magnet da sandar fitarwa, don haka bawul ɗin solenoid ya kammala aikin aiki. Wannan shine yadda bawul ɗin solenoid ke aiki.