Izindlela ezintathu zokomisa ze-DC gear motor ngemuva komswakama

Okulandelayo kuthathu okululainjini egiyiweindlela yokomisa.

 

Indlela eyodwa yokushisa umthombo wokushisa wangaphandle

 

Ukuze injini emanzi ihlolwe kuqala, kufanele kuqalwe nge-incandescent bulb enamandla amakhulu ebhakeni langaphakathi lenjini egiyiwe, nomainjini egiyiweegunjini lokomisa. Le ndlela kulula ukuyisebenzisa, iphephile futhi ithembekile, kodwa kuphela kuma-motor amancane angenawo amagiya angahlukaniswa futhi ahlolwe kalula. Kwabakhulu nabaphakathi noma abangalula ukuwahlukanisa nokuhlola, i-motor engenisiwe inomsebenzi omkhulu, kodwa futhi inciphisa ukwenzeka. Kufanele kuqashelwe ukuthi le ndlela yokusebenza, isibani sokukhanya noma umthombo wokushisa akufanele kube seduze kakhulu ne-coil ukuvimbela ukushisa i-coil, ingambozwa ngendwangu nezinye izinto egobolondweni le-motor yegiya ukuze kufakwe umswakama.

 

Indlela yokomisa imishini yokushisela emi-2

 

indlela yokomisa umshini wokushisela we-AC

 

Ngaphambi kokusebenza kwe-motor reducer motor winding emanzi, i-terminal in series, i-grounding yegobolondo, ukuze amaqembu amathathu e-windings akwazi ukufudunyezwa nokomiswa, ukuze kuqashwe izinguquko zamanje enkambisweni yokomisa, ungahlanganisa i-ammeter ukuze ubone ukuthi ngabe i-current ifinyelela yini i-current elinganisiwe ye-motor reducer. Ukomisa i-motor gear nge-AC welding machine ngaphandle kokuyihlukanisa i-motor gear, kunciphisa umthwalo womsebenzi, kuyilapho i-motor gear inamandla ayo okumelana nokushisa uma kwenzeka amandla, ukuze i-coil ifudunyezwe ngokulinganayo, umphumela wokomisa ungcono, kodwa le ndlela isebenza kuphela ku-motor gear elandelayo, futhi ayikwazi ukusetshenziswa isikhathi eside, ngoba umsebenzi womshini we-AC welding owengezwe ku-transformer machine machine mkhulu, awukwazi ukusetshenziswa isikhathi eside, ngaphandle kwalokho ungashisa umshini we-welding.

 

b, indlela eyomile yomshini wokushisela we-DC

 

Izintambo zokusebenza kanye ne-AC ziyafana, i-string ammeter kufanele ibe yi-DC ammeter. Umshini wokuwelda we-DC, ukusebenza kwemoto eyomile efakwe umswakama, kulula ngesikhathi esifanayo, kungaba yimoto enkulu nephakathi nendawo, imoto efakwe umswakama ophezulu ukuze yome isikhathi eside. Ngale ndlela, lapho umshini wokuwelda usebenza isikhathi eside noma umsebenzi wamanje ophezulu, izingxenye zawo zangaphakathi ngeke zonakaliswe umsebenzi wamanje ophezulu wesikhathi eside, ngakho-ke ungasetshenziswa isikhathi eside kumoto efakwe usayizi ophakathi nendawo omkhulu. Kubalulekile ukuqaphela ukuthi lapho womisa ngalezi zindlela ezimbili, wonke amalunga kumele axhumane kahle futhi aqiniswe, futhi ucingo oluphambili lomshini wokuwelda kufanele lube ucingo olukhethekile, futhi usayizi wesigaba esidingekayo kufanele uhlangabezane nomthamo wamanje wokuthwala womkhiqizo womshini wokuwelda. Naka ukupholisa kwe-transformer yomshini wokuwelda uqobo, ngenkathi uqinisekisa ukuthi ukumelana kokushisa kwemoto enciphisayo akunakuba ngaphansi kuka-0.1 MΩ. Naka futhi izinga lokushisa lemoto enciphisayo ukuze ulungise i-voltage kanye nogesi ngesikhathi esifanele.

 

Indlela yokumisa ikhoyili yokuvusa amadlingozi emi-3

 

Indlela yokomisa ikhoyili yokuvuselela eboshwe engxenyeni eyinhloko yekhoyili ye-stator yekhoyili yokuvuselela imoto egiyiwe, bese idlulela ku-alternating current, ukuze i-stator ikhiqize i-magnetic flux, ithembele ekulahlekelweni kwayo yinsimbi ukuze yomise i-stator yemoto egiyiwe.