8 Izinto Ezibalulekile Zomhlahlandlela Wokuklama we-DC Solenoid Ukusekela kwezobuchwepheshe
NJENGOBA umkhiqizi ophambili we-DC solenoid, sicabanga ukuthi idizayini efanele ye-DC Solenoid ilele ngaphansi kwamaphoyinti angu-8 angukhiye:
No.1 Umhlahlandlela Wokunyakaza Odingekayo
I-Solenoids ingaklanywa ukunikeza ukusunduza, ukudonsa, noma ukunyakaza okujikelezayo. Udinga ukuchaza ukuthi yisiphi isenzo esifanelana nesicelo sakho.
1.1 Vula i-Solenoid yozimele:
Lolu hlobo lwe-solenoid lusebenzisa ukusebenza kwe-stroke ngokulawula okwengeziwe, okulwenza lufanelekele ukusetshenziswa kwezimboni eziningi. , njengama-circuit breaker, amashutha ekhamera, izikena, izinto zokubala zemali, nemishini yokudlala. Yize isebenzisa ukucushwa kwe-DC, ama-solenoid ozimele we-DC ahambisana nezisetshenziswa zamandla ze-AC.
1.2 I-Solenoid yokubamba:
Okubalulekile ekubambeni i-electromagnetic iwukushintsha ngokushesha indawo kazibuthe ngokulawula amandla amanje adlula ikhoyili. Ngemva kokunika amandla, inkambu kazibuthe izogxila phakathi nendawo ye-plunger, kodwa ezinye izindawo ngeke zikhiqize amandla kazibuthe.
1.3 I-Latching-typed of electromagnet uhlobo lohlaka oluvulekile kodwa olunenzuzo kazibuthe unomphela. I-Plunger izoqhubekela phakathi nendawo yomzimba we-solenoid ngenkathi inika amandla, kodwa isazoqhubeka "ibambe" endaweni efanayo ngisho nangemva kokukhipha amandla ngenxa yendawo ekhona yezibuthe ekhiqiziwe. Ngalesi sici, ikhasimende lingathola inzuzo yokonga amandla, futhi ligweme nengozi yokushiswa ikhoyili.
1.4 I-solenoid yohlobo lwe-Tubular, i-solenoid ye-tubular inesici sokudonsa ngomugqa futhi isetshenziswa kumadivayisi amaningi okuqalisa, njengamasistimu okuthungela imoto, izingidi zikagesi ukuze umnyango ukwazi ukumelana namandla abalulekile lapho ukhiyiwe.
1.5 I-Rotary solenoids
Umsebenzi we-Rotary usebenzisa ingqikithi yensimbi etholakala kudiski eligobile. Ama-groove anosayizi ngokuya ngezikhala nokuqhubeka, umgogodla uhoxa emzimbeni we-solenoid bese i-disc core iyajikeleza. Uma ivaliwe, isiphethu siphusha umgogodla wediski ubuyele endaweni yawo yokuqala. Ngenxa yokuthi aqine kakhulu kunezinye izinhlobo zama-solenoid, ama-rotary solenoid avame ukusetshenziswa ezinhlelweni zezimboni njengama-shutter nama-laser.
1.6 I-Solenoid Valve;
Ama-valve e-Solenoid asetshenziswa nomaphi lapho ukugeleza koketshezi kufanele kulawulwe ngokuzenzakalelayo. Zisetshenziswa ngezinga elikhulayo ezinhlotsheni ezihluke kakhulu zezitshalo nemishini. Izinhlobonhlobo zemiklamo ehlukene etholakalayo yenza i-valve ikwazi ukukhethwa ukuze ifaneleke ngokuqondile isicelo okukhulunywa ngaso.
No.2 Usayizi we-Solenoid
Udinga ukukhomba indawo etholakalayo lapho kuzofakwa khona i-solenoid—ubude, ububanzi nobude. Zilungiselele ukuqonda ukuthi isikhala osivumele singase singanele ukuhlangabezana nemibandela elandelayo oyichaza ngezansi.
No. 3 I-Stroke Esebenzayo
Ibanga okufanele lihanjwe i-solenoid plunger/armature): Inani lamandla engenziwa i-solenoid lehla ngokushesha ngebanga okufanele lihambe i-solenoid plunger (armature). Ibanga eliphezulu elingahamba i-solenoid armature lincike kusayizi we-solenoid. Ama-solenoid amancane/amafushane ahlinzeka ngemivimbo emifushane (<.25 futhi ama-solenoid amakhulu anganikeza ukushaywa okukhulu udinga ukulinganisa ukuthi kungakanani ukunyakaza kwemishini okuzodingeka ukuze uzuze umphumela oyifunayo kuhlelo lwakho lokusebenza.>
No. 4 Actuation Force
I-Actuation Force ivame ukuchazwa njengenani elincane lamandla adingekayo ngesikhathi eside kakhulu kuhlelo lwakho lokusebenza. Udinga ukulinganisa ukuthi mangakanani amandla azodingeka ukuze kuzuzwe umphumela oyifunayo kuhlelo lwakho lokusebenza.
CHA. 5. Umjikelezo Wemisebenzi
I-Duty Cycle inani lesikhathi lapho i-solenoid inikwa amandla (UKUVULIWE) uma iqhathaniswa nesikhathi ekhishwa ngaso amandla (IVIWE). I-Duty Cycle ngokuvamile ichazwa ngamagama afana ne-Continuous Duty (100% NGESIKHATHI), Umsebenzi Wesikhashana (25% IVULIWE, 75% ISENGULWE isikhathi), noma Umsebenzi We-Pulse (
No. 6. Ukucatshangelwa kwemvelo
Izinto ezintathu ezibalulekile Zemvelo okufanele uzichaze yilezi:
I-Ambient Temperature:
Ikhoyili ye-solenoid ikhiqiza ukushisa lapho kusetshenziswa amandla. Lapho i-solenoid ishisa kakhulu, amandla e-actuation ezokwazi ukuwenza aphansi. Umkhawulo ongaphezulu wokushisa kokusebenza kwe-solenoid ulungiswa ngenxa yesistimu yokuhlukanisa enganikezwa ngezinto ezenziwe ngazo i-solenoid. Amazinga okushisa aphakeme e-ambient ohlelweni oluthile azovumela ukukhuphuka okuncane kwezinga lokushisa kwekhoyili, okuzothi empeleni, kunciphise ikhono le-solenoid ukunikeza amandla adingekayo. Ngalesi sizathu, kuyadingeka ukuthi uchaze izinga lokushisa le-ambient lapho okokusebenza okuklamayo kuzosebenza khona.
Umswakamo/Umswakama/Uthuli:
Ama-Solenoid kufanele aklanywe ngokuqondile ukuze aphile ezindaweni eziyingozi kakhulu. Izimo zokuswakama okuphezulu/umswakama zidinga ukuthi ikhoyili ivikeleke ekungeneni komswakama, kanti ingaphandle le-solenoid livikeleke ekugqwaleni. Amazinga aphezulu othuli adinga ukuthi i-solenoid armature ivikelwe ekungeneni kothuli. Ngeshwa, izindleko ze-solenoid ziyakhuphuka lapho kudingeka ukuvikelwa kwemvelo okwengeziwe. Ngalesi sizathu, kubalulekile ukuthi uchaze ukuthi yiliphi izinga lokuswakama (umswakama), kanye nokuvikela uthuli uhlelo lwakho lokusebenza oluzolidinga, ukuze kukhethwe umklamo we-solenoid obiza kakhulu.
Indawo yomsindo:
Uma kunomsindo ngenxa yezimo zemvelo, kuyadingeka ukwengeza amadivaysi e-anti-collision, ama-gaskets nezinye izakhiwo esakhiweni.
CHA. 7. Ukuphila kwe-Solenoid
Impilo yomkhiqizo:ibhekisela esikhathini ngasinye sokuvala njengesijwayelekile. Izindlu ze-solenoid nezinye izinto ezibalulekile zingashintshwa ngokuya ngezidingo zedizayini ezihlukene futhi zingafinyelela izikhathi eziyizigidi ngenkathi yokuphila ye-solenoid oyifunayo.
No. 8. I-Electronic Wire Connection
Ukuxhumana okujwayelekile kufakiwe:
izintambo zokuxhuma, amaphinikhodi, amatheminali nezixhumi. Kuncike ezidingweni ezahlukene.
Intambo yokuxhuma:
Ingxenye yocingo lwethusi igcinwe ekhanda lezintambo zomqhubi futhi ayihlanganiswa neglue. Intambo yethusi ilungisiwe ngesikhathi sokufakwa. Njengoba i-electromagnet ngokuvamile iklanyelwe ukufakwa kwisilawuli, indawo yocingo olungenalutho ekhanda izothengiswa, ukuze ifakwe kumlawuli. Vele ufake i-solder ngqo ebhodini.
Faka Iphinikhodi:
Unomthwalo wemfanelo wokudlulisela isignali. Phakathi nenqubo yokuklama isixhumi, ukuthintana kwenziwa ukukhwelana nomsila. Isiphetho sokukhwelana ngokuvamile siqukethe ingxenye enwebekayo kanye nengxenye eqinile ukuze kuqinisekiswe ukwethembeka kokuxhumana phakathi kwepulaki yesixhumi nesokhethi. Izixhumi zekhebula zisebenzisa ibhodi noma izixhumi zezintambo eziya ebhodini.
Isikhumulo:
Iziphetho zezintambo zesekhethi zixhunywe ezingxenyeni ze-elekthronikhi zemishini kagesi ukuze kuzuzwe ukudluliswa kwesignali kanye nokulethwa kwamandla. Izinhlobo zetheminali ezijwayelekile zifaka amatheminali ngezikulufu, amatheminali ama-crimp, amatheminali ama-plug-in, njll.
Isixhumi:
Amatheminali angahlukaniswa ngezinhlobo ezine: uhlobo lwe-welding wire, uhlobo lwe-crimping wire, uhlobo lwe-insulated threading kanye nohlobo lwe-solderless winding. Emabhodini esekethe aphrintiwe, amafomu okunqamula othintana nawo angahlukaniswa abe yizinhlobo ezine: ukushisela okuqondile, ukushisela okugobile, ukukhweza okungaphezulu kanye nohlobo lwe-solderless press-fit, olungakha umklamo we-plug-in wesilisa nowesifazane nge-PIN. Ayikho incazelo enemininingwane enikeziwe lapha.