AS 5035 90 Degree Rotary Solenoid DC 24 V Ye-A...
I-90 Degree Rotary Solenoid
I-Rotary Solenoids evela kuDkt. Solenoid yenzelwe ikakhulukazi izicelo zobunjiniyela bemishini, ubuchwepheshe bezokwelapha nelabhorethri, noma umkhakha wemishini ephathwayo nezokuthutha. Banerekhodi elifakazelwe njengama-solenoid okusebenza wokuhlunga amasango, ama-throttles, nezinhlelo zokukhiya. Ishafu enamabhola ezinhlangothi zombili iqinisekisa ukuma okunembayo nokuqina okuphezulu. Ngenxa yokuthi akunazwelo ukusheshiswa komugqa, ama-rotary solenoid anjalo asetshenziselwa ubunjiniyela bezitimela kanye namadivayisi asendizeni.
I-90 degree rotary solenoids itholakala kumamodeli ahlukahlukene. Amadizayini ayisisekelo ama-solenoid ajikelezayo ane-stroke eyodwa anentwasahlobo ebuyayo kanye nama-solenoid ajikelezayo anamakhoyili amabili. Izinguqulo eziklanywe ngokwezifiso zezinhlelo zokusebenza ezikhethekile ziyatholakala uma uzicela. Lokhu kufaka phakathi amamodeli anamatheminali e-plug-in, shaft elungisiwe, noma izimbobo zokukhweza eziqondene nohlelo lokusebenza oluthile.
Inguqulo evamile nokwenza ngokwezifiso
Amamodeli akhethwayo akhelwe ukusebenza okungu-24 V DC kanye no-25% noma 50% ED. Wonke amamodeli ayatholakala ekunyakazeni okubalulekile phakathi kuka-25° no-45°. Imodeli enama-shaft nhlangothi zombili ingasetshenziswa njengenguqulo yesandla sokudla noma yesandla sobunxele enama-engeli ajikelezayo phakathi kuka-45° noma 90°. Lawa ma-solenoid afakwe isiphethu sokubuya esifakwe ku-shaft engakwesokudla. Kuye ngosayizi we-solenoid, i-engeli yayo yokujikeleza, kanye nomjikelezo wemisebenzi, kungase kudingeke ukuthi kusetshenziswe lokho okubizwa ngokuthi intwasahlobo "ethambile".
Eminye imiklamo ye-shaft, kanye namamodeli ane-flange ekhuphukayo noma ama-solenoid ajikelezayo angemuva, ayatholakala uma ecelwa. Ukuguqulwa okungenzeka futhi kufaka phakathi imiklamo ye-solenoid ngayinye yama-voltage okusebenza akhethekile noma imijikelezo ethile yomsebenzi, kanye nobuchwepheshe bokuxhumana obubodwa, njengezintambo zekhebula ezenziwe ngokwezifiso noma amatheminali. Ngokuvamile, lawa ma-solenoid aklanyelwe ukusebenza kwe-DC ku-voltage yokusebenza engu-24 V. Ngokusebenzisa isilungisi sangaphandle esengeziwe, amamodeli aklanyelwe ukusebenza okungu-205 V DC angasebenza ngokuqondile endaweni yamandla kagesi.
AS 0432 Rotary Latching Solenoid DC 24V 90 deg...
Iyini i-rotary latching solenoid?
I-rotary latching solenoid iyisisetshenziswa se-electromechanical esihlanganisa imisebenzi yokuzungezisa kanye nokuxhuma. Isetshenziswa kakhulu ukuguqula amandla kagesi abe ukunyakaza okujikelezayo kwemishini futhi ingagcina indawo ethile ngaphandle kokusebenzisa ugesi. Nansi imininingwane:
I-Rotary Latching Solenoid's Structure :Ivamise ukuhlanganisa ikhoyili, uzibuthe ongapheli, izikhali, kanye nesisekelo. Ikhoyili ikhiqiza insimu kazibuthe lapho inamandla. Umazibuthe unomphela wakha indlela yokugeleza kazibuthe phakathi kobuso bepali obuphambene be-armature nesisekelo. I-armature ingxenye ejikelezayo, exhunywe ku-shaft okukhiphayo noma indlela.
Umgomo wokusebenza:Lapho i-solenoid inikwe amandla, ikhoyili ikhiqiza inkambu kazibuthe esebenzisana nenkundla kazibuthe kazibuthe ongunaphakade. Lokhu kubangela ukuthi i-armature ijikelezise endaweni ethile. Ngenxa yomsebenzi wokukhiya, uma i-armature ifinyelela endaweni eqondiwe, ingabanjwa amandla kazibuthe kazibuthe ongunaphakade ngisho noma amandla esusiwe. Ukuze ushintshe indawo ye-armature, kuyadingeka ukusebenzisa isignali kagesi efanele futhi ukuze unqobe amandla okukhiya futhi uqhube i-armature ukuze ijikeleze kwenye indawo.
Imingcele Yezobuchwepheshe
I-voltage yokuphakelwa kwamandla: ngokuvamile i-12V, 24V DC, njll. Amamodeli ahlukene anezidingo zamandla kagesi ezihlukile.
I-engeli yokuzungezisa: Ama-engeli ajwayelekile okuzungezisa ahlanganisa u-30°, 45°, 90°, njll. I-engeli ethile incike ekuklanyweni nasekusetshenzisweni kwezidingo zephrojekthi.
Umjikelezo womsebenzi: Ubonisa ingxenye yamandla-ngesikhathi kumjikelezo womsebenzi ukuya kusikhathi esiphelele, esingaba ngu-10%, 15%, 100%, njll.
Ukusetshenziswa kwamandla: Amandla asetshenziswa i-valve ye-solenoid lapho inikwe amandla, kusukela kuma-watts ambalwa ukuya kumashumi ama-watts kuye ngemodeli.
Isikhathi sokushintsha: Ngokuvamile phakathi kwamashumi ama-millisecond, lesi yisikhathi esidingekayo ukuze uzibuthe kagesi uqedele ukuzungezisa okukodwa kanye nokuxhumanisa isenzo.
inzuzo
Ukonga amandla: Isebenzisa amandla kuphela lapho ishintsha izikhundla, futhi ayidingi ukunikezwa kwamandla okuqhubekayo ukuze kugcinwe indawo, engonga amandla.
Ukuthembeka okuphezulu: Umsebenzi wokuzikhiya uqinisekisa ukuthi isikhundla sihlala sizinzile futhi akuthintwa kalula yizinto zangaphandle.
Ukwakheka okuhlangene: Kuncane kakhulu ngosayizi, kungafakwa endaweni encane.
AS 0628 DC 24V 45 Degree Rotary Actuator For So...
Incazelo ye-Rotary Actuator kanye nomgomo oyisisekelo
I-actuator ejikelezayo iyisisetshenziswa sikagesi esiguqula amandla kagesi abe amandla omshini ukuze kuzuzwe ukunyakaza okuzungezayo. Ikakhulukazi yakhiwe ikhoyili eqinile, umgogodla wensimbi, i-armature kanye ne-shaft ejikelezayo. Uma ikhoyili ye-solenoid inikwa amandla, kukhiqizwa inkambu kazibuthe, okubangela ukuthi i-armature ijikeleze i-shaft ejikelezayo ngaphansi kwamandla kagesi wesenzo. Emshinini wokuhlunga, i-actuator ejikelezayo ingashayela izingxenye zomshini ezihambisanayo ukuze zenze izenzo zokuhlunga ngokuvumelana nesignali ethunyelwe isistimu yokulawula.
AS 0650 Izithelo Zokuhlunga I-Solenoid,I-Rotary solenoid ...
Ingxenye 1: Yini i-rotary solenoid actuator?
I-rotary solenoid actuator iyafana nemoto, kodwa umehluko phakathi ukuthi injini ingakwazi ukuzungeza i-360 degree ohlangothini olulodwa, kuyilapho i-rotary solenoid actuator ayikwazi ukuzungeza i-360 degree kodwa ingazungeza i-engeli engaguquki. Ngemuva kokuthi amandla ecishiwe, asethwa kabusha ngesiphethu sawo, esithathwa njengokuqeda isenzo. Ingakwazi ukuzungezisa ngaphakathi kwe-engeli engaguquki, ngakho-ke ibizwa nangokuthi i-rotation solenoid actuator noma i-engeli solenoid. Ngokuqondene nesiqondiso sokuzungezisa, singenziwa sibe izinhlobo ezimbili: ngokwewashi kanye ne-counterclockwise ngesidingo sephrojekthi.
Ingxenye 2: Isakhiwo se-rotary solenoid
Umgomo wokusebenza we-solenoid ejikelezayo usekelwe kumgomo wokukhangwa yi-electromagnetic. Yamukela ukwakheka kwendawo ethambekele. Lapho amandla evuliwe, indawo ethambekele isetshenziswa ukuze ijikeleze nge-engeli kanye ne-torque ephumayo ngaphandle kokususwa kwe-axial. Lapho ikhoyili ye-solenoid inikwa amandla, umgogodla wensimbi ne-armature idonsa uzibuthe futhi iba ngozibuthe ababili abane-polarities ehlukile, futhi kuheheke nguzibuthe phakathi kwakho. Lapho ukukhanga kungaphezu kwamandla okusabela entwasahlobo, i-armature iqala ukuya ngasemongweni wensimbi. Uma ikhoyili ye-solenoid yamanje ingaphansi kwevelu ethile noma ukunikezwa kwamandla kuphazamiseka, ukukhanga kazibuthe kungaphansi kwamandla okusabela entwasahlobo, futhi i-armature izobuyela endaweni yokuqala ngaphansi kwesenzo samandla okusabela.
Ingxenye 3: Umgomo wokusebenza
Uma ikhoyili ye-solenoid inikwa amandla, umongo kanye ne-armature idonsa uzibuthe futhi iba ngozibuthe ababili abane-polarities ehlukile, futhi kuheheke ngogesi phakathi kwakho. Lapho ukukhanga kungaphezu kwamandla okusabela entwasahlobo, i-armature iqala ukuya emnyombweni. Uma i-current ku-solenoid coil ingaphansi kwevelu ethile noma ukunikezwa kwamandla kuphazamiseka, ukukhanga kazibuthe kungaphansi kwamandla okusabela entwasahlobo, futhi i-armature izobuyela endaweni yokuqala. I-electromagnets ezungezayo into kagesi esebenzisa ukukhanga kazibuthe kagesi okukhiqizwa ikhoyili eyinhloko ephethe manje ukuze ilawule idivayisi ukuze iqedele isenzo esilindelwe. Kuyisici sikagesi esiguqula amandla kagesi abe amandla emishini. Ayikho i-axial displacement lapho ijikeleza ngemva kokuba amandla evuliwe, futhi i-engeli yokujikeleza ingafinyelela ku-90. Ingase futhi yenziwe ngendlela oyifisayo ukuze ibe ngu-15°, 30°, 45°, 60°, 75°, 90° noma amanye amadigri, njll., kusetshenziswa izindawo ezi-spiral ezicutshungulwe yi-CNC ukuze ikwenze kube bushelelezi futhi kungagudluki ngaphandle kwe-axial. Isimiso sokusebenza sikazibuthe ojikelezayo sisekelwe kumgomo wokukhangwa yi-electromagnetic. Yamukela ukwakheka kwendawo ethambekele.
AS 3919 Izinhlelo Ezintsha zokubola kwe-Bistable...
Mayelana ne-bistable rotary solenoid ?
I-Bistable Rotary Solenoid ivikelwe yindlu eqinile ye-carbon steel. Isigaba se-insulation yi-IP50; ukwanda ku-IP65 kungenzeka kusetshenziswa izindlu ezengeziwe. I-voltage ebizwa ngokuthi i-12, 18 noma i-24 Volt; i-torque ingu-1 Ncm kuya ku-1 Nm. Izindawo zokugcina zigxilwe ngokubamba i-torque efinyelela ku-1 Nm. Kuye ngohlelo lokusebenza, i-engeli yokuzungeza efika ku-180 ° ingenziwa. Izinzwa zehholo zingasetshenziswa njengenketho yokuhlola ukuthi umazibuthe ufinyelele indawo yokuqala noma yokugcina.
Isimiso Sokusebenza
Ama-bistable rotary solenoid amamagnethi ashintshayo ashintsha ngokushesha ukuze asebenze kahle kakhulu imisebenzi edinga ukuhlunga kanye neyokucupha. Ngejubane elingaphansi kuka-10 ms, izinhlamvu, imali yamaphepha noma amaphasela angahlelwa ngokushesha okukhulu futhi ame ngendlela efanele. Ijubane eliphezulu lokujikeleza lifinyelelwa ngokuhlehlisa i-polarity ye-rotary solenoid. Indawo yokugcina ephephile itholwa yizibuthe unomphela. Okubizwa ngokuthi "i-Polarised Rotary Solenoids" (PDM) isetshenziswa ku-automation kanye ne-logistcs njengendlela yokonga izindleko kuzixazululo ze-pneumatics noma zezimoto ngenxa yokusebenza kahle kwazo kwamandla.
AS 0616 DC Rotary Solenoid Actuator Yemali C...
Iyini i-Bi-Stable Rotary Solenoid?
I-Bi-stable Rotary solenoid ifaka ukuzungezisa njengokuhamba kwewashi nokuphambene newashi njalo lapho isiqondiso sokuzungezisa sishintshwa phakathi kuka-+(positive) kanye no-(negative). Ngemva kokucisha ugesi, i-Bistable rotary solenoid ihlala ibuyele endaweni yayo ngokusebenzisa amandla okubamba uzibuthe unomphela. Ngokungafani nezinye izinhlobo ze-rotary solenoid ezisebenzisa isiphethu ukuze zinyakaze ohlangothini olulodwa, i-solenoid ene-bi-stable ijikeleza kuzo zombili izinkomba ezinikezwa amandla kazibuthe kanye ne-pulse yamanje.
AS-0616 DC 24V Rotary Solenoid
Usayizi Weyunithi: 39*32*16 mm
Isimiso se-Rotary Solenoid:
I-Rotary solenoid amadivayisi akhiqiza inkambu kazibuthe efanayo lapho amandla kagesi asetshenziswa ku-Solenoid. Ahlanganisa ikhoyili yocingo lwethusi, ezungezwe ingqikithi yensimbi. Ingqikithi yensimbi ifakwe phakathi nendawo yediski. Lokhu kunemifantu ngaphansi kwayo ukuze ihambisane nezikhala emzimbeni we-solenoid, nama-ball bearings ukunika amandla ukunyakaza okulula. Lawa ma-transducer anamandla okuqala aphezulu (i-torque) kune-linear solenoid, futhi amelana kakhulu nokushaqeka. Ama-actuator afakwe emaphethelweni ahlukene e-shaft noma i-plunger ahlinzeka ngesenzo sokulinganisa kanye nokuqhubekela phambili noma ukuhlehla.
Izici Zomkhiqizo:
I-Rotary Angle : iyalungiseka ukusuka ku-0-20 ° degree.
I-torque yamandla: ＞9.3N.cm
I-Torque yasentwasahlobo: ＞0.4 N.cm
Amandla kagesi: DC24V
Amandla kagesi: 28W
Okwamanje: 0.8 A
Ukumelana: 45 Ω
Imijikelezo Yokuphila: ≥1000,000 izikhathi
Umjikelezo Wokusebenza: 1s Vuliwe, 1.5s Ivaliwe
I-Rotary Solenoids isetshenziselwa ini?
I-Rotary solenoid ekuqaleni yathuthukiswa ukuze isetshenziswe ekuzivikeleni kule minyaka eyishumi edlule, kodwa namuhla ivame ukutholakala emishinini yezimboni efana namalaser namashutha, umshini wokubala wasebhange njengoba eqine kakhulu kunezinye izinhlobo zama-solenoid.
Ngokujwayelekile, ama-rotary solenoid asetshenziswa lapho isikhala sinqunyelwe nalapho kudingeka ukuphila okude (isb., izivalo ze-laser). Ukuzungezisa kwazo okunamandla (isiqondiso) kubonakala njengokuhamba kwewashi noma ngokuphambene newashi lapho kubukwa kusukela ekugcineni kwe-armature flange. Imikhiqizo eminingi inokubuya kwentwasahlobo ukubuyisela i-armature endaweni yasekhaya lapho amandla esuswa.
AS 2551 DC Uhlobo lwe-Tubular Solenoid
Iyini i-DC Solenoid Tubular Type?
I-DC solenoids uhlobo lwe-tubular lungenza ngokwezifiso ama-voltage e-DC phakathi kuka-3-24V futhi luphoqe ukusuka ku-5 kuye ku-50N. I-push and pull force ingakhuliswa kakhulu ngesikhathi esilinganiselwe esinamandla futhi ngokuxhunywa ku-voltage enkulu nephezulu. Uhlobo lwe-tubular ye-DC solenoids lusethwe ngesiphethu sokubuya ngaphakathi, futhi lutholakala ngezinhlobo ezahlukene zokwakha ezifana ne-open, tubular, i-self-holding latching bistable kanye nemiklamo ye-magnet. Wonke amashubhu e-DC solenoids ayatholakala ku-mechanical pull L noma ku-push S designs futhi angenziwa ngokwezifiso ngokucaciswa ngakunye. Ukwenza ngokwezifiso okujwayelekile okufana ne-voltage, ikhoyili yethusi, i-plunger housing kuwumshini kanye nokuxhunywa kwamakhebula nokuxhunywa kwezintambo.
Inamandla futhi ihlangene.
Indawo ebushelelezi neyisicaba.
Ukusetshenziswa okuphansi nokwenyuka kwezinga lokushisa okuthembekile
Izinga lokushisa le-ambient lingaphakathi kwama-degree angu-130.
I-Electromagnet esesimweni sokusebenza ingakhiqiza inani elithile lokushisa, ugesi uvame kakhulu izinga lokushisa eliphakeme, okuyinto evamile.
AS 2337 DC Tubular Solenoid Pull
Isebenza kanjani i-solenoid ye-tubular?
I-solenoid ye-tubular yamukela umklamo wesakhiwo seshubhu eliyindilinga. Umgomo wokusebenza uyafana nohlobo lwefreyimu ye-solenoid, eyenza ukunyakaza komugqa oqondile. Ngenxa yokuthi indlu t yenziwe ngamapayipi ensimbi ayindilinga, asikho isidingo sokuvula isikhunta sokugxiviza. Idinga kuphela ukucutshungulwa ngomshini we-CNC, futhi ingacutshungulwa ngosayizi nezitayela ezahlukene ngokuya ngemfuneko esekelwe.
Ngenxa yokwakheka kwesakhiwo se-tubular, amandla we-tubular akhuliswa. Iwuzibuthe kagesi onesekhethi kazibuthe egcwele. Iningi le-electromagnetism liguqulwa libe amandla kazibuthe, futhi linezici zamandla aphezulu nempilo ende. I-electromagnetic yeshubhu eliyindilinga inomklamo oyingqayizivele, izinzile ekusebenzeni, ithembeke kakhulu ekusebenzeni, futhi kulula ukuyifaka.
Ngaphezu kwalokho, igobolondo lezindlu eziyindilinga linikeza isivikelo esihle kanye ne-anti-corrosion yengxenye yangaphakathi ye-electromagnetic, okwenza ifaneleke kakhulu ukusetshenziswa ezimeni ezinezikhala ezincane kanye nezindawo ezinokhahlo.
Izici zeyunithi:
Igobolondo Lezindlu: Indawo ebiyelwe yezindlu ze-Carbon steel ene-electroplated coating, ecwebezelayo ephezulu nebushelelezi, ama-RoH kanye nokuhambisana nokufinyelela.
I-Plunger: φ12mm Carbon steel material
Amandla kagesi: DC6 V
I-Stroke: 4 mm (iyalungiseka)
Amandla: 120 Gf
Amandla: 14.8 W
Okwamanje: 0.62 A
Ukumelana: 14.4Ω
Imijikelezo yokuphila: ≥300,000 izikhathi
Umjikelezo Wokusebenza: 0.1s Vuliwe, 1s Of.
Izixazululo ezenziwe ngezifiso ze-Solenoid tubular:
Thumela izidingo zakho zesicelo kujack@dr.solenoid.com
Ubukhulu besikhala esitholakalayo se-solenoid ye-tubular.
Ubude be-stroke ngo-mm.
Kudingeka amandla noma i-torque.
I-voltage etholakalayo kanye nomkhawulo wamanje wokuhlinzeka
AS-6024 24V DC Rotary Solenoid
Ubukhulu: φ 60*42 mm
Umgomo we-Rotary Solenoid
I-rotary solenoid iyisisetshenziswa esidale ukunyakaza okujikelezayo lapho kuvuleka intambo kagesi. Iqukethe ikhoyili yethusi, i-stator, ne-rotor. Ikhoyili yethusi ikhiqiza insimu kazibuthe lapho intambo kagesi ivuliwe. Le nkundla kazibuthe ixhumana ne-stator kanye ne-rotor, okwenza i-rotor ijikeleze eduze kwe-axis yayo.
Inzuzo yama-rotary solenoid yikhono lawo lokuhlinzeka ngokunyakaza okujikelezayo okusheshayo nokunembe. Kuzinhlelo zokusebenza, isivinini esikhulu nokunemba kuyadingeka.
Izici zeyunithi
I-engeli ejikelezayo: 65°
I-Torque enamandla: ＞9.3N cm
I-Torque yasentwasahlobo: ＞0.56N cm
Amandla kagesi: DC24V
Amandla: 38.4W
Okwamanje: 1.6A
Ukumelana: 15 Ω
Imijikelezo Yokuphila: ≥1, 000,000 izikhathi
Umjikelezo Wokusebenza: 1s Vuliwe, 1.5s Ivaliwe
Izinhlelo zokusebenza
I-Solenoid Valve Actuation ivame ukusetshenziswa ukulawula ukuvulwa nokuvalwa kwama-valve ezinhlelweni zokulawula uketshezi ngendlela efanele.
Amadivayisi Ezokwelapha: I-rotary solenoid isetshenziswa emishinini yezokwelapha ehlukahlukene, njengamaphampu esirinji kanye nama-automated drug dispensers.
Izicelo Zezimoto: I-Rotary solenoid isetshenziswa kabi emshinini wezimoto ohlukahlukene, okuhlanganisa nokulawula ukudlulisa, ukulawulwa kwe-throttle, nezinhlelo zokujova uphethiloli.