AS 1325 B DC Linear Push futhi Donsa I-Solenoid Tubu...
Ingxenye 1 : Imfuneko yephoyinti elingukhiye kudivayisi yokuhlola ikhibhodi i-Solenoid
1.1 Izidingo zenkambu kazibuthe
Ukuze ushayele ngempumelelo okhiye bekhibhodi, idivayisi yokuhlola ikhibhodi i-Solenoids idinga ukukhiqiza amandla kazibuthe anele. Izidingo ezithile zamandla kazibuthe zincike ohlotsheni nomklamo wokhiye bekhibhodi. Ngokuvamile, amandla kazibuthe kufanele akwazi ukukhiqiza ukukhanga okwanele ukuze ukucindezela kokhiye kuhlangabezane nezimfuneko zokucupha zomklamo wekhibhodi. Lawa mandla avamise ukuba sebangeni lamashumi kuya kumakhulu e-Gauss (G).
1.2 Izidingo zesivinini sokuphendula
Idivayisi yokuhlola ikhibhodi idinga ukuhlola ukhiye ngamunye ngokushesha, ukuze isivinini sokuphendula se-solenoidis sibalulekile. Ngemva kokuthola isignali yokuhlola, i-solenoid kufanele ikwazi ukukhiqiza inkambu kazibuthe eyanele ngesikhathi esifushane kakhulu ukushayela isenzo esibalulekile. Isikhathi sokuphendula ngokuvamile siyadingeka ukuze sibe kuleveli ye-millisecond (ms). ukucindezela okusheshayo nokukhishwa kwezikhiye kungenziwa ngokunembile, ngaleyo ndlela kuhlonzwe ngempumelelo ukusebenza kwezinkinobho zekhibhodi, okuhlanganisa nemingcele yayo ngaphandle kokulibala.
1.3 Izidingo zokunemba
Ukunemba kwesenzo se-solenoidis kubalulekile ngokunembile.Idivayisi yokuhlola ikhibhodi. Idinga ukulawula ngokunembile ukujula namandla okucindezela kokhiye. Isibonelo, lapho uhlola amakhibhodi athile ngemisebenzi yokuqalisa amazinga amaningi, njengamanye amakhibhodi amageyimu, okhiye bangase babe namamodi amabili okuqalisa: ukucindezela okulula nokucindezela okukhulu. I-solenoid kufanele ikwazi ukulingisa ngokunembile lawa mandla amabili ahlukene wokucupha. Ukunemba kuhlanganisa ukunemba kwendawo (ukulawula ukunemba kokususwa kokucindezela kokhiye) kanye nokuphoqa ukunemba. Ukunemba kokususwa kungase kudingeke ukuthi kube phakathi kuka-0.1mm, futhi ukunemba kwamandla kungase kube cishe ku-±0.1N ngokwezindinganiso ezihlukene zokuhlola ukuze kuqinisekiswe ukunemba nokuthembeka kwemiphumela yokuhlolwa.
1.4 Izidingo zokuzinza
Ukusebenza okuzinzile kwesikhathi eside kuyisidingo esibalulekile se-solenoidof Idivayisi yokuhlola ikhibhodi. Ngesikhathi sokuhlolwa okuqhubekayo, ukusebenza kwe-solenoid akukwazi ukuguquguquka kakhulu. Lokhu kubandakanya ukuzinza kwamandla kazibuthe, ukuzinza kwesivinini sokuphendula, nokuzinza kokunemba kwesenzo. Isibonelo, ekuhlolweni kokukhiqiza kwekhibhodi ngezinga elikhulu, i-solenoid ingase idinge ukusebenza ngokuqhubekayo amahora ambalwa noma izinsuku. Ngalesi sikhathi, uma ukusebenza kukazibuthe we-electromagnet kushintshashintsha, njengokungabi namandla kwamandla kazibuthe noma isivinini sokuphendula esinensayo, imiphumela yokuhlolwa izobe inganembile, ithinte ukuhlolwa kwekhwalithi yomkhiqizo.
1.5 Izidingo zokuqina
Ngenxa yesidingo sokushayela njalo isenzo esibalulekile, i-solenoid kumele ibe nokuqina okuphezulu. Amakhoyili e-solenoid angaphakathi kanye ne-plunger kumele akwazi ukumelana nokuguqulwa kwe-electromagnetic okuvamile kanye nokucindezeleka komshini. Ngokuvamile, i-solenoid yedivayisi yokuhlola ikhibhodi idinga ukuthi ikwazi ukumelana nezigidi zemijikelezo yesenzo, futhi kule nqubo, ngeke kube nezinkinga ezithinta ukusebenza, njengokutubeka kwekhoyili ye-solenoid nokuguga okuphakathi. Isibonelo, ukusebenzisa intambo yoqweqwe oluqinile lwekhwalithi ephezulu ukwenza amakhoyili kungathuthukisa ukumelana nokugqokwa kwawo kanye nokumelana nezinga lokushisa eliphezulu, futhi ukukhetha into eyinhloko efanelekile (njengentokozo kazibuthe ethambile) kunganciphisa ukulahlekelwa kwe-hysteresis kanye nokukhathala komshini komongo.
Ingxenye 2:. Ukwakheka kwesihloli sekhibhodi solenoid
2.1 Ikhoyili ye-Solenoid
- Izinto zocingo: Intambo ene-enameled ivamise ukusetshenziselwa ukwenza ikhoyili ye-solenoid. Kukhona ungqimba lukapende oluvikelayo ngaphandle kwentambo enoqweqwe oluqinile ukuze kuvinjelwe amasekhethi amafushane phakathi kwamakhoyili e-solenoid. Izinto ezivamile zocingo ezinoqweqwe oluqinile zihlanganisa ithusi, ngoba ithusi line-conductivity enhle futhi inganciphisa ngempumelelo ukumelana, ngaleyo ndlela inciphise ukulahlekelwa kwamandla lapho idlula okwamanje futhi ithuthukisa ukusebenza kahle kwe-electromagnetic.
- Idizayini eshintshayo: Inombolo yokujika iwukhiye othinta amandla kazibuthe we-solenoid ye-tubular yedivayisi yokuhlola ikhibhodi i-Solenoid. Uma kuphenduka okwengeziwe, kulapho amandla kazibuthe enziwa khona ngaphansi kwamandla afanayo. Kodwa-ke, ukuphenduka okuningi kakhulu kuzokwandisa ukumelana kwekhoyili, okuholela ezinkingeni zokushisa. Ngakho-ke, kubaluleke kakhulu ukuklama ngokunengqondo inombolo yokujika ngokuya ngamandla adingekayo kazibuthe kanye nezimo zokuphakelwa kwamandla. Isibonelo, kudivayisi yokuhlola ikhibhodi i-Solenoidedinga amandla kazibuthe aphezulu, inani lokujika lingaba phakathi kwamakhulu nezinkulungwane.
- Umumo wekhoyili ye-Solenoid: Ikhoyili ye-solenoid ivamise ukulinyazwa ohlakeni olufanele, futhi umumo uvame ukuba yi-cylindrical. Lo mumo uhambisana nokugxilisa ingqondo nokusabalalisa okufanayo kwendawo kazibuthe, ukuze kuthi lapho ushayela okhiye bekhibhodi, indawo kazibuthe ingakwazi ukusebenza ngempumelelo ezingxenyeni zokushayela zokhiye.
2.2 I-Solenoid Plunger
- I-Plungermaterial: I-plungeris iyingxenye ebalulekile ye-solenoid, futhi umsebenzi wayo oyinhloko ukuthuthukisa insimu kazibuthe. Ngokuvamile, izinto ezithambile zikazibuthe ezifana nensimbi ehlanzekile ye-carbon steel kanye namashidi ensimbi ye-silicon akhethiwe. Ukungena kukazibuthe okuphezulu kwezinto ezithambile zikazibuthe kungenza kube lula ukuthi inkambu kazibuthe idlule enkabeni, ngaleyo ndlela kuthuthukise amandla kazibuthe kazibuthe kagesi. Ukuthatha amashidi ensimbi ye-silicon njengesibonelo, iyishidi lensimbi equkethe i-silicon. Ngenxa yokwengezwa kwe-silicon, ukulahlekelwa kwe-hysteresis kanye nokulahlekelwa kwamanje kwe-eddy ye-core kuyancishiswa, nokusebenza kahle kwe-electromagnets kuyathuthukiswa.
- I-Plungershape: Ukuma kwe-core ngokuvamile kufana nekhoyili ye-solenoid, futhi ngokuvamile i-tubular. Kweminye imiklamo, kunengxenye ephumela ngaphandle ekugcineni kwe-plunger, esetshenziselwa ukuthintana ngokuqondile noma ukusondela ezingxenyeni zokushayela zokhiye bekhibhodi, ukuze kudluliswe kangcono amandla kazibuthe kokhiye bese kuqhuba isenzo esibalulekile.
2.3 Izindlu
- Ukukhetha okubalulekile: Izindlu zedivayisi yokuhlola ikhibhodi I-Solenoid ivikela ngokuyinhloko ikhoyili yangaphakathi nensimbi, futhi ingadlala indima ethile yokuvikela kazibuthe kagesi. Izinto zensimbi ezifana nensimbi engagqwali noma i-carbon steela zivame ukusetshenziswa. Izindlu ze-Carbon steel zinamandla aphezulu kanye nokumelana nokugqwala, futhi zingakwazi ukuzivumelanisa nezimo ezihlukahlukene zokuhlola.
- Idizayini yesakhiwo: Idizayini yesakhiwo segobolondo kufanele icabangele ukunethezeka kokufakwa nokukhipha ukushisa. Ngokuvamile kuba nezimbobo ezifakwayo noma izikhala zokusiza ukulungisa uzibuthe kagesi endaweni ehambisanayo yesihloli sekhibhodi. Ngesikhathi esifanayo, igobolondo lingase liklanywe ngama-fins okukhipha ukushisa noma izimbobo zokungenisa umoya ukuze kube lula ukushisa okukhiqizwa ikhoyili ngesikhathi sokusebenza ukuze kuhlakazeke futhi kuvimbele ukulimala kukazibuthe kagesi ngenxa yokushisa ngokweqile.
Ingxenye 3 : Ukusebenza kwedivayisi yokuhlola ikhibhodi i-solenoid ngokuyinhloko kusekelwe kumgomo wokungeniswa kwe-electromagnetic.
3.1.Isimiso esiyisisekelo sikazibuthe
Lapho i-current idlula kukhoyili ye-solenoid ye-solenoid, ngokomthetho we-Ampere (ophinde ubizwe ngokuthi umthetho wesikulufu sesandla sokudla), inkambu kazibuthe izokhiqizwa eduze kukazibuthe kagesi. Uma ikhoyili ye-solenoid ilinyazwe enkabeni yensimbi, njengoba umgogodla wensimbi uyinto ethambile kazibuthe ekwazi ukungena kalula kazibuthe, imigqa yakazibuthe izogxiliswa ngaphakathi naseduze komgogodla wensimbi, okubangele ukuthi inkaba yensimbi ibe nguzibuthe. Ngalesi sikhathi, umgogodla wensimbi ufana nozibuthe oqinile, okhiqiza insimu enamandla kazibuthe.
3.2. Isibonelo, ukuthatha i-solenoid ye-tubular elula njengesibonelo, lapho i-current igeleza ekugcineni kwekhoyili ye-solenoid, ngokomthetho we-screw yesandla sokudla, bamba ikhoyili ngeminwe emine ekhomba indlela yamanje, futhi isiqondiso esikhonjwe isithupha yi-pole esenyakatho yensimu kazibuthe. Amandla kazibuthe ahlobene nosayizi wamanje kanye nenani lamakhoyili aphendukayo. Ubudlelwano bungachazwa ngumthetho we-Biot-Savart. Ngokwezinga elithile, lapho i-current ikhudlwana futhi ijika kakhulu, amandla amakhulu kazibuthe.
3.3Inqubo yokushayela yokhiye bekhibhodi
3.3.1. Kudivayisi yokuhlola ikhibhodi, lapho idivayisi yokuhlola ikhibhodi i-solenoid inikwa amandla, kukhiqizwa inkambu kazibuthe, ezoheha izingxenye zensimbi zokhiye bekhibhodi (njenge-shaft yokhiye noma i-shrapnel yensimbi, njll.). Kumakhibhodi emishini, i-shaft yokhiye ngokuvamile iqukethe izingxenye zensimbi, futhi indawo kazibuthe ekhiqizwa uzibuthe kagesi izoheha i-shaft ukuthi iye phansi, ngaleyo ndlela ilingise isenzo sikakhiye ocindezelwayo.
3.3.2. Sithatha isibonelo sekhibhodi evamile ye-eksisi eluhlaza okwesibhakabhaka njengesibonelo, amandla kazibuthe akhiqizwa uzibuthe kagesi asebenza engxenyeni yensimbi ye-eksisi eluhlaza okwesibhakabhaka, enqoba amandla okunwebeka nokungqubuzana kwe-eksisi, okubangela ukuthi i-eksisi iye phansi, icuphe isiyingi ngaphakathi kwekhibhodi, futhi ikhiqize isignali yokucindezela ukhiye. Lapho uzibuthe kagesi ucishwa, indawo kazibuthe iyanyamalala, futhi i-eksisi yokhiye ibuyela endaweni yayo yasekuqaleni ngaphansi kwesenzo samandla ayo okunwebeka (njengamandla okunwebeka entwasahlobo), ilingisa isenzo sokukhulula ukhiye.
3.3.3 Ukulawula amasignali kanye nenqubo yokuhlola
- Isistimu yokulawula kusihloli sekhibhodi ilawula amandla okuvula kanye nesikhathi sokuvala amandla kazibuthe ukuze ilingise izindlela zokusebenza ezihlukile zokhiye, njengokucindezela isikhashana, ukucindezela isikhathi eside, njll. Ngokuthola ukuthi ikhibhodi ingakwazi yini ukukhiqiza amasignali kagesi ngendlela efanele (ngomjikelezo wekhibhodi nesixhumi esibonakalayo) ngaphansi kwalokhu kusebenza kokhiye okulingiswayo, umsebenzi wezinkinobho zekhibhodi ungahlolwa.
I-AS 4070 Ivula Amandla E-Tubular Pull Sol...
Iyini i-Solenoid ye-tubular?
I-solenoid ye-tubula iza ngezinhlobo ezimbili: uhlobo lokusunduza nokudonsa. I-push solenoid isebenza ngokuphusha i-plunger ngaphandle kwekhoyili yethusi lapho amandla avuliwe, kuyilapho i-push solenoid isebenza ngokudonsa i-plunger kukhoyili ye-solenoid lapho amandla asetshenziswa.
I-Pull solenoid ngokuvamile iwumkhiqizo ovame kakhulu, njengoba ijwayele ukuba nobude obude bokushaywa (ibanga elinganyakaziswa yi-plunger) uma iqhathaniswa ne-push solenoid. Zivame ukutholakala ezinhlelweni ezifana nezingidi zeminyango, lapho i-solenoid idinga ukudonsa i-latch endaweni.
I-Push solenoid, ngakolunye uhlangothi, isetshenziswa ngokujwayelekile ezinhlelweni lapho ingxenye idinga ukususwa ku-solenoid. Isibonelo, emshinini we-pinball, i-push solenoid ingase isetshenziselwe ukuqhubela ibhola ukuthi lidlale.
Izici zeyunithi:- I-DC 12V 60N Force 10mm Ukudonsa Uhlobo Lwethubhu Shape Solenoid Electromagnet
OKUHLE OKUHLE- I-Push pull Type, ukunyakaza okuqondile, uhlaka oluvulekile, i-plunger spring return, i-DC solenoid electromagnet. Ukusetshenziswa kwamandla okuncane, ukukhuphuka kwezinga lokushisa eliphansi, akukho uzibuthe lapho ugesi ucisha.
UBUHLE:- Isakhiwo esilula, ivolumu encane, amandla adsorption aphezulu.ikhoyili yethusi ngaphakathi, inokuqina okuhle kwezinga lokushisa kanye nokushisa, ukuqhutshwa kukagesi okuphezulu. Ingafakwa ngokuguquguqukayo futhi ngokushesha, okuyinto elula kakhulu.
QAPHELA: Njengesici esishukumisayo semishini, ngenxa yokuthi yamanje inkulu, umjikelezo owodwa awukwazi ukufakwa ugesi isikhathi eside.Isikhathi esingcono kakhulu sokusebenza singemizuzwana engama-49.
AS 1325 DC 24V Push-donsa Uhlobo lwe-Tubular Solenoid/...
Ubukhulu beyunithi:φ 13 *25 mm / 0.54 * 1.0 amayintshi. Ibanga le-Stroke: 6-8 Mm;
Iyini i-Tubular Solenoid?
Inhloso ye-Solenoid ye-tubular ukuthola amandla aphezulu okukhiphayo ngesisindo esincane kanye nosayizi womkhawulo. Izici zayo zifaka usayizi omncane kodwa okukhipha amandla amakhulu, Ngomklamo okhethekile we-tubular, sizonciphisa ukuvuza kazibuthe futhi sehlise umsindo wokusebenza wephrojekthi yakho efanelekile. Ngokusekelwe ekunyakazeni naseMechanism, wamukelekile ukukhetha ukudonsa noma ukusunduza uhlobo lwe-tubular solenoid ngokusho.
Izici Zomkhiqizo:
Ibanga le-Stroke lisethelwe ku-30mm (kuye ngokuthi uhlobo lwe-tubular) amandla okubamba amiswe afika ku-2,000N (esikhundleni sokugcina, lapho enikwe amandla) Kungaba ukuklama njengohlobo lwe-push-type noma i-tubular pull-type linear solenoid Isevisi yokuphila isikhathi eside: kufika kumjikelezo wezigidi ezingu-3 kanye nesikhathi sokuphendula esisheshayo: isikhathi sokushintsha Izindlu eziphakeme ze-Carbon steel ezinendawo ebushelelezi necwebezelayo.
Ikhoyili yethusi ehlanzekile ngaphakathi ukuze iqhube kahle futhi ifakwe ngaphakathi.
Izicelo Ezijwayelekile
Labhorethri Instrumentation
Imishini yokumaka i-Laser
Amaphuzu Okuqoqwa Kwephasela
Izisetshenziswa zokulawula inqubo
I-Locker & Vending Security
Izikhiye Zokuvikeleka Eziphakeme
Izisetshenziswa zokuxilonga nokuhlaziya
Uhlobo lwe-Tubular Solenoid:
Ama-solenoid e-tubular ahlinzeka ngebanga le-stroke elinwetshiwe ngaphandle kokuyekethisa amandla uma kuqhathaniswa namanye ama-solenoid wozimele womugqa. Atholakala njengama-push tubular solenoids noma ama-solenoid adonsa ama-tubula, kuma-push solenoids.
i-plunger inwetshelwa ngaphandle uma i-current ivuliwe, kuyilapho kuma-solenoid edonsa i-plunger ihlehliselwa ngaphakathi.
AS 2551 DC Push futhi Donsa I-Tubular Solenoid
Ubukhulu: 30 * 22 MM
Amandla Okubamba : 4.0 KG-150KG
Ubude bentambo bungaba ngu-210mm
Uzibuthe ophakamisa ugesi.
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.
Isici
1. Into ekhangisiwe kumele ibe yinsimbi;
2. Khetha imodeli elungile ye-voltage kanye nomkhiqizo;
3. Indawo yokuxhumana ibushelelezi, iyisicaba futhi ihlanzekile;
4. Ingaphezulu likazibuthe kufanele linamathele eduze kwento ekhangisiwe ngaphandle kwegebe;
5. Indawo yento ekhangisiwe izoba nkulu noma ilingane nobukhulu bedayamitha kazibuthe;
6. Into ezomuncwa kumele ibe seduze, indawo ephakathi ayikwazi ukuxutshwa nezinto noma izikhala (Ngokuphambene nanoma yiziphi izimo, ukumuncwa kuzoncishiswa, hhayi ukumunca okuphezulu.)
AS 3864 DC 24V Ukudonsa Uhlobo Lwe-Tubular Solenoid/Ekhethiwe...
Isimiso Sokusebenza
Ukusebenza kwe-solenoid ye-tubula kuncike ezimisweni ze-electromagnetism. Lapho amandla kagesi edlula ocingweni lwekhoyili yethusi, akhiqiza amandla kazibuthe azungeze ucingo lwekhoyili yethusi. Ngokugoqa ucingo, inkambu kazibuthe ngaphakathi kwekhoyili iyaqina. Uma ikhoyili yethusi isinamandla, inkambu kazibuthe ekhiqiziwe idonsa noma iphushele i-plunger phambili. Amandla okusebenza kazibuthe, kanjalo namandla asetshenziswa ku-plunger, alingana nenani lamanje eligeleza kukhoyili. Lokhu kuvumela ukulawula okunembile kokunyakaza kwe-solenoid, okuyenza ifaneleke ezinhlelweni ezidinga ukunemba okuphezulu nokuthembeka.
Izici Zomkhiqizo:
Ikesi Lezindlu: Izindlu ze-Carbon steel ezine-electroplated coating, indawo ecwebezelayo ephezulu nebushelelezi, ama-RoHs kanye nokuhambisana nokufinyelela.
I-Plunger: φ12mm Carbon steel material
Amandla kagesi: DC 24 V
I-Stroke: 10 mm (iyalungiseka)
Amandla: 300 Gf
Amandla: 3.6 W
Okwamanje: 1.6 A
Ukumelana: 50 Ω
Imijikelezo yempilo: ≥200,000 izikhathi
Umjikelezo Wokusebenza: 0.1s Vuliwe, 1s Of
AS 3864 I-solenoid ye-Tubular ene-1.49 in. ububanzi inezindlu ezinde ezingu-2.52 I-captive plunger noma i-actuator inobubanzi obungu-0.39 in. kanye ne-stroke engu-0.39. Ibheringi enayiloni egcwele ingilazi kanye nama-electrodes nickel-plated plunger kunomthelela empilweni ende eyingqayizivele yalawa ma-solenoid ahlangene. Ama-plunger alayishwa entwasahlobo futhi anamathiphu ayindilinga ngokugcwele, awenza alungele ukusetshenziswa njengama-latches amancane.
AS 3864 Amakhoyili e-Solenoid ngokuvamile asebenzisa amawindi e-Class “F” 23 kuya ku-40 AWG (American Wire Gauge) anokwahlukanisa Kwesigaba “A” ukuze avikeleke kangcono i-solenoid phakathi nemijikelezo emide yomsebenzi.
Lezi zihlanzekile, ukusebenza kahle okuphezulu, izindleko eziphansi, ama-solenoid ama-tubular anembile angasetshenziswa ku-1/10, 1/4, 1/2, kanye nemijikelezo yomsebenzi eqhubekayo (incike ku-voltage) futhi iyisinqumo esifanelekile sokukhishwa kwezokwelapha, ukuxuba, imishini yokuthengisa, ukulawulwa kwe-valve, imishini yasemapulazini, ukunqamula, ukushintshwa kokudlulisa, amathoyizi, izinsimbi zokulawula iminyango, izinsimbi zokulawula umlilo. I-clamp ekhethwayo, ehlangene ivumela ukufakwa kalula futhi ivumela ukuma komugqa okunembe kwama-solenoid.
AS 4545 I-Tubular 24 Volt Push Donsa i-Solenoid
Ubukhulu:φ 45 * 45 mm / 1.93 * 3.94 amayintshi. Ibanga le-Stroke: Mm; 8-10 MM
Isimiso se-Tubular Solenoid
Isakhiwo se-solenoid ye-tubular siwukusunduza nokudonsa okusebenza ngokuqondile okunomklamo oyingqayizivele wegobolondo lamashubhu. Indawo yomkhiqizo ozinzile futhi ebushelelezi iqinisekisa ukuthamba kwayo nokuguquguquka ngesikhathi sokusebenza. Singenza Ububanzi begobolondo le-tubular lisuka ku-11mm liye ku-70mm, izici zalo yilezi: ubude besikhathi eside besikhathi somjikelezo we-300,000, ukusebenza okuthulile, ukuphendula okusheshayo, isenzo esizinzile, futhi akukho vibration ye-radial.
Izici :
Iyunithi Yezindlu: Indawo ebiyelwe yezindlu zensimbi engagqwali, indawo ecwebezelayo ephezulu nebushelelezi, ama-RoHs kanye nokuthotshelwa kwe-Reach.
I-Plunger: φ10 mm Insimbi ye-Carbon
Amandla kagesi: DC24 V
I-Stroke: 4 mm (iyashintshwa ngokuya ngesidingo)
Amandla: 3 Kg
Amandla: 32 W
Okwamanje: 1.33 A
Ukumelana: 13.8 Ω
Imijikelezo yokuphila: ≥200,000 imivimbo
Ukunyuka kwezinga lokushisa: ubuningi 65 degrees . Cel.
Umjikelezo Wokusebenza: 1 s On, 3s Of
Isicelo:
Ilungele zonke izinhlobo zamathoyizi kagesi, okokusebenza kwasehhovisi, izinto zikagesi zasendlini, njll. Ingaklanywa ibe yizakhiwo ezintathu: idonsa-uhlobo lukazibuthe/uhlobo lwe-push-electromagnet/push-pull electromagnet. Inezici zesakhiwo esilula nesenzo esithembekile. Ingxenye yokuxhumeka kwensimbi egudlukayo ingaklanywa ibe izinhlobo ezihlukahlukene ukuze ihambisane nephrojekthi yakho. Ibizwa nangokuthi i-electromagnetic tubular kanye ne-tubular solenoid. Uhlobo lwe-Push lusho ukuthi ibha yesilayidi iyakhangwa lapho umkhiqizo ukhanyisa, futhi induku ephezulu kubha yama-slide isetshenziselwa ukusunduza into. Uhlobo lokudonsa lusho ukuthi ibha yesilayidi idonsa into lapho umkhiqizo ukhanyisa. Yakhelwe ngokuya ngezidingo zangempela zekhasimende, futhi amandla okudonsa-push ngokuvamile angafinyelelwa. Imvamisa, i-push-pull round tube electromagnet T2045 isetshenziswa emishinini yokuhlola impilo, amathoyizi kagesi, njll.
AS 4910 DC 24V Ukudonsa Uhlobo Lwe-Tubular Solenoid/Ekhethiwe...
Ubukhulu:φ49 *100 mm / 1.93 * 3.94 amayintshi. Ibanga le-Stroke: 13 mm.
Isimiso se-Tubular Solenoid:
I-solenoid ye-tubula iyafana namafreyimu namashubhu ensimbi ayindilinga. Lokhu kusekelwe kumongo wensimbi onyakazayo,
insimbi engaguquki, ikhoyili kagesi, njll. ngaphakathi kukazibuthe kagesi. Uma ixhunyiwe, Ekugcineni, inqubo yokuphusha noma yokudonsa iyenzeka. ukunyakaza okufana nepiston.
Izici:
Izindlu ze-Tubular: Indawo ebiyelwe yezindlu ze-Carbon steel, indawo ecwebezelayo ephezulu nebushelelezi, ama-Rohs kanye ne-Reach compliance standard.
I-Plunger: φ10 mm Insimbi ye-Carbon
Amandla kagesi: DC24 V
I-Stroke: 8 mm (iyashintshwa ngokuya ngesidingo)
Amandla: 3 Kg
Amandla: 48 W
Okwamanje: 1.8 A
Ukumelana: 13.8 Ω
Imijikelezo yokuphila: ≥200,000 imivimbo
Ukunyuka kwezinga lokushisa: ubuningi 65 degrees . Cel.
Umjikelezo Wokusebenza: 1 s On, 3s Of
Idizayini Yangokwezifiso :
Siyakwazi ukwenza ngokwezifiso izinhlobo ezahlukene ze-solenoid ye-tubula ku-solenoid encane yokudonsa, kanye ne-push-pull solenoid. Uma une-solenoid ye-push-pull tubular efanelekile njengemidwebo ye-AS 4910 noma izidingo zobuchwepheshe, izidingo zepharamitha, izidingo zokucubungula, ithimba lethu lochwepheshe le-R & D lingenza izidingo zakho ngokuya ngezidingo zohlelo lwakho lokusebenza lomkhiqizo. Njengamanje, amakhasimende angama-97% awakho okuvamile, futhi inani elincane lamakhasimende linemikhiqizo evamile. Mayelana nephrojekthi yakho kanye nomklamo, pls xhumana nathi ngokucaciswa kwakho.
AS 2551 DC 24V Pull Push Type Tubular Solenoid/...
Iyini i-Tubular Solenoid?
I-solenoid yethu ye-tubular ihamba ngezinhlobo ezimbili eziyisisekelo, okungukuthi, uhlobo lokudonsa kanye nohlobo lwe-push-type tubular solenoid. Zombili zenzelwe ukunikeza izici zokusebenza ezifanayo. Ngenkathi Inikwe Amandla, i-plunger iyamiswa ekugcineni, ivimbele ukungqubuzana nomongo ongashintshi, umsindo omncane womthelela kanye nokungabikho kozibuthe osalayo.
Izici zeyunithi:
I-Tubular Housing Shell: Indawo ebiyelwe yezindlu zensimbi engagqwali, indawo ecwebezelayo ephezulu nebushelelezi, ama-RoH kanye nokuhambisana nokufinyelela.
I-Plunger: φ10 mm Insimbi ye-Carbon
Amandla kagesi: DC24 V
I-Stroke: 4 mm (iyalungiseka)
Amandla: 1000 Gf
Amandla: 47 W
Okwamanje: 1.74 A
Ukumelana: 13.8 Ω
Imijikelezo yempilo: ≥200,000 izikhathi
Umjikelezo Wokusebenza: 0.1s Vuliwe, 1s Of
KLANYWA- Uhlobo lweTubular Pull, ukunyakaza okuqondile, uhlaka oluvulekile, ukubuya kwe-plunger spring, DC 24 V solenoid electromagnet. Zonke izingxenye zensimbi ziphansi ngokuhlolwa kokufuthwa kukasawoti amahora angama-96 futhi zihlangabezana nemfuneko ye-RoHS.
UBUHLE- Isakhiwo esilula, umthamo omncane, i-high adsorption force coil yethusi ngaphakathi, inokuqina okuhle kwezinga lokushisa kanye nokushisa, ukuguquguquka okukhulu kukagesi. Ukusetshenziswa kwamandla okuncane, ukukhuphuka kwezinga lokushisa eliphansi, akukho uzibuthe lapho ugesi ucisha. Ingafakwa ngokuguquguqukayo futhi ngokushesha, okuyinto elula kakhulu.
ISICELO:Ukusetshenziswa kozibuthe we-DC Tubular solenoid electromagnet emishinini yokuthengisa, okokuthutha, into yasehhovisi yasendlini, umshini, njll umshini wegeyimu, Umshini wokuhlunga, ukhiye womnyango, njll.
QAPHELA:Njengento esebenzayo yemishini yokugqwayiza, ngoba yamanje inkulu, umjikelezo owodwa awukwazi ukufakwa ugesi isikhathi eside. Isikhathi esingcono kakhulu sokusebenza singemizuzwana emi-2.
I-AS 2337 Solenoid Manufacturers yenza i-Pull Type T...
Izixazululo ze-Tubular Solenoid ngokwezifiso:
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
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