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010203

SINGOBANI

Isungulwe ngo-2007 e-Shanghai, uDkt. Solenoid usephenduke abakhiqizi be-Solenoid abahamba phambili abahlanganisa nesixazululo esiyindilinga ngokunakekela yonke into kusukela ekufakweni komklamo womkhiqizo, ukuthuthukiswa kwamathuluzi, ukulawula ikhwalithi, ukuhlola, ukuhlanganiswa kokugcina nokuthengisa. Ngo-2022, ukuze sandise imakethe futhi sisevise izidingo zemboni yokukhiqiza, sasungula imboni entsha enendawo esebenza kahle kakhulu e-Dongguan, e-China. Izinzuzo zekhwalithi nezindleko zizuzisa ikhasimende lethu elisha nelidala kahle.

Ibanga lomkhiqizo we-Dr. Solenoid lalinobubanzi ku-DC Solenoid, / Push-Pull / Holding / Latching / Rotary/ Car Solenoid /Smart door lock… njll. Ngaphandle kokucaciswa okujwayelekile, yonke imingcele yomkhiqizo iyakwazi ukulungiswa, ukwenziwa ngezifiso, noma ngisho iklanywe ngokusha sha. Njengamanje, sinezimboni ezimbili, eyodwa eseDongguan kanti enye isesifundazweni saseJiangXi. ama-workshops ethu afakwe umshini we-CNC emi-5, Imishini yokusampula yensimbi eyi-8, imishini yokujova eyi-12. 6 imigqa yokukhiqiza edidiyelwe ngokugcwele, ehlanganisa indawo engamamitha-skwele ayizi-8,000 enabasebenzi abayi-120. Yonke inqubo yethu nemikhiqizo yenziwa ngaphansi kwebhukwana eligcwele lomhlahlandlela wesistimu yekhwalithi ye-ISO 9001 2015.

Ngomqondo ofudumele webhizinisi ogcwele ubuntu nezibopho zokuziphatha, uDkt. Solenoid uzoqhubeka nokutshala imali kubuchwepheshe bamuva nokwenza imikhiqizo emisha yawo wonke amakhasimende ethu omhlaba.

Funda kabanzi

Yazi Kangcono Us

17 +

Iminyaka Yesipiliyoni Sokuthuthukiswa Komkhiqizo we-DC Solenoid

Isibonisi somkhiqizo

Ngokuhlangenwe nakho okubanzi nolwazi, sihlinzeka ngamaphrojekthi we-OEM ne-ODM emhlabeni jikelele we-solenoid yohlaka oluvulekile, i-solenoid ye-tubular, i-solenoid e-latching, i-rotary solenoid, i-sucker solenoid, i-flapper solenoid kanye nama-valve e-solenoid. Hlola uhla lwethu lwemikhiqizo ngezansi.

Konke Solenoid

Vula i-Solenoid yozimele

I-Solenoid ye-Tubular

Ukufaka i-Solenoid

I-Bistable Rotary Solenoid

Amazibuthe kagesi

I-Solenoid yezimoto

Olunye Uhlobo

AS 2214 DC 24V Electromagnetic brake Clutch ebambele Forklift Stacker Small Electric Wheelchair-product

AS 2214 DC 24V Electromagnetic brake Clutch ebambe i-Forklift Stacker Isihlalo Esinamasondo Sogesi Esincane

2024-08-02

AS 2214 DC 24V Electromagnetic brake Clutch ebambe i-Forklift Stacker Isihlalo Esinamasondo Sogesi Esincane

Ubukhulu beyunithi: φ22*14mm / 0.87 * 0.55 Intshi

Isimiso sokusebenza :

Lapho ikhoyili yethusi yebhuleki inikwa amandla, ikhoyili yethusi ikhiqiza amandla kazibuthe, i-armature ikhangwa ijoka ngamandla kazibuthe, futhi i-armature iyakhishwa ku-brake disc. Ngalesi sikhathi, i-brake disc ivamise ukuzungeziswa yi-motor shaft; lapho ikhoyili iphelelwa amandla, insimu kazibuthe iyanyamalala futhi i-armature iyanyamalala. Iphushwa amandla entwasahlobo ibheke kudiski yebhuleki, ikhiqiza i-torque namabhuleki.

Isici seyunithi:

Amandla kagesi: DC24V

Ezezindlu: Insimbi Ye-Carbon Ene-Zinc Coating, ukuthobela ama-Rohs kanye nokunqanda ukugqwala, Indawo eSmooth.

I-Braking Torque: ≥0.02Nm

Amandla: 16W

Okwamanje: 0.67A

Ukumelana: 36Ω

Isikhathi sokuphendula:≤30ms

Umjikelezo wokusebenza: 1s on, 9s off

Isikhathi sokuphila: imijikelezo eyi-100,000

Ukunyuka kwezinga lokushisa: Izinzile

Isicelo:

Lolu chungechunge lwamabhuleki e-electromechanical electro-magnetic brakes asebenza ngozibuthe, futhi lapho ecishwa, acindezelwa entwasahlobo ukuze abone ukushayisana kwamabhuleki. Zisetshenziselwa ikakhulukazi i-motor miniature, i-servo motor, i-stepper motor, i-forklift motor kagesi nezinye izinjini ezincane nezilula. Isebenza ku-metallurgy, ukwakhiwa, imboni yamakhemikhali, ukudla, amathuluzi omshini, ukupakisha, isiteji, amakheshi, imikhumbi neminye imishini, ukufeza ukupaka okusheshayo, ukuma okunembile, ukubhuleka okuphephile nezinye izinjongo.

2.Lolu chungechunge lwamabhuleki luqukethe umzimba wejoka, amakhoyili avusa amadlingozi, izipringi, ama-brake disc, i-armature, imikhono ye-spline, kanye nemishini yokukhulula ngesandla. Ifakwe ekugcineni kwenjini, lungisa isikulufu sokukhweza ukuze wenze igebe lomoya libe inani elishiwo; umkhono ohlukanisiwe ugxilwe ku-shaft; i-brake disc ingashelela nge-axially kumkhono ohlukanisiwe futhi ikhiqize i-torque yokubhuleka lapho ibhuleka.

buka imininingwane

AS 1246 Idivayisi yokuzenzakalela i-solenoid Push futhi udonse uhlobo olunebanga elide lomkhiqizo

I-AS 1246 Idivayisi yokuzenzakalela i-solenoid Push futhi udonse uhlobo olunebanga elide lokushaywa

2024-12-10

Ingxenye 1: Isimiso Sokusebenza Se-Stroke Solenoid Eside

I-solenoid ene-stroke ende yakhiwa ikakhulukazi ikhoyili, umongo wensimbi onyakazayo, umgogodla wensimbi omile, isilawuli samandla, njll. Umgomo wayo wokusebenza umi kanje

1.1 Khiqiza ukumunca okususelwa ku-electromagnetic induction: Uma ikhoyili inikwe amandla, i-current idlula enxebeni lekhoyili eliphakathi kwe-iron. Ngokomthetho we-Ampere kanye nomthetho kaFaraday wokungeniswa kukazibuthe kagesi, kuzokwenziwa indawo enamandla kazibuthe ngaphakathi naseduze kwekhoyili.

1.2 I-iron core ehambayo kanye ne-static iron core iyaheha: Ngaphansi kokusebenza kwendawo kazibuthe, inkaba yensimbi idonsa uzibuthe, kanti umongo wensimbi onyakazayo kanye ne-static iron core iba omazibu ababili abane-polarities ehlukile, ekhiqiza ukudonswa kwe-electromagnetic. Lapho amandla okudonsa kagesi emakhulu kunamandla okusabela noma okunye ukumelana kwentwasahlobo, umongo wensimbi onyakazayo uqala ukuya ngasemongweni wensimbi emile.

1.3 Ukuze kuzuzwe ukunyakaza okuphindaphindayo okulandelanayo: I-solenoid enestroke ende isebenzisa isimiso sokuvuza sokuvuza seshubhu elizungezayo ukuze inike amandla umgogodla wensimbi onyakazayo kanye nengqikithi yensimbi emile ukuze iheheke ebangeni elide, ishayela induku yokudonsa noma induku yokusunduza nezinye izingxenye. ukufeza ukunyakaza okuphindaphindayo okulandelanayo, ngaleyo ndlela ukusunduza noma ukudonsa umthwalo wangaphandle.

1.4 Indlela yokulawula kanye nomgomo wokonga amandla: Indlela yokuguqula isilawuli sikagesi kanye nogesi iyamukelwa, futhi ukuqalisa kwamandla aphezulu kusetshenziselwa ukunika amandla i-solenoid ukuthi ikhiqize ngokushesha amandla anele okumunca. Ngemva kokukhangwa kwensimbi ehambayo, ishintshelwa emandleni aphansi ukuze igcinwe, engagcini nje ngokuqinisekisa ukusebenza okujwayelekile kwe-solenoid, kodwa futhi inciphisa ukusetshenziswa kwamandla futhi ithuthukise ukusebenza kahle komsebenzi.

Ingxenye 2 : Izici eziyinhloko ze-solenoid ye-stroke eside yilezi ezilandelayo:

2.1: Uhlangothi olude: Lesi isici esibalulekile. Uma kuqhathaniswa nama-solenoid e-DC avamile, inganikeza ukushaywa okude okusebenzayo futhi ingahlangabezana nezimo zokusebenza ezinezidingo eziphakeme zebanga. Isibonelo, kweminye imishini yokukhiqiza ezenzakalelayo, ifaneleka kakhulu lapho izinto zidinga ukusunduzwa noma ukudonsa ibanga elide.

2.2: Amandla aqinile: Inamandla anele wokusunduza kanye nokudonsa, futhi ingashayela izinto ezisindayo ukuze zihambe ngokulandelana, ngakho ingasetshenziswa kabanzi ohlelweni lokushayela lwemishini eyimishini.

2.3: Isivinini sokuphendula ngokushesha: Ingaqala ngesikhathi esifushane, yenze umgogodla wensimbi unyakaze, iguqule ngokushesha amandla kagesi abe amandla emishini, futhi ithuthukise ngempumelelo ukusebenza kahle kwemishini.

2.4: I-Adjustability: I-thrust, idonsa kanye nesivinini sokuhamba singalungiswa ngokushintsha i-current, inani lamakhoyili aphendukayo kanye namanye amapharamitha ukuze avumelane nezidingo zokusebenza ezahlukene.

2.5: Isakhiwo esilula nesihlangene: Idizayini yesakhiwo iyonke inengqondo uma kuqhathaniswa, ithatha indawo encane, futhi kulula ukuyifaka ngaphakathi kwamathuluzi namathuluzi ahlukahlukene, ahambisana nomklamo omncane wezinto zokusebenza.

Ingxenye 3 : Umehluko phakathi kwama-solenoid ane-stroke eside nama-solenoid wamazwana :

3.1: Isifo sohlangothi

I-solenoid ye-push-pull ye-long-stroke ine-stroke esebenza isikhathi eside futhi ingaphusha noma idonse izinto ngebanga elide. Ngokuvamile zisetshenziswa ezikhathini ezinezidingo zebanga eliphezulu.

3.2 Ama-solenoid avamile ane-stroke emfushane futhi asetshenziselwa ukukhiqiza i-adsorption ngaphakathi kwebanga elincane.

3.3 Ukusetshenziswa okusebenzayo

I-solenoid ye-push-pull ye-long-stroke igxila ekuboneni isenzo se-push-pull esilandelanayo sezinto, njengokusetshenziselwa ukusunduza izinto ezisetshenziswayo ezishintshayo.

Ama-solenoid avamile asetshenziselwa kakhulu ukukhangisa izinto ze-ferromagnetic, njengama-cranes avamile asebenzisa ama-solenoid ukumunca insimbi, noma ukwenza i-adsorption kanye nokukhiya izingidi zeminyango.

3.4: Izici zamandla

I-thrust kanye nokudonsa kwe-solenoid ye-push-pull ye-long-stroke ibaluleke kakhulu. Zenzelwe ukushayela ngempumelelo izinto nge-stroke ende.

Ama-solenoid avamile acabangela amandla e-adsorption, futhi ubukhulu bamandla okukhangisa buncike ezintweni ezifana namandla kazibuthe.

Ingxenye 4 : Ukusebenza kahle kwama-solenoid anestroke eside kuthintwa yizici ezilandelayo:

4.1 : Izici zokuphakelwa kwamandla

Ukuqina kwamandla kagesi: I-voltage ezinzile futhi efanelekile ingaqinisekisa ukusebenza okuvamile kwe-solenoid. Ukushintshashintsha kukagesi okwedlulele kungenza kalula isimo sokusebenza singazinzi futhi kuthinte ukusebenza kahle.

4.2 Usayizi wamanje: Usayizi wamanje uhlobene ngokuqondile namandla kazibuthe akhiqizwe i-solenoid, okubuye kuthinte ijubane layo, ukudonsa kanye nokunyakaza. I-current efanelekile isiza ukuthuthukisa ukusebenza kahle.

4.3 : Okuhlobene nekhoyili

Ikhoyili iyajika: Ukujika okuhlukile kuzoshintsha amandla kazibuthe. Inombolo efanelekile yokujika ingathuthukisa ukusebenza kwe-solenoid futhi iyenze isebenze kahle kakhulu emsebenzini we-stroke omude. I-coil material: Izinto zokuqhuba ezisezingeni eliphezulu zinganciphisa ukumelana, zinciphise ukulahleka kwamandla, futhi zisize ukuthuthukisa ukusebenza kahle.

4.4: Isimo esiyinhloko

Izinto eziwumgogodla: Ukukhetha i-core material ene-conductivity kazibuthe enhle kungathuthukisa amandla kazibuthe futhi kuthuthukise ukusebenza kwe-solenoid.

Umumo obalulekile nosayizi: Umumo ofanele nosayizi usiza ukusabalalisa ngokulinganayo indawo kazibuthe futhi kuthuthukiswe ukusebenza kahle.

4.5: Indawo yokusebenza

- Izinga lokushisa: Ukushisa okuphezulu kakhulu noma okuphansi kakhulu kungaphazamisa ukumelana nekhoyili, ukuguquguquka kwamagnetic, njll., ngaleyo ndlela kushintshe ukusebenza kahle.

- Umswakama: Umswakama ophezulu ungabangela izinkinga ezifana namasekhethi amafushane, uthinte ukusebenza okuvamile kwe-solenoid, futhi unciphise ukusebenza kahle.

4.6 : Izimo zokulayisha

- Isisindo somthwalo: Umthwalo onzima kakhulu uzobambezela ukunyakaza kwe-solenoid, ukwandisa ukusetshenziswa kwamandla, futhi kunciphise ukusebenza kahle komsebenzi; umthwalo ofanele kuphela ongaqinisekisa ukusebenza kahle.

- Ukumelana nokunyakaza komthwalo: Uma ukumelana nokunyakaza kukukhulu, i-solenoid idinga ukusebenzisa amandla amaningi ukuyinqoba, okuzophinde kuthinte ukusebenza kahle.

buka imininingwane

I-AS 15063 Ukuphakamisa Unomphela Magnet / I-Electro Eyindilinga Ephakamisa Uzibuthe-umkhiqizo

AS 15063 Ukuphakamisa Unomphela Magnet / Small Round Electro Lifting Magnet

2024-11-26

Iyini i-Lifting Permanent Magnet?

I-Permanent Magnet ephakamisayo yakhiwa amasethi amabili ozibuthe abangapheli: isethi eyodwa yezidonsa ezine-polarities engaguquki, kanye nesethi eyodwa yezidonsa ezine-polarity ehlehliswayo. I-DC yamanje ishaya eziqondisweni ezihlukene ikhoyili yesolenoid yangaphakathi ezungeze yakamuva ihlehlisa i-polarity yayo futhi yenze ngezimo ezimbili: ngamandla noma ngaphandle kwamandla angaphandle okubambile. Idivayisi idinga i-DC yamanje ishayela isikhathi esingaphansi kwesekhondi elilodwa ukuze isebenze futhi ingasebenzi. Phakathi naso sonke isikhathi sokuphakamisa umthwalo idivayisi ayisawudingi ugesi.

buka imininingwane

AS 0726 C Ukubaluleka kwe-DC Gcina i-Solenoid kumkhiqizo we-Industrial Applications

AS 0726 C Ukubaluleka kwe-DC Gcina i-Solenoid kuzinhlelo zokusebenza zezimboni

2024-11-15

Iyini i-solenoid yokugcina?

Gcina ama-Solenoid agxilile ngozibuthe ogxilile kumjikelezo kazibuthe. I-plunger idonswa amandla akhona ngaleso sikhathi futhi ukudonsa kuyaqhubeka ngemva kokuba i-curse ivaliwe. I-Plunger ikhishwa i-reverse current esheshayo. Ilungele ukonga amandla.

Isebenza kanjani i-solenoid yokugcina?

I-keep solenoid iyi-solenoid eyonga amandla ye-DC ehlanganisa ukujikeleza kazibuthe kwe-DC solenoid evamile enozibuthe abangapheli ngaphakathi. I-plunger idonswa ukusetshenziswa kwaso leso sikhathi kwe-voltage ehlehlayo, ebanjwa lapho ngisho noma i-voltage icishiwe, futhi ikhishwe ngokusetshenziswa ngokushesha kwe-voltage ehlehlayo.

Tyena uhloboDonsa, Bamba futhi Ukhulule InquboIsakhiwo

DonsaThayipha Gcina i-Solenoid
Lapho kusetshenziswa i-voltage, i-plunger idonswa amandla kazibuthe ahlanganisiwe kazibuthe owakhelwe ngaphakathi kanye nekhoyili ye-solenoid.

B. BambaThayipha Gcina i-Solenoid
Bamba uhlobo lwe-Solenoid i-plunger ibanjwe amandla kazibuthe kazibuthe owakhelwe ngaphakathi ongunaphakade kuphela. Isikhundla sohlobo lokubamba singalungiswa ohlangothini olulodwa noma zombili zincike kuhlelo lokusebenza lwangempela.

C. Khululauhlobo lokugcina i-solenoid
I-plunger ikhishwa amandla kazibuthe abuyela emuva wekhoyili ye-solenoid ekhansela amandla kazibuthe kazibuthe owakhelwe ngaphakathi.

Izinhlobo zekhoyili ye-Solenoid ye-Keep Solenoid

I-solenoid yokugcina yakhiwe ngohlobo lwekhoyili eyodwa noma uhlobo lwamakhoyili amabili.

. AwushadileI-Solenoiduhlobo lwekhoyili

Lolu hlobo lwe-solenoid ludonsa futhi ludedele ngekhoyili eyodwa kuphela, ukuze i-polarity yekhoyili ibuyiselwe emuva lapho ishintsha phakathi kokudonsa nokukhulula. Lapho amandla okudonsa enikezwa kuqala futhi namandla edlula amandla alinganiselwe, i-voltage ekhishwayo kufanele yehliswe. Noma uma kusetshenziswa i-voltage elinganiselwe + 10%, ukumelana kufanele kubekwe ochungechungeni lwesekethe yokukhishwa (Lokhu kumelana kuzocaciswa embikweni wokuhlola wesampula (ama) . )

Uhlobo lwekhoyili ekabili

Lolu hlobo lwe-solenoid, olunekhoyili yokudonsa kanye nekhoyili yokukhulula, lulula ekwakhiweni kwesifunda.
Ohlotsheni lwekhoyili ekabili, sicela ucacise okuthi" Plus common" noma "khipha okuvamile" ukuze icushwe.

Uma kuqhathaniswa nohlobo lwekhoyili eyodwa yomthamo ofanayo, amandla okudonsa alolu hlobo mancane kancane ngenxa yesikhala sekhoyili sokudonsa esiklanyelwe ukunikeza isikhala sekhoyili yokukhulula.

buka imininingwane

AS 1246 Phusha futhi Udonse i-Solenoid enesici eside sohlangothi olude lomkhiqizo wemishini ezenzakalelayo

AS 1246 Phusha futhi Udonse i-Solenoid enesici sohlangothi Olude lwemishini ezishintshayo

2024-12-10

Ingxenye 1: Isimiso Sokusebenza Se-Stroke Solenoid Eside

I-solenoid ene-stroke ende yakhiwa ikakhulukazi ikhoyili, umongo wensimbi onyakazayo, umgogodla wensimbi omile, isilawuli samandla, njll. Umgomo wayo wokusebenza umi kanje

Ingxenye 2 : Izici eziyinhloko ze-solenoid ye-stroke eside yilezi ezilandelayo:

Ingxenye 3 : Umehluko phakathi kwama-solenoid ane-stroke eside nama-solenoid wamazwana :

3.1: Isifo sohlangothi

I-solenoid ye-push-pull ye-long-stroke ine-stroke esebenza isikhathi eside futhi ingaphusha noma idonse izinto ngebanga elide. Ngokuvamile zisetshenziswa ezikhathini ezinezidingo zebanga eliphezulu.

3.2 Ama-solenoid avamile ane-stroke emfushane futhi asetshenziselwa ukukhiqiza i-adsorption ngaphakathi kwebanga elincane.

3.3 Ukusetshenziswa okusebenzayo

I-solenoid ye-push-pull ye-long-stroke igxila ekuboneni isenzo se-push-pull esilandelanayo sezinto, njengokusetshenziselwa ukusunduza izinto ezisetshenziswayo ezishintshayo.

3.4: Izici zamandla

I-thrust kanye nokudonsa kwe-solenoid ye-push-pull ye-long-stroke ibaluleke kakhulu. Zenzelwe ukushayela ngempumelelo izinto nge-stroke ende.

Ama-solenoid avamile acabangela amandla e-adsorption, futhi ubukhulu bamandla okukhangisa buncike ezintweni ezifana namandla kazibuthe.

Ingxenye 4 : Ukusebenza kahle kwama-solenoid anestroke eside kuthintwa yizici ezilandelayo:

4.1 : Izici zokuphakelwa kwamandla

4.3 : Okuhlobene nekhoyili

4.4: Isimo esiyinhloko

Izinto eziwumgogodla: Ukukhetha i-core material ene-conductivity kazibuthe enhle kungathuthukisa amandla kazibuthe futhi kuthuthukise ukusebenza kwe-solenoid.

Umumo obalulekile nosayizi: Umumo ofanele nosayizi usiza ukusabalalisa ngokulinganayo indawo kazibuthe futhi kuthuthukiswe ukusebenza kahle.

4.5: Indawo yokusebenza

- Izinga lokushisa: Ukushisa okuphezulu kakhulu noma okuphansi kakhulu kungaphazamisa ukumelana nekhoyili, ukuguquguquka kwamagnetic, njll., ngaleyo ndlela kushintshe ukusebenza kahle.

- Umswakama: Umswakama ophezulu ungabangela izinkinga ezifana namasekhethi amafushane, uthinte ukusebenza okuvamile kwe-solenoid, futhi unciphise ukusebenza kahle.

4.6 : Izimo zokulayisha

- Ukumelana nokunyakaza komthwalo: Uma ukumelana nokunyakaza kukukhulu, i-solenoid idinga ukusebenzisa amandla amaningi ukuyinqoba, okuzophinde kuthinte ukusebenza kahle.

buka imininingwane

AS 0416 Zitholele Ukuhlukahluka Kwe-Solenoid Encane Yokusunduza: Izicelo Nezinzuzo-umkhiqizo

AS 0416 Zitholele Ukuhlukahluka Kwe-Solenoid Encane Yokusunduza: Izicelo kanye Nezinzuzo

2024-11-08

Iyini i-solenoid encane ye-push-pull

I-Push-Pull Solenoid iyisethi engaphansi yamadivayisi kagesi kanye nengxenye eyisisekelo ezinhlelweni ezihlukahlukene kuzo zonke izimboni. Kusukela okhiye beminyango ehlakaniphile namaphrinta kuye emishinini yokuthengisa nezinhlelo ezishintshayo zezimoto, lawa ma-solenoid adonsela phansi anikela kakhulu ekusebenzeni okungenazihibe kwalawa madivayisi.

Isebenza kanjani i-Push-Pull Solenoid encane?

I-push-pull solenoid isebenza ngokususelwe kumqondo wokukhangwa nguzibuthe kagesi kanye ne-repulsion. Lapho amandla kagesi edlula kukhoyili ye-solenoid, akhiqiza insimu kazibuthe. Le nkundla kazibuthe ibe ingenisa amandla emishini ku-plunger enyakazayo, iyenze ihambe iqonde endaweni kazibuthe, ngaleyo ndlela 'iphushe' noma 'idonse' njengoba kudingekile.

Isenzo sokunyakaza kwe-Push: I-solenoid 'iphusha' lapho i-plunger inwetshwa ngaphandle komzimba we-solenoid ngaphansi kwethonya lenkundla kazibuthe.

Donsa isenzo sokunyakaza: Ngokuphambene, i-solenoid 'iyadonsa' lapho i-plunger idonselwa emzimbeni we-solenoid ngenxa yenkundla kazibuthe.

Isimiso Sokwakha Nokusebenza

I-Push-pull solenoids iqukethe izingxenye ezintathu eziyinhloko - ikhoyili, i-plunger, ne-spring spring. Ikhoyili, ngokuvamile eyenziwe ngentambo yethusi ye-solenoid, isondezwa eduze kwe-bobbin yepulasitiki, yakhe umzimba we-solenoid. I-plunger, evame ukwakhiwa ngezinto ze-ferromagnetic, ibekwe ngaphakathi kwekhoyili, ilungele ukuhamba ngaphansi kwethonya lendawo kazibuthe. Ngakolunye uhlangothi, isiphethu esibuyayo sinesibopho sokubuyisela i-plunger endaweni yayo yasekuqaleni uma ugesi ucishiwe.

Lapho amandla kagesi egeleza kukhoyili ye-solenoid, adala insimu kazibuthe. Le nkundla kazibuthe idonsa amandla ku-plunger, iyenze inyakaze. Uma indawo kazibuthe iqondaniswe ngendlela yokuthi idonsele i-plunger kukhoyili, ibizwa ngokuthi isenzo 'sokudonsa'. Ngokuphambene, uma indawo kazibuthe iphusha i-plunger ngaphandle kwekhoyili, isenzo 'sokuphusha'. Intwasahlobo ebuyayo, etholakala ekugcineni okuphambene ne-plunger, iphusha i-plunger emuva endaweni yayo yasekuqaleni lapho i-current icishiwe, ngaleyo ndlela imisa kabusha i-solenoid ukuze isebenze ngokulandelayo.

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Iyini i-DC Linear Solenoid?

I-DC linear solenoid (iphinde ibize i-linear actuator) ifaka ukunyakaza komugqa okuqinile futhi ifaneleka kahle izinhlelo zokusebenza "zomsebenzi osindayo". Lolu hlobo lwe-DC linear solenoid design luvumela amandla okubamba okuphezulu ngesikhathi esiphansi ngokuqhathaniswa. Ngakho-ke ama-push pull solenoid angama-actuator afanelekile wezinhlelo zokusebenza lapho ukusetshenziswa kwamandla nokukhishwa kokushisa kubaluleke kakhulu. Iqanjwe ngokuthi "Push/Pull" ngoba zombili iziphetho ze-shaft ziyatholakala, ngakho-ke i-solenoid eqondile ingasetshenziswa njenge-solenoid ephushayo noma i-solenoid edonsayo, kuye ngokuthi iyiphi i-shaft end esetshenziselwa ukuxhuma ngomshini - kodwa ngenxa yomgomo wokusebenza wokungabaza isiqondiso esisebenzayo ukunika amandla ikhoyili ku-unidirectional kuphela. Izicelo zingatholakala kwezokwelapha, ilabhorethri kanye nemishini yokuhlaziya.

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Isebenza Kanjani I-Push Pull Solenoid Actuator?

I-AS 0635 Push Pull I-Solenoid actuator powered unit iwuhlobo lozimele oluvulekile lwePush-Pull, olunokunyakaza okuqondile kanye nomklamo wokubuya kwentwasahlobo we-plunger, ifomu lekhoyili elivulekile le-solenoid, uzibuthe we-electron we-DC. Isetshenziswe kakhulu ezintweni zasendlini, emishinini yokuthengisa, emshinini wegeyimu.....

Ama-solenoid e-push-pull asebenza kahle futhi ahlala isikhathi eside akhiqiza inani elikhulu lamandla ngosayizi wawo omncane ngokuqhathaniswa, lokhu kwenza i-push pull ifaneleke kakhulu izinhlelo zokusebenza ze-short-stroke ezinamandla amakhulu.

Usayizi ohlangene we-solenoid ulungiselela indlela kazibuthe eguquguqukayo, eduze kwendlela yokujika ikhoyili enembayo epakisha inani eliphakeme lezintambo zethusi endaweni etholakalayo, okuvumela amandla amakhulu ukuthi akheke.

I-Push-pull solenoids inama-shaft angu-2 ahlobene nezikhonkwane ezikhuphukayo, i-shaft ohlangothini olufanayo lapho izikhonkwane ziphusha futhi shaft ohlangothini lwe-armature iyadonsa, ngakho-ke unezinketho zombili ku-solenoid efanayo. Ngokuphambene namanye ama-solenoid afana namashubhu azimele komunye nomunye.

Iqinile, ihlala isikhathi eside futhi yonga amandla, futhi ibe nempilo ende enesikhathi somjikelezo esingaphezu kuka-300,000. Kumklamo omelene nokweba kanye ne-shockproof, ilokhi ingcono kunezinye izinhlobo zezingidi. Ngemva kokuxhuma izintambo nalapho i-current itholakala, ingidi kagesi ingakwazi ukulawula ukuvuleka nokuvalwa komnyango.

Qaphela:Nakekela i-polarity ngenkathi uxhuma ngaphandle kwesixhumi (okungukuthi, intambo ebomvu kufanele ixhunywe kuphozithivu kanye nocingo Olumnyama lube kwenegethivu.)

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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, uma i-current igelezela ekugcineni kwekhoyili ye-solenoid, ngokomthetho wesikulufu esisesandleni sokudla, bamba ikhoyili ngeminwe emine ekhomba lapho kukhona khona i-current, kanye nesiqondiso. okukhonjwe ngesithupha isigxobo esisenyakatho 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 yizibuthe kagesi asebenza engxenyeni yensimbi ye-eksisi eluhlaza okwesibhakabhaka, enqoba amandla okunwebeka nokungqubuzana kwe-eksisi, okubangela ukuthi i-eksisi iye phansi, icuphe isekethe ngaphakathi. ikhibhodi, futhi ikhiqiza 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 isikhathi sokuvula nokuvala amandla kukazibuthe ukuze silingise izindlela zokusebenza eziyinhloko ezihlukene, njengokucindezela okufushane, ukucindezela isikhathi eside, njll. Ngokuthola ukuthi ikhibhodi ingakwazi yini ukukhiqiza amasignali kagesi ngendlela efanele (ngokusebenzisa i- Isekhethi yekhibhodi nesixhumi esibonakalayo) ngaphansi kwale misebenzi yokhiye elungisiwe, umsebenzi wokhiye bekhibhodi ungahlolwa.

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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.

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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 lihlelwe lifinyelele ku-30mm (kuye ngokuthi uhlobo lwe-tubular) amandla okubamba amiswe afika ku-2,000N (ekugcineni, lapho kunikwe amandla ) Kungaba ukuklama njengohlobo lokusunduza noma uhlobo lwe-tubular pull-type linear solenoid Isevisi yempilo ende: kuze kufike ku- Imijikelezo eyizigidi ezi-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.

buka imininingwane

AS 2551 DC Push futhi Donsa I-Tubular Solenoid

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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.)

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I-AS 0726 C Ithuthukisa Ukusebenza Nge-DC Gcina I-Solenoid Technology: Umhlahlandlela Ophelele womkhiqizo wakho wesisombululo

I-AS 0726 C Ithuthukisa Ukusebenza Nge-DC Gcina I-Solenoid Technology: Umhlahlandlela Ophelele wesixazululo sephrojekthi yakho

2024-11-15

Iyini i-solenoid yokugcina?

Isebenza kanjani i-solenoid yokugcina?

Tyena uhloboDonsa, Bamba futhi Ukhulule InquboIsakhiwo

DonsaThayipha Gcina i-Solenoid
Lapho kusetshenziswa i-voltage, i-plunger idonswa amandla kazibuthe ahlanganisiwe kazibuthe owakhelwe ngaphakathi kanye nekhoyili ye-solenoid.

B. BambaThayipha Gcina i-Solenoid
Bamba uhlobo lwe-Solenoid i-plunger ibanjwe amandla kazibuthe kazibuthe owakhelwe ngaphakathi ongunaphakade kuphela. Isikhundla sohlobo lokubamba singalungiswa ohlangothini olulodwa noma zombili zincike kuhlelo lokusebenza lwangempela.

C. Khululauhlobo lokugcina i-solenoid
I-plunger ikhishwa amandla kazibuthe abuyela emuva wekhoyili ye-solenoid ekhansela amandla kazibuthe kazibuthe owakhelwe ngaphakathi.

Izinhlobo zekhoyili ye-Solenoid ye-Keep Solenoid

I-solenoid yokugcina yakhiwe ngohlobo lwekhoyili eyodwa noma uhlobo lwamakhoyili amabili.

. AwushadileI-Solenoiduhlobo lwekhoyili

Lolu hlobo lwe-solenoid ludonsa futhi ludedele ngekhoyili eyodwa kuphela, ukuze i-polarity yekhoyili ibuyiselwe emuva lapho ishintsha phakathi kokudonsa nokukhulula. Lapho amandla okudonsa enikezwa kuqala futhi namandla edlula amandla alinganiselwe, i-voltage ekhishwayo kufanele yehliswe. Noma uma kusetshenziswa i-voltage elinganiselwe + 10%, ukumelana kufanele kubekwe ochungechungeni lwesekethe yokukhishwa (Lokhu kumelana kuzocaciswa embikweni wokuhlola wesampula (ama) . )

Uhlobo lwekhoyili ekabili

Lolu hlobo lwe-solenoid, olunekhoyili yokudonsa kanye nekhoyili yokukhulula, lulula ekwakhiweni kwesifunda.
Ohlotsheni lwekhoyili ekabili, sicela ucacise okuthi" Plus common" noma "khipha okuvamile" ukuze icushwe.

Uma kuqhathaniswa nohlobo lwekhoyili eyodwa yomthamo ofanayo, amandla okudonsa alolu hlobo mancane kancane ngenxa yesikhala sekhoyili sokudonsa esiklanyelwe ukunikeza isikhala sekhoyili yokukhulula.

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AS 0726 B Amandla E-Solenoid Ye-Magnetic Latching: I-DC Latching Solenoid application in Ukushaja isibhamu somkhiqizo wemoto yamandla entsha

AS 0726 B Amandla E-Solenoid Ye-Magnetic Latching: I-DC Latching Solenoid application in Ukushaja isibhamu semoto yamandla entsha

2024-11-05

Iyini i-Solenoid Magnetic Latching?

I-Solenoid yamagnetic latching iwuhlobo lwe-solenoid yohlaka oluvulekile olunozibuthe baphakade abafakwe kumjikelezo wabo. Ozibuthe bahlinzeka ngendawo yokubamba eqinile ngaphandle kwamandla adingekayo, lokhu kubenza balungele ukusetshenziswa kwebhethri noma izinhlelo zokusebenza eziqhubekayo.

Okwaziwa nangokuthi gcina ama-solenoid noma ubambe ama-solenoid, ama-solenoid azibuthe atholakala ngamasayizi ahlukahlukene ahlinzeka ngamakhono ahlukene kagesi kanye nobude bokushaywa.

Ngenxa yokusetshenziswa kwamandla okuphansi, i-solenoid yamagnetic latching iyisixazululo esihle kakhulu sokukhiya sezinhlelo zokusebenza ezahlukahlukene lapho ukunemba kungabalulekile khona.

I-solenoid engabizi kakhulu, eyonga amandla kuzinhlelo zokusebenza zevolumu ephezulu. Ukwenza ngokwezifiso isiphetho se-plunger, amatheminali, izimbobo ezifakwayo kuyatholakala ngokuya ngenani elincane le-oda.

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AS 0520 DC Latching Solenoid

2024-09-03

Iyini i-DC magnetic latching Solenoid valve?

I-solenoid yamagnetic latching ifakwe uzibuthe ongapheli ngaphakathi kwendlu ogcina i-plunger isendaweni ngozibuthe uma ingekho ngaphansi kwamanye amandla. Ngozibuthe wangaphakathi wangaphakathi ogcina okunamathiselwe, amandla adlayo kuphela ukubuyisela ukukhanga. Okunye ukusunduza nokudonsa ukunyakaza komugqa kuyafana nokwamanye amandla e-DC Solenoid.

Ama-valve e-solenoid ahlukene ahlukaniswe abe izinhlobo ezimbili: i-solenoid eyodwa yokuxhuma kanye ne-double latching solenoid. Kulula ukuqonda ukuthi i-solenoid eyodwa yokuxhuma ibamba kuphela (izikhiya) i-iron core endaweni eyodwa ekupheleni kwe-stroke. I-double latching solenoid yamukela isakhiwo sekhoyili ephindwe kabili, esingabamba (ukuzikhiya) umgogodla wensimbi ezindaweni ezimbili ezihlukene ekuqaleni nasekupheleni, futhi izindawo ezimbili zinetorque efanayo yokukhipha.

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AS 1261 DC Latching Solenoid

2024-09-03

Iyini i-DC latching Solenoid?

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AS 0628 DC 24V 45 Degree Rotary Actuator Yokuhlunga umkhiqizo womshini

AS 0628 DC 24V 45 Degree Rotary Actuator Yomshini Wokuhlunga

2025-01-05

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.

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AS 0650 I-Solenoid Yokuhlunga Izithelo,I-Rotary solenoid actuator yokuhlunga umkhiqizo wemishini

I-AS 0650 I-Solenoid Yokuhlunga Izithelo,I-Rotary solenoid actuator yemishini yokuhlunga

2024-12-02

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 ngezifiso ku-15°, 30°, 45°, 60°, 75°, 90° noma amanye amadigri, njll. , kusetshenziswa izindawo ezi-spiral ezicutshungulwe yi-CNC ukuze zibushelelezi futhi zinganyakazi ngaphandle kokususwa kwe-axial lapho kuzungeziswa. Isimiso sokusebenza sikazibuthe ojikelezayo sisekelwe kumgomo wokukhangwa yi-electromagnetic. Yamukela ukwakheka kwendawo ethambekele.

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AS 3919 Innovative Applications of Bistable Rotary Solenoids-product

AS 3919 Izinhlelo Ezintsha Ze-Bistable Rotary Solenoids

2024-11-28

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.

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AS 0616 DC Rotary Solenoid Actuator for Money Counter Machine

2024-09-28

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.

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AS 15063 Degaussing Electro ephakamisa Permanent Magnet

2024-11-26

Iyini i-Lifting Permanent Magnet?

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AS 20030 DC Suction Electromagnet

2024-09-25

Iyini i-Electromagnetic lifter?

I-electromagnet lifter iyisisetshenziswa esisebenza ngomgomo kazibuthe kagesi futhi siqukethe insimbi, ikhoyili yethusi kanye nediski yensimbi eyindilinga. Lapho i-current idlula kukhoyili yethusi, amandla kazibuthe akhiqizwayo ayokwenza umgogodla wensimbi ube uzibuthe wesikhashana, wona oheha izinto zensimbi eziseduze. Umsebenzi wediski eliyindilinga uwukuthuthukisa amandla okumunca, ngoba indawo kazibuthe kudiski eliyindilinga kanye nensimu kazibuthe ekhiqizwe ingqikithi yensimbi izobekwa phezulu ukuze yakhe amandla kazibuthe anamandla. Lo mshini unamandla okukhangisa anamandla kunozibuthe abajwayelekile futhi usetshenziswa kakhulu ezimbonini, empilweni yomndeni nasocwaningweni lwesayensi.

Lezi zinhlobo zokuphakamisa kazibuthe kagesi ziyaphatheka, zingabizi, futhi ziyizixazululo eziphumelelayo zokuphakamisa kalula izinto ezifana namapuleti ensimbi, amapuleti ensimbi, amashidi, amakhoyili, amashubhu, amadiski, njll. Ngokuvamile akhiwa izinsimbi zomhlaba ezingavamile nama-alloys (isb. i-ferrite ) eziyenza ikwazi ukukhiqiza inkambu kazibuthe enamandla. Inkambu yayo kazibuthe ayihambisani njengoba ingavula noma icime ngokusekelwe ezidingweni ezithile.

Isimiso sokusebenza:

Isimiso sokusebenza sesiphakamisi sikazibuthe kagesi sisekelwe ekusebenzisaneni phakathi kwendawo kazibuthe ekhiqizwa ukungeniswa kukazibuthe kanye nento yensimbi. Lapho i-current idlula kukhoyili yethusi, kukhiqizwa inkambu kazibuthe, edluliselwa kudiski ngomongo wensimbi ukuze kwakheke indawo ezizungezile kazibuthe. Uma into yensimbi eseduze ingena kule ndawo yamagnetic field, into yensimbi izokhangiswa kudiski ngaphansi kwesenzo samandla kazibuthe. Usayizi wamandla we-adsorption uncike emandleni amanje kanye nosayizi wenkundla kazibuthe, yingakho i-electromagnetic yenkomishi yokumunca ingalungisa amandla e-adsorption njengoba kudingeka.

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AS 4010 DC Power Electromagnet For Safety Smart Door

2024-09-24

Iyini i-Electromagnet?

I-electromagnetic idivayisi esebenza ngomgomo kazibuthe kagesi futhi iqukethe insimbi, ikhoyili yethusi kanye nediski yensimbi eyindilinga. Lapho i-current idlula kukhoyili yethusi, amandla kazibuthe akhiqizwayo ayokwenza umgogodla wensimbi ube uzibuthe wesikhashana, wona oheha izinto zensimbi eziseduze. Umsebenzi wediski eliyindilinga uwukuthuthukisa amandla okumunca, ngoba indawo kazibuthe kudiski eliyindilinga kanye nensimu kazibuthe ekhiqizwe ingqikithi yensimbi izobekwa phezulu ukuze yakhe amandla kazibuthe anamandla. Lo mshini unamandla okukhangisa anamandla kunozibuthe abajwayelekile futhi usetshenziswa kakhulu ezimbonini, empilweni yomndeni nasocwaningweni lwesayensi.

Lolu hlobo lukazibuthe we-electromagnet luyaphatheka, lungabizi, futhi lusebenza kahle ukuphakamisa izinto ezifana namapuleti ensimbi, amapuleti ensimbi, amashidi, amakhoyili, amashubhu, amadiski, njll. Ngokuvamile akhiwe izinsimbi zomhlaba ezingavamile kanye nama-alloys (isb. i-ferrite) okwenza ikwazi ukukhiqiza insimu enamandla kazibuthe. Inkambu yayo kazibuthe ayihambisani njengoba ingavula noma icime ngokusekelwe ezidingweni ezithile.

Isimiso sokusebenza:

Umgomo wokusebenza kazibuthe wenkomishi yokumunca usekelwe ekusebenzelaneni phakathi kwendawo kazibuthe ekhiqizwa ukungeniswa kukazibuthe kanye nento yensimbi. Lapho i-current idlula kukhoyili yethusi, kukhiqizwa inkambu kazibuthe, edluliselwa kudiski ngomongo wensimbi ukuze kwakheke indawo ezizungezile kazibuthe. Uma into yensimbi eseduze ingena kule ndawo yamagnetic field, into yensimbi izokhangiswa kudiski ngaphansi kwesenzo samandla kazibuthe. Usayizi wamandla we-adsorption uncike emandleni amanje kanye nosayizi wenkundla kazibuthe, yingakho i-electromagnetic yenkomishi yokumunca ingalungisa amandla e-adsorption njengoba kudingeka.

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AS 32100 DC Power Electromagnetic lifter

2024-09-13

Iyini i-Electromagnetic lifter?

Isimiso sokusebenza:

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I-AS 0622 Imoto ye-Solenoid yohlelo lwezibani zezimoto ze-3 Inch Bi-LED Projector-product

I-AS 0622 Solenoid Car yohlelo lwamalambu ezimoto lwe-3 Inch Bi-LED Projector

2024-11-11

Iyini i-solenoid yesistimu yokushintsha izibani zemoto?

I-solenoid ye-headlight yemoto iyisisetshenziswa esisebenza ngesimiso se-electromagnetics futhi sifakwe ekukhanyeni kwemoto ukuze kushintshwe isistimu ye-beam ephezulu nephansi.

Isimiso sokusebenza semoto ye-Solenoid.

lapho okwamanje idlula ikhoyili ye-solenoid, insimu yamagnetic ikhiqizwa, engakwazi ukudonsa umgogodla wensimbi futhi ikhiqize amandla okucindezela nokudonsa isakhiwo sokukhanya kwemoto ye-solenoid ekuhambeni komugqa ukuze uguqule ukukhanya kwekhanda ngaphakathi.

Isetshenziswa kakhulu ku-adaptive front lighting system (AFS) yezimoto. Kulolu hlelo, i-solenoid yokukhanya kwemoto ingashintsha i-beam ephezulu nephansi ngokufanele. Lapho imoto iphenduka noma ishayela emigwaqweni ekhuphukayo noma eyehlayo, ngokulawula ukunyakaza kwe-valve ye-solenoid, ukukhanya okuphakeme nokuphansi kwesibani kungashintshwa ngokunembile, ukuze ukukhanya kukhanyise kangcono ijika noma umgwaqo ongaphambili, ukuthuthukisa ukuphepha kokushayela. .

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AS 0625 DC Solenoid Vavle for Car Head Light of High and Low beam Switching System-product

AS 0625 DC I-Solenoid Vavle ye-Car Head Light yoHlelo Lokushintsha I-beam ephezulu nephansi

2024-09-03

Isebenza kanjani i-push pull solenoid yezibani zangaphambili zemoto?

I-Push Pull Solenoid yamalambu emoto, abuye aziwe ngamalambu emoto kanye namalambu emoto e-LED daytime running, angamehlo emoto. Azihlobene kuphela nesithombe sangaphandle semoto, kodwa futhi zihlobene eduze nokushayela okuphephile ebusuku noma esimweni sezulu esibi. Ukusetshenziswa nokugcinwa kwezibani zemoto akunakuzitshwa.

Ukuze uphishekele ubuhle nokukhanya, abanikazi bezimoto abaningi bavame ukuqala ngamalambu ezimoto uma belungisa. Ngokuvamile, amalambu ezimoto emakethe ahlukaniswe izigaba ezintathu: amalambu e-halogen, amalambu e-xenon namalambu e-LED.

Iningi lamalambu emoto adinga ozibuthe kagesi/i-solenoid yemoto, okuyingxenye ebalulekile futhi ebalulekile. Badlala indima yokushintsha phakathi kwemishayo ephezulu nephansi, futhi basebenza ngokuzinzile futhi banempilo ende yokuphila.

Izici zeyunithi:

Ubukhulu beyunithi: 49 * 16 * 19 Mm / 1.92 * 0.63 * 0.75 amayintshi/
I-Plunger: φ 7 mm
Amandla kagesi: DC 24 V
Ububanzi: 7 mm
Amandla: 0.15-2 N
Amandla: 8W
Okwamanje: 0.28 A
Ukumelana: 80 Ω
Umjikelezo Wokusebenza: 0.5s Vuliwe, 1s Valiwe
Ezezindlu: Izindlu ze-Carton Steel ezine-Zinc plated coating, indawo ebushelelezi, ngokuhambisana nama-Rohs; I-Ant--corrosion;
I-Copper wire: Yakhelwe ngocingo lwethusi oluhlanzekile, i-conduction enhle kanye nokumelana nokushisa okuphezulu:
Le As 0625 push pull solenoid yesibani sangaphambili semoto sisetshenziswa ikakhulukazi ezinhlotsheni ezahlukene zamalambu ezimoto nezithuthuthu kanye namadivayisi okushintsha amalambu e-xenon kanye nemishini. Impahla yomkhiqizo yenziwa ukumelana nokushisa okuphezulu okungaphezu kwama-degree angama-200. Ingasebenza kahle endaweni yokushisa ephezulu ngaphandle kokubambeka, ukushisa noma ukushiswa.

Isitolimende esilula:

Izimbobo ezine ezifakwe ngezikulufo ezifakwe nhlangothi zombili, zingowokusetha kalula ngesikhathi sokuhlanganisa umkhiqizo kusibani sekhanda lemoto. W

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AS 0625 DC 12 V Push Pull Solenoid yomkhiqizo we-Automotive Head Light

AS 0625 DC 12 V Push Donsa i-Solenoid ye-Automotive Head Light

2024-09-03

Isebenza kanjani i-push pull solenoid yezibani zangaphambili zemoto?

Izici zeyunithi:

Isitolimende esilula:

Izimbobo ezine ezifakwe ngezikulufo ezifakwe nhlangothi zombili, zingowokusetha kalula ngesikhathi sokuhlanganisa umkhiqizo kusibani sekhanda lemoto. W

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AS 0825 DC 12 V i-solenoid yomugqa we-Automotive head Light-product

AS 0825 DC 12 V i-solenoid yomugqa ye-Automotive head Light

2024-09-03

Isebenza kanjani i-solenoid yomugqa yesibani sekhanda lemoto?

Lawa ma-Double Linear Solenoids amalambu emoto, abuye aziwe ngamalambu emoto kanye namalambu emoto e-LED daytime running, angamehlo emoto. Azihlobene kuphela nesithombe sangaphandle semoto, kodwa futhi zihlobene eduze nokushayela okuphephile ebusuku noma esimweni sezulu esibi. Ukusetshenziswa nokugcinwa kwezibani zemoto akunakuzitshwa.

Izici zeyunithi:

Ubukhulu beyunithi: 49 * 16 * 19 Mm / 1.92 * 0.63 * 0.75 amayintshi/
I-Plunger: φ 6 mm
Amandla kagesi: DC 12 V
I-Stroke: 5 mm
Amandla: 80gf
Amandla: 8W
Okwamanje: 0.58 A
Ukumelana: 3 0Ω
Umjikelezo Wokusebenza: 0.5s Vuliwe, 1s Valiwe
Ezezindlu: Izindlu ze-Carton Steel ezine-Zinc plated coating, indawo ebushelelezi, ngokuhambisana nama-Rohs; I-Anti--corrosion;
I-Copper wire: Yakhelwe ngocingo lwethusi oluhlanzekile, i-conduction enhle kanye nokumelana nokushisa okuphezulu:
Lawa mavalvu e-Solenoid angu-0825 f alayini wokukhanya kwemoto asetshenziswa kakhulu ezinhlotsheni ezahlukene zamalambu ezimoto nezithuthuthu kanye namadivayisi okushintsha amalambu e-xenon kanye nemishini. Impahla yomkhiqizo yenziwa ukumelana nokushisa okuphezulu okungaphezu kwama-degree angama-200. Ingasebenza kahle endaweni yokushisa ephezulu ngaphandle kokubambeka, ukushisa noma ukushiswa.

Isitolimende esilula:

Izimbobo ezine ezifakwe ngezikulufo ezifakwe nhlangothi zombili, zingowokusetha kalula ngesikhathi sokuhlanganisa umkhiqizo kusibani sekhanda lemoto.

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AS 2214 DC 24V Electromagnetic brake Clutch ebambe i-Forklift Stacker Isihlalo Esinamasondo Sogesi Esincane

2024-08-02

AS 2214 DC 24V Electromagnetic brake Clutch ebambe i-Forklift Stacker Isihlalo Esinamasondo Sogesi Esincane

Ubukhulu beyunithi: φ22*14mm / 0.87 * 0.55 Intshi

Isimiso sokusebenza :

Isici seyunithi:

Amandla kagesi: DC24V

Ezezindlu: Insimbi Ye-Carbon Ene-Zinc Coating, ukuthobela ama-Rohs kanye nokunqanda ukugqwala, Indawo eSmooth.

I-Braking Torque: ≥0.02Nm

Amandla: 16W

Okwamanje: 0.67A

Ukumelana: 36Ω

Isikhathi sokuphendula: ≤30ms

Umjikelezo wokusebenza: 1s on, 9s off

Isikhathi sokuphila: imijikelezo eyi-100,000

Ukunyuka kwezinga lokushisa: Izinzile

Isicelo:

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AS 0620 DC Cabinet Door Lock Electric Lock Assembly Solenoid

2024-10-25

Izici zeyunithi

Ilokhi ye-solenoid kagesi yekhwalithi ephezulu.

I-rustproof, ihlala isikhathi eside, iphephile, ilungele ukusetshenziswa.

Ukumunca okumunca insimbi ngokuqinile, ngaleyo ndlela kukhiye ukuphepha komnyango.

Kusebenza ukufakwa kumnyango wokuphunyuka noma kusistimu elawulwa ngogesi yomnyango womlilo.

Yamukela umgomo kazibuthe kagesi, lapho yamanje ngokusebenzisa Silikhoni, Ilokhi kagesi uzothola eqinile.

Impahla yezindlu: Izindlu zensimbi ye-Carbon ezine-Nickle noma i-Zinc Coating, i-anti-corrosion kanye nokuhambisana ne-RoHs.

Idizayinelwe ngohlobo lohlaka oluvulekile kanye nebhodi lokukhweza, amandla aphezulu.

Kulula ukufaka isikhiya somnyango kagesi noma ezinye izinhlelo zokukhiya iminyango ngebhodi lokukhweza.

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AS 01 Ikhoyili Yekhoyili Yezibuthe-umkhiqizo

AS 01 I-Magnet Copper Coil Inductor

2024-07-23

Usayizi Weyunithi:Ububanzi 23 * 48 mm

Ukusetshenziswa kwamakhoyili ethusi

Amakhoyili azibuthe eCopper asetshenziswa kakhulu yizimboni emhlabeni wonke ukufudumeza (ukungenisa) nokupholisa, iRadio-Frequency (RF), nezinye izinhloso eziningi. Amakhoyili ethusi angokwezifiso avame ukusetshenziswa ngaphakathi kwezinhlelo ze-RF noma ze-RF-Match lapho kudingeka khona ishubhu yethusi nocingo lwethusi ukuze kudluliswe uketshezi, umoya, noma enye imidiya ukuze kuphole noma ukusiza ukunxenxa amandla ezinhlotsheni ezihlukahlukene zemishini.

Izici Zomkhiqizo:

1 I-Magnet cooper Wire ( 0.7mm 10m Copper Wire) , Ikhoyili yokufaka umoya ye-Transformer Inductance Coil Inductor.
2 Yenziwe ngethusi elimsulwa ngaphakathi, inopende ovikelayo kanye nesikhumba se-polyester patent ngaphezulu.
3 Kulula ukuyisebenzisa futhi kulula ukuyiqonda.
4 Inobushelelezi obuphezulu nombala omuhle.
5Inokumelana nokushisa okuphezulu, ubulukhuni obuhle futhi akulula ukuphuka.
6Imininingwane; .Ithempelesha Yomsebenzi:-25℃~ 185℃ Umswakamo Womsebenzi:5%~95%RH

Mayelana Nenkonzo Yethu;

UDkt Solenoid ungumthombo wakho othembekile wamakhoyili ethusi ozibuthe. Siwazisa wonke amakhasimende ethu futhi sizosebenzisana nawe ukuze senze amakhoyili ethusi angokwezifiso aklanyelwe ukucaciswa okunembile kwephrojekthi yakho. Imigijimo yethu Yokukhiqiza Okufushane kanye namakhoyili e-test fit prototyping e-copper enziwa ngezinto ezidingekayo kulwazi lomklamo wakho wekhoyili. Ngakho-ke, amakhoyili ethu enziwe ngokwezifiso zethusi adalwe kusetshenziswa izinhlobo ezahlukene zethusi, njengeshubhu yethusi, izinti zethusi / imigoqo kanye nezintambo zethusi AWG 2-42. Uma usebenza ne-HBR, ungathembela ekutholeni ukwesekwa kwamakhasimende okukhethekile kokubili phakathi nenqubo yokucaphuna nangemuva kwesevisi yokuthengisa.

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AS 35850 DC 12V Isiqalisi sesithuthuthu Solenoid Relay-umkhiqizo

AS 35850 DC 12V Isithuthuthu Solenoid Relay

2025-01-19

Kuyini ukudluliselwa kwesiqalisi sesithuthuthu?

Incazelo kanye Nomsebenzi

Ukudluliselwa kwesiqalisi sesithuthuthu kuwukushintsha kwe-electromagnetic. Umsebenzi wayo oyinhloko ukulawula isekethe yamanje ephezulu enika amandla isiqalisi semoto yesithuthuthu. Uma uvula ukhiye wokushisa endaweni "yokuqala", isignali yamanje ephansi kakhulu evela ohlelweni lokuthungela isithuthuthu ithunyelwa ku-relay yokuqalisa. I-relay ibe isivala abathintwayo bayo, ivumele i-current enkulu kakhulu ukuthi igeleze isuka ebhethrini iye enjini yesiqalisi. Lokhu okusezingeni eliphezulu kuyadingeka ukuze crank injini futhi uqale isithuthuthu.

Isimiso Sokusebenza

I-Electromagnetic Operation: I-starter relay iqukethe ikhoyili kanye nesethi yokuxhumana. Lapho i-current encane evela kumshini wokushisa yenza ikhoyili isebenze, idala insimu kazibuthe. Lo mkhakha kazibuthe uheha i-armature (ingxenye ephathekayo), ebangela ukuthi abathintwayo bavale. Oxhumana nabo ngokuvamile benziwa ngezinto eziqhutshwayo njengethusi. Lapho abathintwayo bevala, baqedela ukujikeleza phakathi kwebhethri nesiqalisi senjini.

I-Voltage kanye Nokuphatha Kwamanje: I-relay yakhelwe ukuphatha amandla kagesi aphezulu (imvamisa engu-12V ezithuthuthu eziningi) kanye namandla aphezulu (okungasukela emashumini kuye kumakhulu ama-ampere, kuye ngezidingo zamandla enjini yokuqalisa) edingwa isiqalisi. Isebenza njengesivimbeli phakathi kwesekhethi yokulawula amandla aphansi (isekhethi yokushintsha umlilo) kanye nesekhethi yesiqalisi samandla aphezulu.

Izingxenye Nokwakha

Ikhoyili: Ikhoyili isondezwe nxazonke zikazibuthe. Inani lokujika kanye negeji yocingo kukhoyili inquma amandla kazibuthe akhiqizelwa umsinga othile. Ukumelana kwekhoyili kuklanyelwe ukufanisa amandla kagesi kanye nezici zamanje zesekethe yokulawula exhunywe kuyo.

Oxhumene nabo: Kuvamise ukuba noxhumene nabo abakhulu ababili - othintana naye ogudlukayo nonganyakazi. Othintana naye osuswayo unamathiselwe ku-armature, futhi lapho i-armature ikhangwa umkhakha kazibuthe wekhoyili, iyanyakaza ukuvala igebe phakathi kwalaba ababili abathintwayo. Oxhumana nabo baklanyelwe ukuphatha ukugeleza okuphezulu - kwamanje ngaphandle kokushisisa noma ukugoqa ngokweqile.

Icala: I-relay ifakwe ekesini, ngokuvamile eyenziwe ngezinto zepulasitiki ezihlala isikhathi eside. Ikesi lihlinzeka nge-insulation ukuvikela izingxenye zangaphakathi ezintweni zangaphandle ezifana nomswakama, ukungcola, nokulimala ngokomzimba. Kuyasiza futhi ukuqukatha noma iyiphi i-arcing kagesi engenzeka ngesikhathi sokuvalwa kokuxhumana nokuvulwa.

Ukubaluleka Ekusebenzeni Kwezithuthuthu

Ukuvikela Isistimu Yokuthungela: Ngokusebenzisa i-starter relay, izimfuno eziphezulu - zamanje zenjini yesiqalisi zihlukanisiwe neswishi yokuthungela kanye nezinye izingxenye zamandla aphansi ohlelweni lukagesi lwesithuthuthu. Uma i-high - current ye-starter motor bekumele igeleze ngqo emshinini wokuthungela, ingabangela ukuthi iswishi ishise kakhulu futhi ihluleke. I-relay isebenza njengesivikelo, iqinisekisa impilo ende kanye nokusebenza okufanele kwesistimu yokuthungela.

I-Efficient Engine Starting: Ihlinzeka ngezindlela ezinokwethenjelwa zokuletha amandla adingekayo ku-starter motor. I-starter relay esebenza kahle iqinisekisa ukuthi injini ishaya ngesivinini esanele kanye netorque ukuze iqale kahle. Uma i-relay ihluleka, i-starter motor ingase ingatholi okwamanje ngokwanele ukuze isebenze ngokuphumelelayo, okuholela ebunzimeni ekuqaliseni isithuthuthu.

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Silisiza Kanjani Ibhizinisi Lakho Likhule?

Ubudlelwano obuqondile be-ODM

Abekho abalamuli: Sebenza ngokuqondile nethimba lethu labadayisi kanye nonjiniyela ukuze uqinisekise ukusebenza okuhle kakhulu nenhlanganisela yamanani.

Izindleko Eziphansi kanye ne-MOQ

Ngokuvamile, singehlisa izindleko zakho zizonke zamavalvu, okokufakwayo, nama-assemblies ngokususa ama-markups wokusabalalisa kanye nama-conglomerate aphezulu.

Idizayini Yesistimu Ephumelelayo

Ukwakha i-solenoid esebenza kahle kakhulu ekucacisweni kuholela kusistimu esebenza kahle, ngokuvamile enciphisa ukusetshenziswa kwamandla kanye nezidingo zesikhala.

Inkonzo Yethu

Ithimba lethu labadayisi elichwepheshile belilokhu likumkhakha wokuthuthukiswa kwephrojekthi ye-solenoid iminyaka eyi-10 futhi lingakwazi ukuxhumana ngesiNgisi somlomo nangesiNgisi ngaphandle kwenkinga.

Kungani ukhethe thina

Isevisi yakho ye-One-Stop Professional, Ochwepheshe Besixazululo se-Solenoid

Ukuzibophezela kwethu ekwenzeni izinto ezintsha kanye nekhwalithi kusisungule njengomholi embonini ye-solenoid.

UDkt. Solenoid usebenzisa ubuchwepheshe besimanje ukunikeza izixazululo ezintsha ze-single-platform kanye ne-hybrid yokukhiqiza i-solenoid. Imikhiqizo yethu isebenziseka kalula, inciphisa ubunkimbinkimbi futhi ithuthukisa ukuxhumana, okuholela ekufakweni okungenamthungo nokulula. Ifaka ukusetshenziswa kwamandla okuphansi, izikhathi zokuphendula okusheshayo, nemiklamo eqinile yezindawo ezinomthelela omkhulu nezinzima. Ukuzinikela kwethu ekwenzeni okuhle kubonakala ekusebenzeni okuphakeme, ukusebenza, kanye nenani lemikhiqizo yethu, okuqinisekisa okuhlangenwe nakho komsebenzisi wokugcina okungenakuqhathaniswa.

Abahlinzeki Abakhethwayo

Senze uhlelo olusezingeni eliphezulu lwabahlinzeki. Iminyaka yokubambisana kokuhlinzeka ingaxoxisana ngamanani angcono kakhulu, imininingwane kanye nemibandela, ukuze kuqinisekiswe ukuqaliswa kokuhleleka ngesivumelwano sekhwalithi.
Ukulethwa Ngesikhathi

Ukwesekwa yizimboni ezimbili, sinabasebenzi abanamakhono abayi-120. Inyanga ngayinye okukhiphayo kufinyelela 500 000 izingcezu solenoids. Ngama-oda amakhasimende, sihlala sigcina izithembiso zethu futhi sihlangabezana nokulethwa ngesikhathi.
Iwaranti Iqinisekisiwe

Ukuze siqinisekise izithakazelo zamakhasimende futhi sethule umthwalo wethu wemfanelo wokuzibophezela kwekhwalithi, yonke iminyango yenkampani yethu ithobela ngokuqinile izimfuneko zebhuku lokuqondisa zesistimu yekhwalithi ye-ISO 9001 2015.
Ukusekela kwezobuchwepheshe

Sisekelwa ithimba le-R&D, sikunikeza izixazululo ezinembile ze-solenoid. Ngokuxazulula izinkinga, siphinde sigxile ekukhulumisaneni. Siyakuthanda ukulalela imibono kanye nemfuneko yakho, xoxani ngokuba nokwenzeka kwezixazululo zobuchwepheshe.

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Okushiwo amakhasimende ethu

Siyaziqhenya kakhulu ngesevisi nendlela yokusebenza esikunikezayo.

Funda ubufakazi obuvela kumakhasimende ethu ajabule.

Teka Portugal SA

Uqale ukusebenzisana noDkt. Solenoid we-Solenoid nathi kusukela ngo-2016

“Inkampani yethu ithenge i-DC Pull Push Solenoid kuDkt. Solenoid kusukela ngo-2016. Ngihlabeke umxhwele ngenkonzo yamakhasimende kanye nekhwalithi yomkhiqizo. Bahlala phansi nathi ukuze babuyekeze ukucaciswa kanye nomsebenzi womshini wokukhipha umoya, ngaphambi kokuphela komhlangano wethu phakathi nesonto elilodwa, wakwazi ukwenza umklamo ongcono kakhulu kanye nesampula yomsebenzi wokuhlola kwethu. Ukumelwa okuphelele kwalokho okwaba umkhiqizo oqediwe.

Benza isiqiniseko sokuthi sibalulekile. Noma yimiphi imibuzo noma ukukhathazeka esasinakho kwaphendulwa ngokushesha nangokucatshangelwa. Siyayazisa insizakalo futhi sizokujabulela ukuyincoma kunoma yimuphi wabangane bethu abafuna i-Solenoid. "

UMnu. U-Andrew Costeira

Umthengi Wezobuchwepheshe

I-Melchers Tech Export GmbH

Uqale ukusebenzisana noDkt. Solenoid we-Solenoid nathi kusukela ngo-2012

Selokhu saqala ukubambisana ngo-2012, Bengifuna ukunibonga ngayo yonke i-DC solenoid yephrojekthi yethu yasendlini eniyidalile. Umsebenzisi wethu wokugcina akanankinga lapho esebenzisa umkhiqizo wethu ngaphezu konyaka owodwa. Ngakho qhubeka nemisebenzi emihle eniyenzayo. Siyabonga futhi ngomzamo wakho omuhle we-solenoid owenze eminyakeni eyi-10 edlule. Ngibheke phambili kumaphrojekthi amasha esikhathini esizayo.

UMnu. Marc Friedrich

Umqondisi ophethe

I-APG Cash Away, LLC

Uqale ukusebenzisana noDkt. Solenoid we-Solenoid kusukela ngo-2014

"Ithimba likaDkt. Solenoid lisebenzisana kakhulu, lisabela ngokwedlulele futhi likhiqiza umkhiqizo oqediwe ophucuziwe, ophucuzekile. Baqonda imigomo yethu yebhizinisi yesikhathi eside neyesikhashana futhi kubonakala ezingxoxweni zabo kanye nomkhiqizo wokumaketha abawenzile. Izinga lokuzibandakanya. esikuthola kuDkt. Solenoid kuphezulu kakhulu futhi bayakujabulela ukusebenza nabo ku-DC Push Pull Solenoid.

UMnu Matt Walker

Umqondisi we-Supply Chain

UStanley Black & Decker LLC

Uqale ukusebenzisana noDkt. Solenoid wephrojekthi ye-Solenoid kusukela ngo-2010

“Ngihlabeke umxhwele ngendlela uDkt. Solenoid abesebenza ngayo kuzo zonke izinhlelo zethu zokuxhumana kanye ne-DC solenoid project. Izintengo nekhwalithi yakho ye-DC solenoid kusizuze ukubambisana kwesikhathi eside kusukela ngo-2010”

UMnu. Kunal Arora

Umphathi we-Gobla Sourcing

Zanasi SRL

Siyabonga ngawo wonke umsebenzi wakho omuhle nokuzinikela ngo-2020 kwe-DC Push-pull Linear Solenoid. Silethe ukuthuthuka okuningi okubalulekile kumakhasimende ethu futhi sabeka isisekelo sokusheshisa okuqhubekayo njengoba singena ku-2023. Ngiyaziqhenya kakhulu ngethimba lethu futhi ngibheke ngabomvu ukusebenzisana nani njengoba sizama ukwakha umkhiqizo owusizo kakhulu, nobalulekile emakethe. .

UMnu Andrea Zanasi

Umphathi ovamile

01020304