Sazi Ngokungcono

AS 2214 DC 24V Electromagnetic brake Clutch ebambele Forklift Stacker Isitulo esinamavili soMbane esincinci

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

UmGaqo wokuSebenza :

Xa i-coil yobhedu ye-brake inamandla, i-coil yobhedu ivelisa intsimi yamagnetic, i-armature itsalwa kwidyokhwe ngamandla kazibuthe, kwaye i-armature iyakhutshwa kwi-disc ye-brake. Ngeli xesha, i-disc ye-brake iqhele ukujikelezwa yi-motor shaft; xa i-coil i-de-energized, intsimi yamagnetic iyanyamalala kwaye i-armature iyanyamalala. Ityhalwe ngamandla entwasahlobo ukuya kwidiski yebhuleki, ivelisa itorque kunye neziqhoboshi.

Uphawu lweYunithi:

Umbane: DC24V

Izindlu: Intsimbi yeCarbon eneZinc Coating, ukuthotyelwa kweRohs kunye ne-anti-corrosion, iSmooth Surface.

Itorque yeBraking: ≥0.02Nm

Amandla: 16W

Okwangoku: 0.67A

Ukuchasa: 36Ω

Ixesha lokuphendula:≤30ms

Umjikelo wokusebenza: 1s on, 9s off

Ubomi: Imijikelo eyi-100,000

Ukunyuka kobushushu: Izinzile

Isicelo:

Olu ngcelele lweebhuleki ze-electromechanical electro-magnetic brakes zenziwa amandla nge-electromagnetic, kwaye xa zicinyiwe, zinyanzeliswa entwasa hlobo ukuze ziqonde i-friction braking. Zisetyenziswa ikakhulu kwimoto encinci, i-servo motor, i-stepper motor, i-forklift yombane kunye nezinye iimotor ezincinci nezilula. Isebenza kwi-metallurgy, ukwakhiwa, imboni yeekhemikhali, ukutya, izixhobo zoomatshini, ukupakishwa, isiteji, izinyusi, iinqanawa kunye nabanye oomatshini, ukufezekisa ukupaka ngokukhawuleza, ukubeka ngokuchanekileyo, ukunyathela ngokukhuselekileyo kunye nezinye iinjongo.

I-2.Olu luhlu lweebhuleki lubandakanya umzimba wedyokhwe, iikhoyili zokuvuselela, izithombo, iidiski ze-brake, i-armature, imikhono ye-spline, kunye nezixhobo zokukhulula ngesandla. Ukufakwa ekupheleni kwemoto, lungisa i-screw yokukhwela ukuze wenze i-gap yomoya kwixabiso elichaziweyo; umkhono odibeneyo ugxininiswe kwi-shaft; I-disc ye-brake inokutyibilika kwi-axially kwi-sleeve edibeneyo kwaye ivelise i-torque ye-braking xa i-braking.

Ngezantsi, singathanda ukwazisa ukhetho lwezona zincinci zombane zombane zeDC. Ukuqala kwi-50 N kwaye ukuya kwi-500N ekubambeni amandla. I-electromagnetic ine-coil ye-solenoid ephothiweyo ukubonelela ngokhuseleko olongezelelweyo kuthuli, amanzi kunye namanye amandla angaphandle. Zonke iimagnethi zethu zokubamba ziza ne-250mm ubude besikhokelo kwaye zibonelela ngomngxuma ofakwe kwiziko elingasemva ukuze ufakwe. Umzobo wamandla aphantsi wee-electromagnets ugcina ubushushu bomphezulu wendlu usezantsi kwaye uvumela ukusebenza okuphezulu nakumsebenzi oqhubekayo kunye namaqondo obushushu aphezulu kwindawo.

Ezi magnethi zincinci zingqukuva zilungile ekuphatheni inxalenye ezenzekelayo kunye nokusebenza kokupakisha, kodwa zinezinye izicelo ezininzi. UGqr solenoid 12 okanye 24 volt DC ii-electromagnets ezingqukuva zilawulwa ngumbane we-12 okanye 24 volt kwaye azifuni kugcinwa, ingxolo okanye uxinzelelo lomoya olufana nekomityi yokufunxa okanye igrippers. Amazibuthe ombane aphezulu kaGqr solenoid abonisa indlu yentsimbi eyomeleleyo kunye nenxeba lesandla leekhoyili zobhedu ezitywinwe ngobushushu obuphezulu be-epoxy iminyaka yokugcinwa kwenkonzo yasimahla.

Yintoni i-Electromagnetic Solenoid Lock?,

Isitshixo se-electromagnetic solenoid sisixhobo sokutshixa esikwizinga eliphezulu esisebenza sisebenzisa amandla ombane. Le teknoloji entsha ivumela ulawulo olusebenzayo noluthembekileyo lweengcango kwizicelo ezahlukeneyo. Kukho iintlobo ezintathu eziphambili zokutshixa i-electromagnetic solenoid, nganye eyilelwe ukuhlangabezana neemfuno ezithile zokhuseleko:,

A:Uhlobo lokuvula lwaMandla:Olu hlobo lwesitshixo luhlala lukhuselekile de icoil ye-electromagnetic ibe namandla. Xa umbane unqunyulwa okanye uqhagamshelo luphazamisekile, isitshixo siyabandakanyeka, sisenza ukuba silungele indawo apho uthintelo lolwaphulo-mthetho luphambili,

B:Uhlobo lokutshixa lwaMandla:Esi sitshixo sibandakanyeka ngelixa icoil ye-electromagnetic iqhutywa ngokuqhubekayo kwaye ivula kuphela xa umbane ucinyiwe. Olu phawu lubalulekile ekuphumeni okungxamisekileyo, ukuqinisekisa ukuba ukhuseleko kunye nokufuduka kubekwa phambili xa kukho umlilo okanye ezinye iimeko zikaxakeka,

C: Uhlobo lokubamba uMmandla:Esi sitshixo sisebenza ngeendlela ezininzi sinokutshixa kwaye sivuleke ngokufaka i-voltage ye-pulse kulo naliphi na icala kwikhoyili ye-electromagnetic. Yenzelwe ukugcina imeko yayo etshixiweyo okanye engatshixwanga ngaphandle kwamandla aqhubekayo, iyenza ibe lukhetho olusebenza ngamandla,

Iimpawu zokuSebenza:Ukuqonda iimpawu zokusebenza zohlobo lokutshixa oluqhubekayo ngokubhekiselele kuhlobo oluphakathi olulinganiselweyo lokutshixa kubalulekile ekukhetheni isisombululo esifanelekileyo, -

NONEEzi zitshixo ziyilelwe ukuba zimelane nesicelo sombane oqhubekayo ngaphandle kokugqithisa iqondo lokushisa elimiselweyo, ukuqinisekisa ukuqina kunye nokuthembeka ekuhambeni kwexesha, -

Uhlobo olukalwe ngokweSithuba:Ezi zitshixo zinokugcina amanqanaba obushushu akhuselekileyo xa umbane olinganisiweyo usetyenziswa ixeshana elifutshane, uzenza zilungele iinkqubo ezinemijikelo yamandla eyahluka-hlukeneyo,

Ubume boZitshixo zeeNcango zoMbane: Izitshixo zocango lwe-Electromagnetic ziquka izinto ezimbini eziphambili: i-electromagnetic kunye ne-armature plate. I-electromagnetic idla ngokufakwa kwisakhelo socango, ngelixa ipleyiti ye-armature ifakwe emnyango ngokwawo. Xa i-electromagnetic inamandla, yenza umhlaba wamagnetic otsalela ipleyiti ye-armature, itshixa ngokufanelekileyo ucango,

Umgaqo wokuSebenza:Ukusebenza kwezitshixo zocango lwe-electromagnetic kusekwe kwintsebenziswano phakathi kombane kunye nemagnethi. Xa umsinga wombane uqukuqela kwi-electromagnetic, uvelisa indawo yemagnethi etsala ipleyiti ye-armature, ikhusele ucango kwindawo. Lo matshini usetyenziswa ngokubanzi kwiinkqubo zolawulo lofikelelo kwaye unokufumaneka kwiindawo ezahlukeneyo, kubandakanywa izakhiwo zeofisi, amaziko oluntu, kunye neendawo zokugcina iimpahla,

Izicelo kunye neeNzuzo :Izitshixo ze-electromagnetic solenoid zibonelela ngokhuseleko olongezelelweyo, ukusetyenziswa ngokulula, kunye nokusebenza kakuhle kwamandla. Ukukwazi kwabo ukudibanisa kwiinkqubo zokulawula ukufikelela kwenza ukuba kube yinto ekhethwayo kuzo zombini iipropati zokuhlala kunye nezorhwebo, okuvumela ukulawula okungenamthungo kweendawo zokungena kunye nokuphuma. Nokuba uyawaphucula amanyathelo okhuseleko kwishishini okanye uphucula ikhaya lakho, izitshixo ze-electromagnetic solenoid zibonelela ngokhuseleko oluthembekileyo kunye nokulula, Ukufumana ulwazi oluthe kratya malunga nokukhetha isitshixo esifanelekileyo sombane we-solenoid kwiimfuno zakho, qhagamshelana nathi namhlanje!

Yintoni iMicro Push Pull Solenoid?

I-Micro Push Tsala i-Solenoid ngokusisiseko yi-electromagnetic: yenziwe ngekhoyili ye-solenoid yocingo lobhedu kunye ne-armature (i-slug yentsimbi) yentsimbi / i-plunger embindini. Xa ikhoyili ye-solenoid inamandla, i-plunger itsalwa embindini ngekhoyili ye-solenoid yamandla umazibuthe. Oku kwenza i-micro push pull solenoid ikwazi ukutsala (ukusuka kwelinye icala) okanye ukutyhala (ukusuka kwelinye).

Le mirco push pull solenoid incinci kakhulu, inomzimba omde we-40mm kunye nezixhobo 'ezithinjiweyo' ezinemithombo eyomeleleyo yokubuya. Oku kuthetha ukuba xa ivuliwe nge ~ 12V DC, i-solenoid iyahamba kwaye emva koko i-voltage isusiwe ibuyela kwindawo yokuqala, esebenza ngokulula. Uninzi lwe-solenoids yexabiso eliphantsi luhlobo lokutyhala kuphela okanye uhlobo lokutsalwa kuphela kwaye zisenokungabi nezixhobo ezithinjiweyo (ziya kuwa!) okanye azinamthombo wokubuya. Le ineethebhu ezintle zokukhwela, i-solenoid yayo yonke injongo.

Yintoni i-Electromagnetic Solenoid Lock?,

Isitshixo se-electromagnetic solenoid sisixhobo sokutshixa esikwizinga eliphezulu esisebenza sisebenzisa amandla ombane. Le teknoloji entsha ivumela ulawulo olusebenzayo noluthembekileyo lweengcango kwizicelo ezahlukeneyo. Kukho iintlobo ezintathu eziphambili zokutshixa i-electromagnetic solenoid, nganye eyilelwe ukuhlangabezana neemfuno ezithile zokhuseleko:,

A:Uhlobo lokuvula lwaMandla:Olu hlobo lwesitshixo luhlala lukhuselekile de icoil ye-electromagnetic ibe namandla. Xa umbane unqunyulwa okanye uqhagamshelo luphazamisekile, isitshixo siyabandakanyeka, sisenza ukuba silungele indawo apho uthintelo lolwaphulo-mthetho luphambili,

B:Uhlobo lokutshixa lwaMandla:Esi sitshixo sibandakanyeka ngelixa icoil ye-electromagnetic iqhutywa ngokuqhubekayo kwaye ivula kuphela xa umbane ucinyiwe. Olu phawu lubalulekile ekuphumeni okungxamisekileyo, ukuqinisekisa ukuba ukhuseleko kunye nokufuduka kubekwa phambili xa kukho umlilo okanye ezinye iimeko zikaxakeka,

C: Uhlobo lokubamba uMmandla:Esi sitshixo sisebenza ngeendlela ezininzi sinokutshixa kwaye sivuleke ngokufaka i-voltage ye-pulse kulo naliphi na icala kwikhoyili ye-electromagnetic. Yenzelwe ukugcina imeko yayo etshixiweyo okanye engatshixwanga ngaphandle kwamandla aqhubekayo, iyenza ibe lukhetho olusebenza ngamandla,

Iimpawu zokuSebenza:Ukuqonda iimpawu zokusebenza zohlobo lokutshixa oluqhubekayo ngokubhekiselele kuhlobo oluphakathi olulinganiselweyo lokutshixa kubalulekile ekukhetheni isisombululo esifanelekileyo, -

NONEEzi zitshixo ziyilelwe ukuba zimelane nesicelo sombane oqhubekayo ngaphandle kokugqithisa iqondo lokushisa elimiselweyo, ukuqinisekisa ukuqina kunye nokuthembeka ekuhambeni kwexesha, -

Uhlobo olukalwe ngokweSithuba:Ezi zitshixo zinokugcina amanqanaba obushushu akhuselekileyo xa umbane olinganisiweyo usetyenziswa ixeshana elifutshane, uzenza zilungele iinkqubo ezinemijikelo yamandla eyahluka-hlukeneyo,

Ubume boZitshixo zeeNcango zoMbane: Izitshixo zocango lwe-Electromagnetic ziquka izinto ezimbini eziphambili: i-electromagnetic kunye ne-armature plate. I-electromagnetic idla ngokufakwa kwisakhelo socango, ngelixa ipleyiti ye-armature ifakwe emnyango ngokwawo. Xa i-electromagnetic inamandla, yenza umhlaba wamagnetic otsalela ipleyiti ye-armature, itshixa ngokufanelekileyo ucango,

Umgaqo wokuSebenza:Ukusebenza kwezitshixo zocango lwe-electromagnetic kusekwe kwintsebenziswano phakathi kombane kunye nemagnethi. Xa umsinga wombane uqukuqela kwi-electromagnetic, uvelisa indawo yemagnethi etsala ipleyiti ye-armature, ikhusele ucango kwindawo. Lo matshini usetyenziswa ngokubanzi kwiinkqubo zolawulo lofikelelo kwaye unokufumaneka kwiindawo ezahlukeneyo, kubandakanywa izakhiwo zeofisi, amaziko oluntu, kunye neendawo zokugcina iimpahla,

Izicelo kunye neeNzuzo :Izitshixo ze-electromagnetic solenoid zibonelela ngokhuseleko olongezelelweyo, ukusetyenziswa ngokulula, kunye nokusebenza kakuhle kwamandla. Ukukwazi kwabo ukudibanisa kwiinkqubo zokulawula ukufikelela kwenza ukuba kube yinto ekhethwayo kuzo zombini iipropati zokuhlala kunye nezorhwebo, okuvumela ukulawula okungenamthungo kweendawo zokungena kunye nokuphuma. Nokuba uyawaphucula amanyathelo okhuseleko kwishishini okanye uphucula ikhaya lakho, izitshixo ze-electromagnetic solenoid zibonelela ngokhuseleko oluthembekileyo kunye nokulula, Ukufumana ulwazi oluthe kratya malunga nokukhetha isitshixo esifanelekileyo sombane we-solenoid kwiimfuno zakho, qhagamshelana nathi namhlanje!

AS 0938 Push Tsala solenoids ziyilwe njengeekhoyili zesolenoid ezipakishwe kwizindlu zentsimbi zekhabhoni ephantsi ezisebenza njengepali yemagnethi encedisayo. I-armature isebenzisa isekethe yemagnethi yesibini eyandisa amandla aphumayo aqhelekileyo ngama-20% ukuya kuma-50%. Le solenoid ye-AS 0839 ihambisa amandla amakhulu ngobungakanani bayo ngokutyhala okanye ukutsalwa.

IIMBONAKALO

Idizayinwe ngemijikelo yobomi eqhelekileyo yezigidi ezi-2, kunye noyilo lobomi obude obunokufikelela kwimijikelo yezigidi ezi-5. Iinketho ziquka uqwalaselo lwesiqwenga sepali; iintlobo ezinqamlezileyo okanye ezisicaba. I-plunger ye-stroke esebenzayo yenzelwe imivumbo ephakathi (3-8mm).

Yintoni iMicro Push Pull Solenoid?

I-Micro Push Tsala i-Solenoid ngokusisiseko yi-electromagnetic: yenziwe ngekhoyili ye-solenoid yocingo lobhedu kunye ne-armature (i-slug yentsimbi) yentsimbi / i-plunger embindini. Xa ikhoyili ye-solenoid inamandla, i-plunger itsalwa embindini ngekhoyili ye-solenoid yamandla umazibuthe. Oku kwenza i-micro push pull solenoid ikwazi ukutsala (ukusuka kwelinye icala) okanye ukutyhala (ukusuka kwelinye).

Le mirco push pull solenoid incinci kakhulu, inomzimba omde we-40mm kunye nezixhobo 'ezithinjiweyo' ezinemithombo eyomeleleyo yokubuya. Oku kuthetha ukuba xa ivuliwe nge ~ 12V DC, i-solenoid iyahamba kwaye emva koko i-voltage isusiwe ibuyela kwindawo yokuqala, esebenza ngokulula. Uninzi lwe-solenoids yexabiso eliphantsi luhlobo lokutyhala kuphela okanye uhlobo lokutsalwa kuphela kwaye zisenokungabi nezixhobo ezithinjiweyo (ziya kuwa!) okanye azinamthombo wokubuya. Le ineethebhu ezintle zokukhwela, i-solenoid yayo yonke injongo.

AS 0730 amandla aphezulu tyhala tsala solenoid 12v

Ngokusisiseko, i-solenoid yi-electromagnetic: yenziwe ngenxeba lekhoyili yobhedu kwisakhelo sezindlu, kunye nesakhiwo sentsimbi ekhululekileyo yohlobo lwezindlu kumbindi wekhoyili. Xa umbane ulayitiwe, iplunger itsalelwa kumbindi wekhoyili yesolenoid. Oku kuvumela i-solenoid ukutsala ("tsala" ukusuka kwelinye icala) okanye ukutyhala ("tyhala" ukusuka kwelinye icala).

Le push pull solenoid ilungile kwaye inamandla amaninzi ngakumbi kubungakanani obufanelekileyo (xa kuthelekiswa ne-solenoid yethu encinci). Inendlu ende ye-40mm kunye nesakhelo esisisigxina esinespring (ukubamba i-shaft). Oku kuthetha ukuba i-solenoid ihambisa i-shaft xa i-24V isetyenziswa, kwaye xa kungekho mandla okutsala, i-spring spring ibuyisela i-shaft kwindawo yayo yokuqala. Iyasebenziseka kakhulu. Uninzi lwe-solenoids exabiso eliphantsi inokutyhala okanye itsale i-shaft kwaye ayinayo i-armature yokubamba i-shaft (i-shaft iya kuwa kwi-solenoid). I-solenoids exabiso eliphantsi nayo ayinayo intwasahlobo yokubuya.

Ubungakanani beyunithi:φ 13 *25 mm / 0.54 * 1.0 intshi. Umgama we-Stroke: 6-8 Mm;

Yintoni iTubular Solenoid?

Injongo ye-tubular Solenoid kukufumana amandla aphezulu okuvelisa kubunzima obuncinci kunye nobukhulu bomda. Iimpawu zayo zibandakanya ubungakanani obuncinci kodwa amandla amakhulu, Ngoyilo olukhethekileyo lwe-tubular, siya kunciphisa ukuvuza kwamagnetic kwaye sithobe ingxolo yokusebenza kwiprojekthi yakho efanelekileyo. Ngokusekwe kwintshukumo kunye neMechanism, wamkelekile ukuba ukhethe ukutsala okanye ukutyhala uhlobo lwe-tubular solenoid ngokutsho.

Iimpawu zeMveliso:

Umgama we-Stroke umiselwe ukuya kwi-30mm (kuxhomekeke kuhlobo lwe-tubular) ukubamba amandla kugxininiswe ukuya kwi-2,000N (kwindawo yokugqibela, xa inamandla) Iyakwazi ukuyila njenge-push-type okanye i-tubular pull-type linear solenoid Ubomi obude benkonzo: ukuya kwi-3 yezigidi zemijikelezo kunye nexesha elingakumbi lokuphendula ngokukhawuleza: ixesha lokutshintsha Izindlu zentsimbi eziphakamileyo zeCarbon ezinomgangatho ogudileyo nokhanyayo.
Ikhoyili yobhedu ecocekileyo ngaphakathi ukwenzela ukuqhuba kakuhle kunye nokugquma.

Usetyenziso oluqhelekileyo

Izixhobo zeLabhoratri
Izixhobo zokuMakisha iLaser
Amanqaku oQokelelo lwePasela
Inkqubo yokulawula izixhobo
Isitshixa kunye noKhuseleko lokuthengisa
Izitshixo zoKhuseleko oluPhezulu
Izixhobo zokuxilonga nokuhlalutya

Uhlobo lwe-Tubular Solenoid:

I-solenoids ye-Tubular ibonelela ngoluhlu olwandisiweyo lwe-stroke ngaphandle kokuthomalalisa amandla xa kuthelekiswa nezinye ii-solenoids zesakhelo esisemgceni. Ziyafumaneka njenge-push tubular solenoids okanye ukutsala i-solenoids ye-tubula, kwi-solenoids yokutyhala.
iplunger yolulelwa ngaphandle xa umsinga uvuliwe, ngelixa i-solenoids yokutsalwa ihlehliselwa ngaphakathi.

Ubungakanani: 30 * 22 MM

Ukubamba amandla : 4.0 KG-150KG

Ubude bocingo malunga ne-210mm

Umazibuthe wokuphakamisa umbane.

Inamandla kwaye ihlangene.

Umphezulu ogudileyo kwaye usicaba.

Ukusetyenziswa okuphantsi kunye nokunyuka okuthembekileyo kweqondo lokushisa

Ubushushu be-Ambient ngaphakathi kwe-130 degrees.

I-Electromagnetic ekwimeko yokusebenza inokuvelisa ubushushu obuthile, umbane rhoqo ubushushu obuphezulu, nto leyo eqhelekileyo.

Uphawu

1. Into ye-adsorbed kufuneka ibe yintsimbi;
2. Khetha umbane ochanekileyo kunye nemodeli yemveliso;
3. Indawo yoqhagamshelwano igudileyo, ithe tyaba kwaye icocekile;
4. Umphezulu wemagnethi kufuneka uncanyathiselwe ngokusondeleyo kwinto ye-adsorbed ngaphandle kwesikhewu;
5. Indawo ye-adsorbed ye-adsorbed iya kuba nkulu okanye ilingane nobukhulu bedayamitha yemagnethi;
6. Into eza kufunxwa mayibe kufutshane, umbindi awunakudityaniswa nezinto okanye izikhewu (Ngokuchaseneyo nayo nayiphi na imiqathango, ukufunxa kuya kuncitshiswa, hayi ukufunxa okuphezulu.)

Yintoni i-rotary latching solenoid?

I-rotary latching solenoid sisixhobo se-electromechanical esidibanisa ukujikeleza kunye nemisebenzi yokuqhawula. Isetyenziselwa ikakhulu ukuguqula amandla ombane kwintshukumo yokujikeleza komatshini kwaye inokugcina indawo ethile ngaphandle kokutya umbane. Nazi iinkcukacha:

I-Rotary Latching Solenoid's Structure :Ngokuqhelekileyo yenziwe ngekhoyili, umazibuthe osisigxina, i-armature, kunye nesiseko. Ikhoyili yenza imagnethi xa inikwe amandla. Umazibuthe osisigxina wenza indlela yokuhamba kazibuthe phakathi kobuso bepali echaseneyo nesiseko. I-armature yinxenye ejikelezayo, exhunywe kwi-shaft yemveliso okanye indlela.

Umgaqo wokusebenza:Xa i-solenoid inikwe amandla, i-coil ivelisa i-magnetic field ehambelana nemagnethi yemagnethi esisigxina. Oku kubangela ukuba i-armature ijikeleze kwindawo ethile. Ngenxa yomsebenzi wokutshixa, xa i-armature ifikelela kwindawo ekujoliswe kuyo, inokubanjwa ngamandla omagnetic wemagnethi esisigxina nokuba amandla asusiwe. Ukutshintsha indawo ye-armature, kuyimfuneko ukusebenzisa umqondiso ofanelekileyo wombane kwakhona ukuze unqobe amandla okutshixa kwaye uqhube i-armature ukujikeleza kwenye indawo.

Iiparamitha zobuGcisa

Amandla ombane ombane: ngokuqhelekileyo i-12V, i-24V DC, njl. Iimodeli ezahlukeneyo zineemfuno ezahlukeneyo zombane.

I-angle yokujikeleza: Ii-angles ezijikelezayo eziqhelekileyo ziquka i-30 °, i-45 °, i-90 °, njl njl. I-angle ethile ixhomekeke kuyilo kunye neemfuno zesicelo seprojekthi.

Umjikelo womsebenzi: Ubonisa umyinge wamandla-ngexesha kumjikelo womsebenzi ukuya kwixesha lilonke, elinokuba yi-10%, 15%, 100%, njl.

Ukusetyenziswa kwamandla: Amandla asetyenziswa yivalve ye-solenoid xa inikwe amandla, ukusuka kwii-watts ezimbalwa ukuya kumashumi e-watts ngokuxhomekeke kwimodeli.

Ixesha lokutshintsha: Ngokubanzi phakathi kwamashumi eemillisecond, eli lixesha elifunekayo ukuze umazibuthe ugqibezele ukujikeleza kunye nokuqhobosha.

inzuzo

Ukugcinwa kwamandla: Isebenzisa amandla kuphela xa utshintsha izikhundla, kwaye ayifuni ukunikezelwa kwamandla okuqhubekayo ukugcina indawo, enokugcina amandla.

Ukuthembeka okuphezulu: Umsebenzi wokuzivalela uqinisekisa ukuba isikhundla sihlala sizinzile kwaye asichatshazelwa lula yimiba yangaphandle.

Ulwakhiwo olubambeneyo: Ubungakanani obuncinci ngokwentelekiso, bunokufakwa kwindawo encinci.

Ngezantsi, singathanda ukwazisa ukhetho lwezona zincinci zombane zombane zeDC. Ukuqala kwi-50 N kwaye ukuya kwi-500N ekubambeni amandla. I-electromagnetic ine-coil ye-solenoid ephothiweyo ukubonelela ngokhuseleko olongezelelweyo kuthuli, amanzi kunye namanye amandla angaphandle. Zonke iimagnethi zethu zokubamba ziza ne-250mm ubude besikhokelo kwaye zibonelela ngomngxuma ofakwe kwiziko elingasemva ukuze ufakwe. Umzobo wamandla aphantsi wee-electromagnets ugcina ubushushu bomphezulu wendlu usezantsi kwaye uvumela ukusebenza okuphezulu nakumsebenzi oqhubekayo kunye namaqondo obushushu aphezulu kwindawo.

Ezi magnethi zincinci zingqukuva zilungile ekuphatheni inxalenye ezenzekelayo kunye nokusebenza kokupakisha, kodwa zinezinye izicelo ezininzi. UGqr solenoid 12 okanye 24 volt DC ii-electromagnets ezingqukuva zilawulwa ngumbane we-12 okanye 24 volt kwaye azifuni kugcinwa, ingxolo okanye uxinzelelo lomoya olufana nekomityi yokufunxa okanye igrippers. Amazibuthe ombane aphezulu kaGqr solenoid abonisa indlu yentsimbi eyomeleleyo kunye nenxeba lesandla leekhoyili zobhedu ezitywinwe ngobushushu obuphezulu be-epoxy iminyaka yokugcinwa kwenkonzo yasimahla.

Yintoni iMagnet yokuPhakamisa eSisigxina?

IMazibuthe eSisigxina ephakamisayo yenziwe ngeeseti ezimbini zeemagnethi ezisisigxina: iseti enye yeemagnethi ezinepolarities ezisisigxina, kunye neseti enye yeemagnethi ezinepolarities ezibuyiselwa umva. I-DC yangoku ibetha kumacala ahlukeneyo ngekhoyili ye-solenoid yangaphakathi ejikeleze le yokugqibela ibuyisela umva i-polarities yayo kwaye yenza kwiimeko ezimbini: kunye okanye ngaphandle kwamandla angaphandle wokubamba. Isixhobo sifuna i-DC yangoku pulse ngaphantsi kwesekondi enye ukuze ivulwe kwaye ingasebenzi. Ngalo lonke ixesha lokuphakamisa umthwalo isixhobo asisafuni mbane kwakhona.

Yintoni i-Electromagnetic lifter?

I-electromagnet lifter sisixhobo esisebenza kumgaqo we-electromagnetic kwaye iqulethe i-iron core, i-coil yobhedu kunye nediski yentsimbi ejikelezayo. Xa i-current idlula kwikhoyili yobhedu, i-magnetic field eveliswayo iya kwenza i-iron core ibe yimagnethi yethutyana, ethi itsale izinto zentsimbi ezikufutshane. Umsebenzi wediski engqukuva kukuphucula amandla okufunxa, kuba umhlaba wemagnethi okwidiski engqukuva kunye nemagnethi eveliswa ngumbindi wentsimbi uya kunyanzeliswa ukuba enze amandla ombane anamandla. Esi sixhobo sinamandla amakhulu e-adsorption kunemagnethi aqhelekileyo kwaye sisetyenziswa kakhulu kumashishini, ubomi bentsapho kunye nophando lwezenzululwazi.

Olu hlobo lwe-electromagnetic lifter luphathwayo, lungabizi kakhulu, kunye nezisombululo ezisebenzayo zokuphakamisa lula izinto ezifana neepleyiti zentsimbi, iipleyiti zetsimbi, amashiti, iikhoyili, iityhubhu, iidiski, njl. Indawo yayo yamagnetic ayihambelani njengoko inokutshintsha okanye icime ngokusekelwe kwiimfuno ezithile.

Umgaqo wokusebenza:

Umgaqo osebenzayo we-electromagnetic lifter usekwe kwintsebenziswano phakathi kwendawo kazibuthe eveliswa kukungeniswa kombane kunye nento yentsimbi. Xa ikhoyo ngoku idlula kwikhoyili yobhedu, intsimi yamagnetic iyaveliswa, ethunyelwa kwidisk ngombindi wentsimbi ukuze yenze indawo engqongileyo yamagnetic. Ukuba into yentsimbi ekufutshane ingena kule ndawo yamagnetic field, into yentsimbi iya kubhengezwa kwidisk phantsi kwesenzo samandla kazibuthe. Ubungakanani bamandla e-adsorption buxhomekeke kumandla wangoku kunye nobukhulu bemagnethi, yiyo loo nto i-electromagnetic cup yokufunxa inokulungelelanisa amandla e-adsorption njengoko kufuneka.

Yintoni i-Electromagnet?

I-electromagnetic sisixhobo esisebenza kumgaqo we-electromagnetic kwaye iqulethe i-iron core, i-coil yobhedu kunye nediski yentsimbi ejikelezayo. Xa i-current idlula kwikhoyili yobhedu, i-magnetic field eveliswayo iya kwenza i-iron core ibe yimagnethi yethutyana, ethi itsale izinto zentsimbi ezikufutshane. Umsebenzi wediski engqukuva kukuphucula amandla okufunxa, kuba umhlaba wemagnethi okwidiski engqukuva kunye nemagnethi eveliswa ngumbindi wentsimbi uya kunyanzeliswa ukuba enze amandla ombane anamandla. Esi sixhobo sinamandla amakhulu e-adsorption kunemagnethi aqhelekileyo kwaye sisetyenziswa kakhulu kumashishini, ubomi bentsapho kunye nophando lwezenzululwazi.

Olu hlobo lwe-electromagnetic luphathekayo, lungabizi kakhulu, kwaye lusebenza izisombululo zokuphakamisa lula izinto ezifana neepleyiti zentsimbi, iipleyiti zetsimbi, amacwecwe, iikhoyili, iityhubhu, iidiski, njl. Indawo yayo yamagnetic ayihambelani njengoko inokutshintsha okanye icime ngokusekelwe kwiimfuno ezithile.

Umgaqo wokusebenza:

Umgaqo osebenzayo wekomityi yokufunxa i-electromagnetic usekwe kwintsebenziswano phakathi kwendawo yamagnetic eveliswa ngokufakwa kwe-electromagnetic kunye nento yentsimbi. Xa ikhoyo ngoku idlula kwikhoyili yobhedu, intsimi yamagnetic iyaveliswa, ethunyelwa kwidisk ngombindi wentsimbi ukuze yenze indawo engqongileyo yamagnetic. Ukuba into yentsimbi ekufutshane ingena kule ndawo yamagnetic field, into yentsimbi iya kubhengezwa kwidisk phantsi kwesenzo samandla kazibuthe. Ubungakanani bamandla e-adsorption buxhomekeke kumandla wangoku kunye nobukhulu bemagnethi, yiyo loo nto i-electromagnetic cup yokufunxa inokulungelelanisa amandla e-adsorption njengoko kufuneka.

Yintoni i-solenoid yenkqubo yokutshintsha izibane zemoto?

I-solenoid yesibane semoto sisixhobo esisebenza kumgaqo we-electromagnetics kwaye sifakwe kwi-headlight yemoto ukutshintsha inkqubo ye-beam ephezulu kunye nephantsi.

Umgaqo osebenzayo wemoto ye-Solenoid.

xa ikhoyo ngoku idlula kwikhoyili ye-solenoid, intsimi yamagnetic iyaveliswa, enokuthi ifake i-iron core kwaye ivelise amandla okutyhala kunye nokutsalwa kwesakhiwo sokukhanya kwemoto ye-solenoid kwintshukumo yomgca ukutshintsha ukukhanya kwentloko ngaphakathi.

Isetyenziswa ikakhulu kwindlela yokukhanyisa ngaphambili (AFS) yeemoto. Kule nkqubo, i-solenoid yokukhanya kwemoto inokutshintsha umqadi ophezulu kunye nophantsi ngokufanelekileyo. Xa isithuthi sijika okanye sihamba ngeendlela ezinyukayo okanye ezihlayo, ngokulawula ukuhamba kwe-valve ye-solenoid, i-beam ephezulu kunye nephantsi ye-headlight ingatshintshwa ngokuchanekileyo, ukwenzela ukuba ukukhanya kunokukhanyisa kangcono i-curve okanye indlela ehamba phambili, ukuphucula ukhuseleko lokuqhuba.

Isebenza ntoni i-push pull solenoid yezibane zemoto?

I-Push Pull Solenoid yezibane zemoto, ezikwabizwa ngokuba zizibane zemoto kunye nezibane zemoto ze-LED zasemini, ngamehlo emoto. Azihambelani kuphela nomfanekiso wangaphandle wemoto, kodwa zihambelana ngokusondeleyo nokuqhuba ngokukhuselekileyo ebusuku okanye kwiimeko ezimbi zemozulu. Ukusetyenziswa kunye nokugcinwa kwezibane zemoto akunakungahoywa.

Ukuze uphishekele ubuhle kunye nokuqaqamba, abanikazi beemoto abaninzi badla ngokuqala ngezibane zemoto xa belungisa. Ngokubanzi, izibane zemoto kwimarike zohlulwe zibe ngamacandelo amathathu: izibane ze-halogen, izibane ze-xenon kunye nezibane ze-LED.

Uninzi lwezibane zemoto zifuna i-electromagnets / i-solenoid yesibane semoto, ebaluleke kakhulu kwaye ibalulekile. Badlala indima yokutshintsha phakathi kweeplanga eziphezulu kunye neziphantsi, kwaye zisebenza ngokuzinzile kwaye ziphila ubomi obude.

Iimpawu zeYunithi:

Ubungakanani beyunithi: 49 * 16 * 19 Mm / 1.92 * 0.63 * 0.75 intshi /
Iplunger: φ 7 mm
Umbane: DC 24 V
Ukubetha: 7 mm
Amandla: 0.15-2 N
Amandla: 8W
Okwangoku: 0.28 A
Ukuchasa: 80 Ω
Umjikelo wokuSebenza: 0.5s On, 1s Off
Izindlu: Indlu yeCarton Steel ene-Zinc plated coating, indawo egudileyo, kunye nokuthotyelwa kweRohs; Imbovane--umhlwa;
Ucingo lobhedu: Yakhelwe ngocingo olusulungekileyo lobhedu, ukuqhuba kakuhle kunye nokumelana nobushushu obuphezulu:
Oku njenge-0625 push pull solenoid yesibane semoto sisetyenziswa ikakhulu kwiintlobo ezahlukeneyo zezibane zemoto kunye nezithuthuthu kunye nezixhobo zokutshintsha izibane ze-xenon kunye nezixhobo. Imveliso yemveliso yenziwa ukumelana nokushisa okungaphezulu kwama-200 degrees. Inokusebenza kakuhle kwindawo yobushushu obuphezulu ngaphandle kokuxinga, ukuba shushu, okanye ukutshisa.

Izavenge ezilula:

Imingxunya emine exhonywe ngezikrufu ezimiliselwe macala omabini, yenzelwe ukusetwa lula ngexesha lokudibanisa imveliso kwisibane sentloko yemoto. W

AS 2214 DC 24V Electromagnetic brake Clutch ebambele Forklift Stacker Isitulo esinamavili soMbane esincinci

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

UmGaqo wokuSebenza :

Xa i-coil yobhedu ye-brake inamandla, i-coil yobhedu ivelisa intsimi yamagnetic, i-armature itsalwa kwidyokhwe ngamandla kazibuthe, kwaye i-armature iyakhutshwa kwi-disc ye-brake. Ngeli xesha, i-disc ye-brake iqhele ukujikelezwa yi-motor shaft; xa i-coil i-de-energized, intsimi yamagnetic iyanyamalala kwaye i-armature iyanyamalala. Ityhalwe ngamandla entwasahlobo ukuya kwidiski yebhuleki, ivelisa itorque kunye neziqhoboshi.

Uphawu lweYunithi:

Umbane: DC24V

Izindlu: Intsimbi yeCarbon eneZinc Coating, ukuthotyelwa kweRohs kunye ne-anti-corrosion, iSmooth Surface.

Itorque yeBraking: ≥0.02Nm

Amandla: 16W

Okwangoku: 0.67A

Ukuchasa: 36Ω

Ixesha lokuphendula:≤30ms

Umjikelo wokusebenza: 1s on, 9s off

Ubomi: Imijikelo eyi-100,000

Ukunyuka kobushushu: Izinzile

Isicelo:

Olu ngcelele lweebhuleki ze-electromechanical electro-magnetic brakes zenziwa amandla nge-electromagnetic, kwaye xa zicinyiwe, zinyanzeliswa entwasa hlobo ukuze ziqonde i-friction braking. Zisetyenziswa ikakhulu kwimoto encinci, i-servo motor, i-stepper motor, i-forklift yombane kunye nezinye iimotor ezincinci nezilula. Isebenza kwi-metallurgy, ukwakhiwa, imboni yeekhemikhali, ukutya, izixhobo zoomatshini, ukupakishwa, isiteji, izinyusi, iinqanawa kunye nabanye oomatshini, ukufezekisa ukupaka ngokukhawuleza, ukubeka ngokuchanekileyo, ukunyathela ngokukhuselekileyo kunye nezinye iinjongo.

I-2.Olu luhlu lweebhuleki lubandakanya umzimba wedyokhwe, iikhoyili zokuvuselela, izithombo, iidiski ze-brake, i-armature, imikhono ye-spline, kunye nezixhobo zokukhulula ngesandla. Ukufakwa ekupheleni kwemoto, lungisa i-screw yokukhwela ukuze wenze i-gap yomoya kwixabiso elichaziweyo; umkhono odibeneyo ugxininiswe kwi-shaft; I-disc ye-brake inokutyibilika kwi-axially kwi-sleeve edibeneyo kwaye ivelise i-torque ye-braking xa i-braking.

UmGaqo wokuSebenza we-Smart Door Lock

Isitshixo socango esikrelekrele sinamalungu amabini: ivalve yesolenoid kunye nomzimba wokutshixa. Ivalve ye-solenoid ivelisa amandla ombane owomeleleyo xa umbane udlula kwikhoyili ye-solenoid, ukutyhala umbindi wentsimbi ( plunger ) ukuba uhambe ngokulandelelana, kwaye utyhala ulwimi lokutshixa kwisakhelo socango ukufezekisa ukwandiswa kunye nolawulo lokurhoxa lwesitshixo esihlakaniphile. Xa amandla ecinyiwe, amandla amagnetic kwivalve ye-solenoid ayanyamalala, kwaye ulwimi lokutshixa luya kubuyela kwindawo yalo yokuqala yokusebenza ngamandla entwasahlobo.

Ngenxa yoyilo olwahlukileyo, izitshixo zocango lwe-electromagnetic nazo zahlulwe zaba ziindidi ezimbini, ezihlala zivulekile kwaye zivaliwe ngokwesiqhelo.

Isitshixo se-electromagnetic esiqhele ukuvuleka, esikwabizwa ngokuba sisitshixo sokuvula i-electromagnetic, sivula xa ivalve ye-solenoid ivuliwe. Xa ivalve ye-solenoid iphelelwe ngamandla, umzimba wokutshixa uyavalwa.

Isitshixo sombane esiqhele ukuvaleka, esikwabizwa ngokuba sisitshixo sombane wokuvala amandla, siyavala xa ivalve yesolenoid ilayitiwe. Xa ivalve ye-solenoid iphelelwe ngamandla, umzimba wokutshixa uyavulwa.

Zombini ezi ntlobo zinokuphunyezwa kwizicelo eziphathekayo kwaye zinokumiselwa ngokweemfuno zangempela.

• I-voltage esebenzayo: ihlala isebenza kwi-DC12V okanye i-24V DC, uyilo lokusetyenziswa kwamandla aphantsi (ngoku malunga ne-200-500mA).
• Ixesha lesenzo: isantya sokuphendula ngokukhawuleza (

Yila

Imigangatho emithathu yoguqulo lwamandla ombane → amandla kazibuthe → amandla oomatshini axhomekeke kukulungelelaniswa kolungelelwaniso lweekhoyili ezijikayo, ukuqina kwangoku kunye nemathiriyeli engundoqo (efana nealloyi yemagnethi ethambileyo).

Ubungakanani beyunithi:Ububanzi 23 * 48 mm

Ukusetyenziswa kweekhoyili zobhedu

Iikhoyili zeMazibuthe zeCopper zisetyenziswa ngokukhohlakeleyo ngamashishini kwihlabathi liphela ukufudumeza (i-induction) kunye nokupholisa, iRadio-Frequency (RF), kunye nezinye iinjongo ezininzi. Iikhoyili zobhedu eziqhelekileyo zisetyenziswa kwi-RF okanye kwi-RF-Match izicelo apho kufuneka iityhubhu yobhedu kunye nocingo lobhedu ukuthumela ulwelo, umoya, okanye ezinye izinto zosasazo ukupholisa okanye ukunceda ukuphembelela amandla eentlobo ngeentlobo zezixhobo.

Iimpawu zeMveliso:

I-1 Magnet cooper Wire ( 0.7mm 10m iCopper Wire) , i-Coil Wining for Transformer Inductance Coil Inductor.
2 Yenziwe ngobhedu olusulungekileyo ngaphakathi, kunye nepeyinti yokugquma kunye nesikhumba se-polyester patent phezu komhlaba.
3 Kulula ukuyisebenzisa kwaye kulula ukuyiqonda.
4 Inobugudi obuphezulu kunye nombala olungileyo.
I-5Inokumelana nokushisa okuphezulu, ubunzima obuhle kwaye akukho lula ukuphuka.
6Iinkcukacha; .Ubushushu bomsebenzi:-25℃~ 185℃ Ukufuma komsebenzi:5%~95%RH

Malunga neNkonzo yethu;

UGqr Solenoid ngumthombo wakho othembekileyo weekhoyili zobhedu zemagnethi. Sibaxabisile bonke abathengi bethu kwaye siya kusebenza nawe ukwenza iikhoyili zekopolo ezilungiselelwe ngokweenkcukacha zeprojekthi yakho. I(s) yethu yoMveliso oMfutshane kunye novavanyo olulungele ukulinganisa iikhoyili zekopolo zesiko zenziwe ngemathiriyeli efunekayo kulwazi lwakho loyilo lwekhoyili. Ngoko ke, iikhoyili zethu zobhedu ezenziwe ngokwezifiso zenziwe kusetyenziswa iindlela ezahlukeneyo zobhedu, ezifana ityhubhu yobhedu, iintonga zobhedu / imivalo kunye neengcingo zethusi AWG 2-42. Xa usebenza ne-HBR, unokuthembela ekufumaneni inkxaso yabathengi ekhethekileyo zombini ngexesha lenkqubo yokucaphula nasemva kwenkonzo yokuthengisa.