01 / 03

010203

SINGOBANI

Ukuseka kwi-2007 e-Shanghai, uDkt Solenoid uye waba ngabavelisi be-Solenoid abahamba phambili abadibanisa kunye nesisombululo esijikelezayo ngokunyamekela yonke into evela kwigalelo loyilo lwemveliso, ukuphuhliswa kwezixhobo, ukulawula umgangatho, uvavanyo, indibano yokugqibela kunye nokuthengisa. Ngo-2022, ukwandisa imakethi kunye nenkonzo yeemfuno zemveliso yemveliso, saseka umzi-mveliso omtsha onendawo ephezulu esebenza kakuhle e-Dongguan, e-China. Umgangatho kunye neenzuzo zeendleko zinceda umthengi wethu omtsha kunye nomdala kakuhle.

Uluhlu lweemveliso zikaGqr. Solenoid lwalunobubanzi kwi-DC Solenoid, / Push-Tsala / Ukubamba / Ukutsala / Rotary / Imoto Solenoid / isitshixo socango esiSmart… njl eyilwe ngokutsha kraca. Okwangoku, sinemizi-mveliso emibini, enye iseDongguan kwaye enye ikwiphondo laseJiangXi. iindibano zethu zocweyo zixhotyiswe ngoomatshini aba-5 be-CNC, oomatshini besampulu besinyithi abasi-8, oomatshini abali-12 bokutofa. Imigca emi-6 yemveliso edityanisiweyo ngokupheleleyo, egubungela indawo eyi-8,000 yeemitha zesikwere kunye nabasebenzi abayi-120. Yonke inkqubo yethu kunye neemveliso ziqhutywa phantsi kwesikhokelo esipheleleyo se-ISO 9001 2015 inkqubo yomgangatho.

Ngengqondo yoshishino efudumeleyo ezaliswe bubuntu kunye nezibophelelo zokuziphatha, uGqr. Solenoid uya kuqhubeka etyala imali kwi-teknoloji yakutshanje kunye nokwenza iimveliso ezintsha kubo bonke abathengi bethu behlabathi.

Funda nzulu

Sazi Ngokungcono

17 +

Iminyaka ye-DC Solenoid yoPhuhliso lweMveliso yamava

Umboniso weMveliso

Ngamava abanzi kunye nolwazi, sibonelela ngeeprojekthi ze-OEM kunye ne-ODM kwihlabathi jikelele kwi-solenoid evulekileyo yefreyimu, i-solenoid ye-tubular, i-solenoid e-latching, i-rotary solenoid, i-sucker solenoid, i-solenoid ye-flapper kunye ne-solenoid valves. Jonga uluhlu lwethu lweemveliso ezingezantsi.

Yonke iSolenoid

Vula iSakhelo Solenoid

I-Solenoid yeTubula

Ukuqhawula i-Solenoid

Bistable Rotary Solenoid

Iimagnethi zombane

I-Solenoid yeemoto

Olunye uhlobo

AS 2214 DC 24V Electromagnetic brake Clutch ebambe iForklift Stacker esincinci isitulo esinamavili soMbane-imveliso

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

2024-08-02

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.

jonga iinkcukacha

AS 1246 Isixhobo esizisebenzelayo solenoid Tyhala kwaye utsale uhlobo ngomgama omde we-stroke

AS 1246 Isixhobo esizisebenzelayo solenoid Tyhala kwaye utsale uhlobo ngomgama omde wokubetha

2024-12-10

Icandelo 1: Umgaqo wokuSebenza weSolenoid weStroke ende

I-solenoid ye-long-stroke ikakhulukazi iqulunqwe yi-coil, i-core yentsimbi ehambayo, intsimbi yentsimbi, umlawuli wamandla, njl njl. Umgaqo wayo wokusebenza ulandelayo.

1.1 Ukuvelisa i-suction esekelwe kwi-electromagnetic induction: Xa i-coil inikwe amandla, i-current idlula kwinxeba le-coil kumbindi wentsimbi. Ngokomthetho ka-Ampere kunye nomthetho kaFaraday wokufakelwa kwe-electromagnetic, intsimi eyomeleleyo yamagnetic iya kuveliswa ngaphakathi nangaphakathi kwikhoyili.

1.2 Umbindi wentsimbi eshukumayo kunye nombindi wentsimbi emileyo ziyatsalwa: Phantsi kwentshukumo yemagneti, umbindi wentsimbi ubanjwe nguzibuthe, kwaye umbindi wentsimbi eshukumayo kunye nombindi wentsimbi ubambeke zibe ziimagnethi ezimbini ezineepolarities ezichaseneyo, zivelisa ukufunxa kwe-electromagnetic. Xa amandla okufunxa nge-electromagnetic engaphezulu kwamandla okusabela okanye okunye ukuxhathisa kwentwasahlobo, umbindi wentsimbi oshukumayo uqala ukuya kumbindi wentsimbi engatshintshiyo.

1.3 Ukufezekisa intshukumo ehambelanayo yomgca: I-solenoid ende ye-solenoid isebenzisa umgaqo wokuvuza we-spiral tube ukwenza ukuba i-iron eshukumayo kunye ne-static core ibe nomtsalane kumgama omde, ukuqhuba intonga yokutsala okanye intonga yokutyhala kunye nezinye izinto. ukuphumeza isindululo esibuyisela umgca, ngaloo ndlela ukutyhala okanye ukutsala umthwalo wangaphandle.

1.4 Indlela yokulawula kunye nomgaqo wokonga umbane: Ubonelelo lwamandla kunye nendlela yokuguqula ulawulo lombane yamkelwe, kwaye ukuqalisa kombane ophezulu kusetyenziselwa ukwenza i-solenoid ikwazi ukuvelisa ngokukhawuleza amandla aneleyo okufunxa. Emva kokuba i-core yensimbi ehambayo itsalwa, itshintshelwa kumandla aphantsi ukuze igcinwe, engaqinisekisi kuphela ukusebenza okuqhelekileyo kwe-solenoid, kodwa inciphisa ukusetyenziswa kwamandla kunye nokuphucula ukusebenza kakuhle.

Icandelo 2 : Iimpawu eziphambili ze-solenoid ye-long-stroke zezi zilandelayo:

2.1: I-stroke ende: Olu luphawu olubalulekileyo. Xa kuthelekiswa ne-solenoids ye-DC eqhelekileyo, inokubonelela nge-stroke esebenza ixesha elide kwaye inokuhlangabezana neemeko zokusebenza kunye neemfuno eziphezulu zomgama. Ngokomzekelo, kwezinye izixhobo zokuvelisa ezizenzekelayo, zifanelekile kakhulu xa izinto kufuneka zityhalwe okanye zitsalwe umgama omde.

2.2: Amandla anamandla: Ine-thrush eyaneleyo kunye nokutsala amandla, kwaye inokuqhuba izinto ezinzima ukuhamba ngokulandelelana, ngoko inokusetyenziswa ngokubanzi kwinkqubo yokuqhuba yezixhobo zoomatshini.

2.3: Isantya sokuphendula ngokukhawuleza: Inokuqala ngexesha elifutshane, yenza i-iron core ihambe, iguqule ngokukhawuleza amandla ombane kumandla omatshini, kwaye iphucule ngokufanelekileyo ukusebenza kakuhle kwezixhobo.

I-2.4: Ukulungelelaniswa: I-thrust, i-track kunye nesantya sokuhamba inokulungiswa ngokutshintsha okwangoku, inani le-coil turns kunye nezinye iiparitha ukulungelelanisa kwiimfuno ezahlukeneyo zokusebenza.

2.5: Isakhiwo esilula kunye nesincinci: Uyilo olupheleleyo lwesakhiwo lunengqiqo, luthatha indawo encinci, kwaye kulula ukuyifaka ngaphakathi kwezixhobo ezahlukeneyo kunye nezixhobo, ezihambelana noyilo lwe-miniaturization yesixhobo.

Icandelo 3 : Umahluko phakathi kwe-solenoids ye-long-stroke kunye ne-solenoids ye-comment :

3.1: Istroke

I-solenoids yokutyhala ixesha elide ine-stroke esebenza ixesha elide kwaye inokutyhala okanye itsale izinto kumgama omde. Ngokuqhelekileyo zisetyenziswa kwiimeko ezineemfuno zomgama ophezulu.

3.2 I-solenoids eqhelekileyo ine-stroke emfutshane kwaye isetyenziselwa ukuvelisa i-adsorption ngaphakathi komgama omncinci womgama.

3.3 Ukusetyenziswa okusebenzayo

I-solenoids yokutyhala ixesha elide igxininise ekuqondeni umgca wokutyhala-tsala isenzo sezinto, ezinje ngokusetyenziselwa ukutyhala izinto kwizixhobo ezizenzekelayo.

I-solenoids eqhelekileyo isetyenziswa ikakhulu ukuthengisa izixhobo ze-ferromagnetic, ezinjengeekhreyini eziqhelekileyo ze-solenoidic ezisebenzisa i-solenoids ukufunxa intsimbi, okanye i-adsorption kunye nokutshixa izitshixo zamacango.

3.4: Iimpawu zamandla

Ukutyhala kunye nokutsalwa kwe-solenoids yokutyhala ixesha elide kuxhalabisa ngakumbi. Zenzelwe ukuqhuba ngokufanelekileyo izinto kwi-stroke ede.

I-solenoids eqhelekileyo ikakhulu iqwalasela amandla e-adsorption, kwaye ubukhulu bamandla e-adsorption buxhomekeke kwizinto ezifana namandla omhlaba wemagnethi.

Icandelo 4 : Ukusebenza kakuhle kwe-solenoids ye-long-stroke kuchatshazelwa zezi zinto zilandelayo:

4.1 : Izinto zokubonelela ngombane

Ukuzinza kombane: I-voltage ezinzileyo kunye efanelekileyo inokuqinisekisa ukusebenza okuqhelekileyo kwe-solenoid. Ukuguquguquka okukhulu kwamandla ombane kunokwenza ukuba imeko yokusebenza ingazinzi kwaye ichaphazele ukusebenza kakuhle.

4.2 Ubungakanani bangoku: Ubungakanani bangoku buhambelana ngokuthe ngqo kumandla ombane owenziwe yi-solenoid, leyo ichaphazela i-thrust yayo, idonsa kunye nesantya sokunyakaza. Ikhoyo ngoku efanelekileyo inceda ekuphuculeni ukusebenza kakuhle.

4.3 : Inxulumene nekhoyili

Ikhoyili iyajika: Ujiko olwahlukileyo luya kutshintsha amandla emagnethi. Inani elifanelekileyo lokujika linokwandisa ukusebenza kwe-solenoid kwaye yenze isebenze ngakumbi kumsebenzi wexesha elide. Izinto ze-Coil: Izinto eziphezulu zokuqhuba zinokunciphisa ukuxhathisa, ukunciphisa ukulahlekelwa kwamandla, kunye nokunceda ukuphucula ukusebenza kakuhle.

4.4: Imeko engundoqo

Izinto ezingundoqo: Ukukhetha into engundoqo ene-conductivity entle yemagnethi inokuphucula i-magnetic field kunye nokuphucula ukusebenza kwe-solenoid.

Ubume obungundoqo kunye nobukhulu: Ubume obufanelekileyo kunye nobukhulu bunceda ukusasaza ngokulinganayo imagnethi kunye nokuphucula ukusebenza kakuhle.

4.5: Indawo yokusebenza

- Ubushushu: Ubushushu obuphezulu kakhulu okanye obuphantsi kakhulu bunokuchaphazela ukuxhathisa ikhoyili, i-core conductivity magnetic, njl., kwaye ngaloo ndlela utshintshe ukusebenza kakuhle.

- Ukufuma: Ukufuma okuphezulu kunokubangela iingxaki ezinjengeesekethe ezimfutshane, kuchaphazela ukusebenza okuqhelekileyo kwe-solenoid, kunye nokunciphisa ukusebenza kakuhle.

4.6 : Iimeko zomthwalo

- Ubunzima bomthwalo: Umthwalo onzima kakhulu uya kuthoba intshukumo ye-solenoid, ukwandisa ukusetyenziswa kwamandla, kunye nokunciphisa ukusebenza kakuhle; kuphela umthwalo ofanelekileyo unokuqinisekisa ukusebenza ngokufanelekileyo.

- Ukuxhatshazwa kwentshukumo yomthwalo: Ukuba ukuchasana kwentshukumo kukhulu, i-solenoid idinga ukusebenzisa amandla amaninzi ukuze inqobe, okuya kuchaphazela nokusebenza kakuhle.

jonga iinkcukacha

I-AS 15063 yokuPhakamisa iMagnethi eSisigxina

GH 15063 Ukuphakamisa iMagnet eSisigxina / i-Electro eNcinci yokuPhakamisa imagnethi

2024-11-26

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.

jonga iinkcukacha

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

2024-11-15

Yintoni i-solenoid yokugcina?

Gcina i-Solenoids igxininiswe ngemagnethi esisigxina efakwe kwisekethe yamagnetic. I-Plunger itsalwa ngumsinga okhawulezileyo kwaye utsalo luyaqhubeka emva kokuba umsinga uvaliwe. I-Plunger ikhutshwa yi-instantaneous reverse current. Ilungele ukugcina amandla.

Isebenza njani i-solenoid yokugcina?

I-solenoid yokugcina i-solenoid eyonga amandla e-DC edibanisa isekethe yemagnethi ye-solenoid eqhelekileyo ye-DC enemagnethi esisigxina ngaphakathi. I-plunger itsalwa kukusetyenziswa kwangoko kombane obuyela umva, obanjwe apho nokuba umbane ucinyiwe, kwaye ukhululwe kusetyenziso olukhawulezileyo lombane obuyela umva.

Tyena udidi lweTsala, Bamba kwaye Ukhulule iNkquboUlwakhiwo

TsalaUhlobo Gcina i-Solenoid
Ekusetyenzisweni kombane, i-plunger itsalwa ngaphakathi ngamandla emagnetomotive adibeneyo owakhelwe ngaphakathi umazibuthe osisigxina kunye nekhoyili ye-solenoid.

B. BambaUhlobo Gcina i-Solenoid
Bamba uhlobo lwe-Solenoid yi-plunger ibanjwe yi-magnetomotive force yemagnethi eyakhelwe-ngaphakathi esisigxina kuphela. Uhlobo lokubamba indawo lunokulungiswa kwelinye icala okanye zombini icala lixhomekeke kwisicelo sangempela.

C. Khululauhlobo lokugcina i-solenoid
I-plunger ikhutshwa yi-reverse magnetomotive force ye-solenoid coil ecima amandla emagnetomotive wemagnethi esisigxina eyakhelweyo.

Iintlobo zeekhoyili ze-Solenoid zokugcina i-Solenoid

I-solenoid yokugcina yakhiwe nokuba kuhlobo olulodwa lwekhoyili okanye uhlobo lwekhoyili kabini.

. UngatshatangaI-Solenoiduhlobo lwekhoyili

Olu hlobo lwe-solenoid lwenza ukutsalwa kunye nokukhulula ngekhoyili enye kuphela, ukuze i-polarity yekhoyili ibuyiselwe umva ekutshintsheni phakathi kokutsalwa nokukhulula. Xa amandla okutsala anikwa ingqwalaselo ephambili kwaye amandla edlula amandla alinganisiweyo, umbane okhuphayo kufuneka uthotywe. Okanye ukuba i-voltage elinganisiweyo + i-10% isetyenzisiwe, ukuchasana kufuneka kubekwe kuchungechunge kwisekethe yokukhululwa (Olu xhathiso luya kuchazwa kwingxelo yovavanyo kwisampulu yokulinga (s).

Uhlobo lwekhoyili kabini

Olu hlobo lwe-solenoid, olune-coil yokutsala kunye nokukhulula i-coil, lulula kuyilo lwesiphaluka.
Kuhlobo lwekhoyili ephindwe kabini, nceda uchaze" Plus common" okanye "minus common" kuqwalaselo lwayo.

Xa kuthelekiswa nohlobo olulodwa lwekhoyili yomthamo ofanayo, amandla okutsala alolu hlobo ancinci ngenxa yendawo encinci yekhoyili yokutsala eyenzelwe ukunika indawo yokukhupha ikhoyili.

jonga iinkcukacha

AS 1246 Tyhala kwaye Tsala i-Solenoid nge-Long stroke Feature ye-automation equipment-product

AS 1246 Tyhala kwaye Tsala i-Solenoid ene-Long stroke Feature yezixhobo ezizenzekelayo

2024-12-10

Icandelo 1: Umgaqo wokuSebenza weSolenoid weStroke ende

I-solenoid ye-long-stroke ikakhulukazi iqulunqwe yi-coil, i-core yentsimbi ehambayo, intsimbi yentsimbi, umlawuli wamandla, njl njl. Umgaqo wayo wokusebenza ulandelayo.

Icandelo 2 : Iimpawu eziphambili ze-solenoid ye-long-stroke zezi zilandelayo:

Icandelo 3 : Umahluko phakathi kwe-solenoids ye-long-stroke kunye ne-solenoids ye-comment :

3.1: Istroke

I-solenoids yokutyhala ixesha elide ine-stroke esebenza ixesha elide kwaye inokutyhala okanye itsale izinto kumgama omde. Ngokuqhelekileyo zisetyenziswa kwiimeko ezineemfuno zomgama ophezulu.

3.2 I-solenoids eqhelekileyo ine-stroke emfutshane kwaye isetyenziselwa ukuvelisa i-adsorption ngaphakathi komgama omncinci womgama.

3.3 Ukusetyenziswa okusebenzayo

I-solenoids yokutyhala ixesha elide igxininise ekuqondeni umgca wokutyhala-tsala isenzo sezinto, ezinje ngokusetyenziselwa ukutyhala izinto kwizixhobo ezizenzekelayo.

3.4: Iimpawu zamandla

Ukutyhala kunye nokutsalwa kwe-solenoids yokutyhala ixesha elide kuxhalabisa ngakumbi. Zenzelwe ukuqhuba ngokufanelekileyo izinto kwi-stroke ede.

I-solenoids eqhelekileyo ikakhulu iqwalasela amandla e-adsorption, kwaye ubukhulu bamandla e-adsorption buxhomekeke kwizinto ezifana namandla omhlaba wemagnethi.

Icandelo 4 : Ukusebenza kakuhle kwe-solenoids ye-long-stroke kuchatshazelwa zezi zinto zilandelayo:

4.1 : Izinto zokubonelela ngombane

4.3 : Inxulumene nekhoyili

4.4: Imeko engundoqo

Izinto ezingundoqo: Ukukhetha into engundoqo ene-conductivity entle yemagnethi inokuphucula i-magnetic field kunye nokuphucula ukusebenza kwe-solenoid.

Ubume obungundoqo kunye nobukhulu: Ubume obufanelekileyo kunye nobukhulu bunceda ukusasaza ngokulinganayo imagnethi kunye nokuphucula ukusebenza kakuhle.

4.5: Indawo yokusebenza

- Ubushushu: Ubushushu obuphezulu kakhulu okanye obuphantsi kakhulu bunokuchaphazela ukuxhathisa ikhoyili, i-core conductivity magnetic, njl., kwaye ngaloo ndlela utshintshe ukusebenza kakuhle.

- Ukufuma: Ukufuma okuphezulu kunokubangela iingxaki ezinjengeesekethe ezimfutshane, kuchaphazela ukusebenza okuqhelekileyo kwe-solenoid, kunye nokunciphisa ukusebenza kakuhle.

4.6 : Iimeko zomthwalo

- Ukuxhatshazwa kwentshukumo yomthwalo: Ukuba ukuchasana kwentshukumo kukhulu, i-solenoid idinga ukusebenzisa amandla amaninzi ukuze inqobe, okuya kuchaphazela nokusebenza kakuhle.

jonga iinkcukacha

GH 0416 Fumanisa ukuguquguquka kwe-Solenoids yoTsalo oluNcinci: usetyenziso kunye nezinto eziluncedo

2024-11-08

Yintoni i-solenoid encinci yokutyhala

I-Push-Pull Solenoid yiseti yezixhobo ze-electromechanical kunye necandelo elisisiseko kwizicelo ezahlukeneyo kuwo onke amashishini. Ukusuka kwizitshixo zocango ezikrelekrele kunye nabashicileli ukuya koomatshini bokuthengisa kunye neenkqubo ezizisebenzelayo zeemoto, ezi solenoids zokutyhala zinegalelo elikhulu ekusebenzeni ngokungenamthungo kwezi zixhobo.

Isebenza njani iSolenoid encinci yePush-Tsalo?

I-solenoid ye-push-pull isebenza ngokusekwe kwingqikelelo yomtsalane wombane kunye nokurhoxa. Xa umsinga wombane uhamba kwikhoyili ye-solenoid, uvelisa intsimi yamagnetic. Lo mmandla wemagnethi uthi emva koko uphembelele amandla omatshini kwiplunger eshukumayo, ibangele ukuba iye kwicala eliya kwicala lemagnethi, ngokwenjenjalo 'ityhala' okanye 'itsala' njengoko kufuneka.

Intshukumo yokutyhala: I-solenoid 'ityhala' xa iplunger isolulelwa ngaphandle komzimba we-solenoid phantsi kweempembelelo zemagnethi.

Tsala intshukumo yentshukumo: Ngokuchaseneyo, i-solenoid 'itsala' xa iplunger izotywe kumzimba we-solenoid ngenxa yendawo yemagnethi.

Ulwakhiwo kunye noMgaqo wokuSebenza

I-solenoids ye-Push-pull iquka izinto ezintathu eziphambili - i-coil, i-plunger, kunye nentwasahlobo yokubuya. Ikhoyili, eyenziwe ngocingo lobhedu lwe-solenoid, ibotshelelwa kwibhobho yeplastiki, yenze umzimba wesolenoid. I-plunger, edla ngokuqulunqwa ngezinto ze-ferromagnetic, ibekwe ngaphakathi kwikhoyili, ilungele ukuhamba phantsi kweempembelelo zemagnethi. Intlakohlaza ebuyayo, kwelinye icala, inoxanduva lokubuyisela iplunger kwindawo yayo yokuqala xa umbane ucinyiwe.

Xa umsinga wombane uhamba ngekhoyili ye-solenoid, udala indawo yamagnetic. Le magnethi ibangela amandla kwiplunger, ibangele ukuba ihambe. Ukuba umhlaba wemagnethi ulungelelanisiwe kangangokuba utsalela i-plunger kwikhoyili, ubizwa ngokuba yisenzo 'sokutsala'. Ngokuchaseneyo, ukuba umhlaba wemagnethi utyhala iplunger ngaphandle kwekhoyili, sisenzo 'sokutyhala'. Intlakohlaza ebuyayo, ekwicala elichasene neplunger, ityhala iplunger ibuyele kwindawo yayo yokuqala xa umbane ucinyiwe, ngaloo ndlela useta ngokutsha i-solenoid kusetyenziso olulandelayo.

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AS 0835 Ukuqonda ukusebenza kweSolenoid Push-Tsalo Mechanism

2024-10-21

Yintoni DC Linear Solenoid ?

I-DC linear solenoid ( ikwabizwa ngokuba yi-linear actuator ) ineentshukumo zomgca oqinileyo kwaye zilungele izicelo "zomsebenzi onzima". Olu hlobo lwe-DC linear solenoid design luvumela ukubamba amandla aphezulu ngokuthelekisa okuphantsi. Ke ngoko i-push pull solenoids zezona zilungelelaniso zokusetyenziswa kombane kunye nokutshatyalaliswa kobushushu kubaluleke kakhulu. Inikwe igama elithi "Tyhiliza/Tsala" kuba zombini iziphelo zeshaft ziyafumaneka, ngoko ke i-solenoid yomgca ingasetyenziswa njengokutyhala i-solenoid okanye ukutsalwa kwe-solenoid, kuxhomekeke ukuba sisiphi na isiphelo se-shaft esisetyenziselwa uqhagamshelo lomatshini - kodwa ngenxa yomgaqo wokungathandi wokusebenza umkhombandlela oshukumayo ukunika amandla ikhoyili yinto enye kuphela. Izicelo zinokufumaneka kwizixhobo zonyango, elebhu kunye nohlalutyo.

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Ukusetyenziswa okutsha kwePush-Tsalo Solenoid Actuator: Ukusuka kwiRobhothi ukuya kwiNjineli yeZithuthi-imveliso

Ukusetyenziswa okutsha kwePush-Tsalo Solenoid Actuator: Ukusuka kwiRobhothi ukuya kubuNjineli beZithuthi

2024-10-18

Isebenza Njani iPush Tsala iSolenoid Actuator?

GH 0635 Tyhala Tsala Isixhobo esinamandla se-Solenoid yi-Push-Tsalo luhlobo lwesakhelo esivulekileyo, esinentshukumo yomgca kunye noyilo lokubuya kwe-plunger entwasahlobo, ifom yekhoyili ye-solenoid evulekileyo, i-DC electron magnet. Isetyenziswe ngokubanzi kwizixhobo zasekhaya, oomatshini bokuthengisa, oomatshini bomdlalo.....

I-solenoids ye-push-pull esebenzayo kunye neyomeleleyo ivelisa inani elibalulekileyo lamandla kubungakanani bayo obuncinci ngokuthelekisayo, oku kwenza ukuba ukutyhala kulunge ngakumbi kwizicelo ze-high-force short-stroke.

Ubungakanani obubambeneyo be-solenoid buphucula indlela yemagnethi eguquguqukayo, ecaleni kwendlela yokujika ikhoyili echanekileyo epakisha ubuninzi bocingo lobhedu kwindawo ekhoyo, ivumela ubuninzi bamandla ukuba wenziwe.

I-solenoids ye-Push-pull ine-shafts ezi-2 ezinxulumene ne-studs yokukhwela, i-shaft kwicala elifanayo njengoko i-studs ityhala kwaye i-shaft kwicala le-armature iyatsala, ngoko ke unokhetho zombini kwi-solenoid efanayo. Ngokuchasene nezinye i-solenoids ezifana ne-tubulars ezizimeleyo enye kwenye.

Izinzile, yomelele kwaye yonga amandla, kwaye ibinobomi obude kunye nexesha lomjikelo ongaphezulu kwama-300,000. Kwi-anti-ubusela kunye noyilo lwe-shockproof, iqhaga lingcono kunezinye iintlobo zokutshixa. Emva kokudibanisa iingcingo kwaye xa ikhoyo ikhoyo, isitshixo sombane sinokulawula ukuvulwa nokuvalwa kocango.

Phawula:Qaphela i-polarity ngelixa usenza umdibaniso ngaphandle kwesihlanganisi (okt. Ucingo olubomvu kufuneka luqhagamshelwe kwi-positive kunye nocingo oluMnyama kwi-negative.)

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AS 1325 B DC Linear Tyhala kunye Tsala uhlobo lweTubula ye-Solenoid yokuvavanya ubomi bebhodi yezitshixo-imveliso

AS 1325 B DC Linear Tyhala kunye Tsala uhlobo lweTubula ye-Solenoid yesixhobo sokuvavanya ubomi bebhodibhodi

2024-12-19

Icandelo 1 : Inqaku eliphambili elifunekayo kwisixhobo sovavanyo lwebhodibhodi yeSolenoid

1.1 Iimfuno zendima yemagnethi

Ukuze uqhube ngokufanelekileyo izitshixo zebhodi yezitshixo, isixhobo sovavanyo lwebhodi yezitshixo i-Solenoids kufuneka ivelise amandla aneleyo emagnethi. Iimfuno ezithile zamandla omhlaba wemagnethi zixhomekeke kudidi kunye noyilo lwamaqhosha ebhodi yezitshixo. Ngokubanzi, amandla omhlaba wemagnethi afanele ukukwazi ukuvelisa umtsalane owaneleyo ukuze isitshixo sokucofa sifezekise iimfuno zokuqalisa kuyilo lwebhodi yezitshixo. La mandla aqhele ukuba kuluhlu lwamashumi ukuya kumakhulu eGauss (G).

1.2 Iimfuno zesantya sokuphendula

Isixhobo sokuvavanya ikhibhodi kufuneka sivavanye isitshixo ngasinye ngokukhawuleza, ngoko ke isantya sokuphendula se-solenoidis sibalulekile. Emva kokufumana umqondiso wokuvavanya, i-solenoid kufuneka ikwazi ukuvelisa intsimi yamagnetic eyaneleyo ngexesha elifutshane kakhulu ukuqhuba isenzo esibalulekileyo. Ixesha lokuphendula lidla ngokufuneka ukuba libe kwinqanaba le-millisecond (ms). ukucofa ngokukhawuleza kunye nokukhutshwa kwezitshixo kunokulinganisa ngokuchanekileyo, ngaloo ndlela kuchongwa ngokufanelekileyo ukusebenza kwezitshixo zebhodibhodi, kuquka iiparameters zayo ngaphandle kokulibazisa.

1.3 Iimfuno zokuchaneka

Ukuchaneka kwesenzo se-solenoidis kubalulekile ngokuchanekileyo.Isixhobo sokuvavanya ikhibhodi. Ifuna ukulawula ngokuchanekileyo ubunzulu kunye namandla okucinezela amaqhosha. Umzekelo, xa uvavanya ezinye iibhodi zezitshixo ezinemigangatho emininzi yokuqalisa imisebenzi, efana nezinye iibhodi zokudlala, izitshixo zinokuba neendlela ezimbini zokuqalisa: ukucinezela ukukhanya kunye noxinzelelo olunzima. I-solenoid kufuneka ikwazi ukulinganisa ngokuchanekileyo la mandla amabini ahlukeneyo okubangela. Ukuchaneka kubandakanya ukuchaneka kwesikhundla (ukulawula ukuchaneka kwe-displacement ye-key press) kunye nokunyanzeliswa kokuchaneka. Ukuchaneka kwe-displacement kungafuneka ukuba kube ngaphakathi kwe-0.1mm, kwaye ukuchaneka kwamandla kunokuba malunga ne-± 0.1N ngokwemigangatho yovavanyo eyahlukeneyo ukuqinisekisa ukuchaneka nokuthembeka kweziphumo zovavanyo.

1.4 Iimfuno zozinzo

Umsebenzi ozinzileyo wexesha elide uyimfuneko ebalulekileyo kwi-solenoidof isixhobo sovavanyo lwekhibhodi. Ngexesha lovavanyo oluqhubekayo, ukusebenza kwe-solenoid ayinakuguquguquka kakhulu. Oku kubandakanya ukuzinza kwamandla ombane, ukuzinza kwesantya sokuphendula, kunye nokuzinza kokuchaneka kwesenzo. Umzekelo, kuvavanyo olukhulu lwemveliso yebhodi yezitshixo, i-solenoid inokufuna ukusebenza ngokuqhubekayo iiyure ezininzi okanye iintsuku. Ngeli xesha, ukuba ukusebenza kwe-electromagnetic kuguquguquka, njengokuncipha kwamandla ombane okanye isantya sokuphendula esicothayo, iziphumo zovavanyo ziya kuba zingachanekanga, ezichaphazela ukuvavanywa komgangatho wemveliso.

1.5 Iimfuno zokuqina

Ngenxa yesidingo sokuqhuba rhoqo isenzo esiphambili, i-solenoid kufuneka ibe nokuqina okuphezulu. Iikhoyili ze-solenoid zangaphakathi kunye ne-plunger kufuneka zikwazi ukumelana noguquko rhoqo lwe-electromagnetic kunye noxinzelelo lomatshini. Ngokubanzi, isixhobo sokuvavanya i-Keyboard solenoid kufuneka sikwazi ukumelana nezigidi zemijikelezo yesenzo, kwaye kule nkqubo, akuyi kubakho iingxaki ezichaphazela ukusebenza, njengokutshiswa kwekhoyili ye-solenoid kunye nokunxiba okungundoqo. Ngokomzekelo, ukusebenzisa ucingo oluphezulu lwe-enameled ukwenza iikhoyili kunokuphucula ukuxhathisa ukunxiba kunye nokumelana nokushisa okuphezulu, kunye nokukhetha into efanelekileyo engundoqo (njengezinto eziphathekayo eziphathekayo) kunokunciphisa ilahleko ye-hysteresis kunye nokudinwa komatshini we-core.

Icandelo 2 :. Ubume be-keyboard tester solenoid

2.1 Ikhoyili yeSolenoid

Isixhobo socingo: Iingcingo ezenziwe nge-enameled zihlala zisetyenziselwa ukwenza ikhoyili ye-solenoid. Kukho umaleko wepeyinti yokukhusela ngaphandle kwentambo ye-enameled ukukhusela iisekethe ezimfutshane phakathi kweekhoyili ze-solenoid. Izinto eziqhelekileyo zocingo lwe-enameled ziquka ubhedu, kuba ubhedu lune-conductivity elungileyo kwaye lunokunciphisa ngokufanelekileyo ukuchasana, ngaloo ndlela lunciphisa ukulahlekelwa kwamandla xa udlula ngoku kunye nokuphucula ukusebenza kakuhle kwe-electromagnetic.
Ujiko loyilo: Inani lokujika lingundoqo elichaphazela amandla omhlaba wemagnethi we-solenoid ye-tubula yesixhobo sokuvavanya i-Keyboard i-Solenoid. Okukhona ukuguquka, kokukhona amandla amakhulu emagnethi aveliswa phantsi kwalo mjelo ofanayo. Nangona kunjalo, ukujika okuninzi kuya kwandisa ukuchasana kwekhoyili, okukhokelela kwiingxaki zokufudumeza. Ngoko ke, kubaluleke kakhulu ukuyila ngokufanelekileyo inani lokujika ngokuhambelana namandla ombane afunekayo kunye neemeko zokubonelela ngombane. Umzekelo, kwi-Keyboard isixhobo sokuvavanya i-Solenoid efuna amandla aphezulu emagnethi, inani lokujika linokuba phakathi kwamakhulu kunye namawaka.
Imilo ye-Solenoid Coil: Ikhoyili ye-solenoid ngokubanzi inxeba kwisakhelo esifanelekileyo, kwaye imilo idla ngokuba yi-cylindrical. Lo mzobo ulungele ukugxininiswa kunye nokusabalalisa okufanayo kwendawo yamagnetic, ukwenzela ukuba xa uqhuba izitshixo zebhodibhodi, indawo yamagnetic inokusebenza ngokufanelekileyo kumacandelo okuqhuba izitshixo.

2.2 Solenoid Plunger

I-Plungermaterial: I-plungeris iyinxalenye ebalulekileyo ye-solenoid, kwaye umsebenzi wayo ophambili kukuphucula intsimi yemagnethi. Ngokubanzi, iimathiriyeli ezithambileyo zemagneti ezinje ngentsimbi ecocekileyo yekhabhoni kunye neeshiti zensimbi zesilicon zikhethiwe. Ukufikeleleka okuphezulu kwemagnethi yemathiriyeli yemagnethi ethambileyo inokwenza kube lula ukuba umhlaba wemagnethi udlule kumbindi, ngaloo ndlela uphucula amandla omhlaba wemagnethi wemagnethi yombane. Ukuthatha i-silicon sheet sheets njengomzekelo, yi-silicon-containing alloy steel sheet. Ngenxa yokongezwa kwe-silicon, ilahleko ye-hysteresis kunye nelahleko yangoku ye-eddy ye-core iyancitshiswa, kwaye ukusebenza kakuhle kwe-electromagnetic kuphuculwe.
I-Plungershape: Ukumila kombindi ngokuqhelekileyo kuhambelana nekhoyili ye-solenoid, kwaye ubukhulu becala i-tubular. Kolunye uyilo, kukho indawo ephumayo kwelinye icala leplunger, esetyenziselwa ukunxibelelana ngokuthe ngqo okanye ukusondela kumacandelo okuqhuba amaqhosha ebhodi yezitshixo, ukuze udlulise ngcono amandla omhlaba wemagnethi kwizitshixo kwaye uqhube isenzo esiphambili.

2.3 Izindlu

Ukukhetha izinto eziphathekayo: Izindlu zesixhobo sokuvavanya ikhibhodi I-Solenoid ikhusela ngokukodwa i-coil yangaphakathi kunye ne-iron core, kwaye inokudlala indima ethile yokukhusela i-electromagnetic. Izinto zetsimbi ezifana nentsimbi engatyiwa okanye i-carbon steela zihlala zisetyenziswa. Izindlu zentsimbi yekhabhoni zinamandla aphezulu kunye nokumelana nomhlwa, kwaye ziyakwazi ukuziqhelanisa neemeko ezahlukeneyo zovavanyo.
Uyilo lwesakhiwo: Uyilo lwesakhiwo seqokobhe kufuneka luthathele ingqalelo ukulungelelaniswa kofakelo kunye nokutshatyalaliswa kobushushu. Ngokuqhelekileyo kukho imingxuma yokunyuka okanye iindawo zokubeka ukuququzelela ukulungiswa kwe-electromagnetic kwindawo ehambelanayo yomhloli wekhibhodi. Kwangaxeshanye, iqokobhe linokuthi liyilwe ngamaphiko okuchitha ubushushu okanye imingxunya yokungenisa umoya ukuququzelela ubushushu obuveliswa yikhoyili ngexesha lokusebenza ukutshabalalisa kunye nokuthintela umonakalo kwi-electromagnetic ngenxa yobushushu obugqithisiweyo.

Icandelo lesi-3 : Ukusebenza kwesixhobo sovavanyo lwebhodi yezitshixo solenoid kusekwe ikakhulu kumgaqo wokungeniswa kwe-electromagnetic.

3.1.Umgaqo osisiseko we-electromagnetic

Xa i-current idlula kwikhoyili ye-solenoid ye-solenoid, ngokomthetho we-Ampere (ekwabizwa ngokuba ngumthetho we-screw wesandla sasekunene), indawo yombane iya kuveliswa malunga ne-electromagnetic. Ukuba ikhoyili ye-solenoid ijikelezwe kumbindi wentsimbi, kuba umbindi wentsimbi yinto ethambileyo yemagnethi enokungena kumagnethi, imigca yemagnethi iya kugxilwa ngaphakathi nangaphakathi kumbindi wentsimbi, ibangele ukuba umbindi wentsimbi ube nguzibuthe. Ngeli xesha, umbindi wentsimbi ufana nemagnethi eyomeleleyo, evelisa imagnethi eyomeleleyo.

3.2. Ngokomzekelo, ukuthatha i-solenoid ye-tubula elula njengomzekelo, xa i-current igeleza kwelinye icala lekhoyili ye-solenoid, ngokomthetho we-screw wesandla sokunene, ubambe ikhoyili ngeminwe emine ekhomba kwicala langoku, kunye nesalathiso. okhonjwe ngobhontsi yipali esemantla yommandla wemagnethi. Amandla ombane wamagnetic ahambelana nobukhulu bangoku kunye nenani lekhoyili ejikayo. Ubudlelwane bunokuchazwa ngumthetho weBiot-Savart. Ukuya kumlinganiselo othile, ubuninzi bangoku kunye nokujika okungaphezulu, amandla amakhulu ombane.

3.3 Inkqubo yokuqhuba yezitshixo zebhodi yezitshixo

3.3.1. Kwisixhobo sokuvavanya ibhodi yezitshixo, xa isixhobo sokuvavanya i-solenoid senziwe amandla, i-magnetic field iyaveliswa, eya kutsala iindawo zentsimbi zezitshixo zebhodibhodi (ezifana neshaft yesitshixo okanye i-shrapnel yentsimbi, njl. njl.). Kwiikhibhodi zoomatshini, i-shaft yesitshixo ihlala iqulathe iinxalenye zetsimbi, kwaye i-magnetic field eveliswa yi-electromagnetic iya kutsala i-shaft ukuba iye ezantsi, ngaloo ndlela ilinganisa isenzo sesitshixo esicinezelwayo.

3.3.2. Ukuthatha ikhibhodi eqhelekileyo ye-axis eluhlaza njengomzekelo, amandla ombane owenziwe ngumagnethi asebenza kwindawo yentsimbi ye-axis eluhlaza okwesibhakabhaka, ukoyisa amandla alastiki kunye nokukhuhlana kwe-axis, ebangela ukuba i-axis iye ezantsi, ibangele isekethe ngaphakathi. ikhibhodi, kwaye ivelisa umqondiso wokucofa isitshixo. Xa i-electromagnetic ivaliwe, i-magnetic field iyanyamalala, kwaye i-axis engundoqo ibuyela kwindawo yayo yokuqala phantsi kwesenzo se-elastic force yayo (efana ne-elastic force yasentwasahlobo), ilinganisa isenzo sokukhulula isitshixo.

3.3.3 Ulawulo lwemiqondiso kunye nenkqubo yovavanyo

Inkqubo yolawulo kumvavanyi webhodi yezitshixo ilawula umbane kunye nexesha lokucima i-electromagnetic ukulinganisa iindlela zokusebenza ezingundoqo ezahlukeneyo, ezifana nokucofa okufutshane, ukucofa ixesha elide, njl. isekethe yebhodi yezitshixo kunye nojongano) phantsi kwale misebenzi engundoqo efanisiweyo, umsebenzi wezitshixo zebhodi yezitshixo unokuvavanywa.

jonga iinkcukacha

AS 4070 Ukuvula Amandla e-Tubular Tsala iimpawu ze-Solenoids kunye nesicelo

2024-11-19

Yintoni i-Solenoid ye-tubular?

I-tubular solenoid iza kwiindidi ezimbini: uhlobo lokutyhala kunye nokutsala. I-push solenoid isebenza ngokutyhala i-plunger ngaphandle kwekhoyili yobhedu xa amandla avuliwe, ngelixa i-solenoid yokutsala isebenza ngokutsalela i-plunger kwikhoyili ye-solenoid xa kusetyenziswa amandla.
Ukutsalwa kwe-solenoid ngokuqhelekileyo kuyimveliso eqhelekileyo, njengoko bakholisa ukuba nobude obude be-stroke (umgama iplunger inokuwuhamba) xa kuthelekiswa nokutyhala i-solenoids. Zihlala zifumaneka kwizicelo ezifana nezitshixo zeengcango, apho i-solenoid idinga ukutsala i-latch endaweni.
I-Push solenoids, kwelinye icala, idla ngokusetyenziswa kwizicelo apho icandelo lifuna ukushenxiswa kude ne-solenoid. Umzekelo, kumatshini we-pinball, i-solenoid yokutyhala isenokusetyenziswa ukuphembelela ibhola ukuba idlale.

Iimpawu zeyunithi:- DC 12V 60N Force 10mm Tsala Uhlobo lweTube Shape Solenoid Electromagnet

UYILO OLULUNGILEYO- Uhlobo lokutyhala, intshukumo yomgca, isakhelo esivulekileyo, i-plunger spring return, i-DC solenoid electromagnet. Ukusetyenziswa kwamandla okuncinci, ukunyuka kobushushu obuphantsi, akukho magnetism xa umbane ucinyiwe.

I-ADVANTAGES: - Isakhiwo esilula, umthamo omncinci, amandla aphezulu e-adsorption.coil copper ngaphakathi, inozinzo oluhle lobushushu kunye ne-insulation, i-conductivity ephezulu yombane. Inokufakwa ngokuguquguqukayo kwaye ngokukhawuleza, ekulungele kakhulu.

QAPHELA: Njengento esebenzayo yesixhobo, kuba umjikelo mkhulu, umjikelo omnye awunakufakelwa umbane ixesha elide.Elona xesha lisebenzayo likwimizuzwana engama-49.

jonga iinkcukacha

AS 1325 DC 24V Tyhala-tsala Uhlobo lweTubular Solenoid/Imveliso ye-Electromagnet

AS 1325 DC 24V Tyhala-tsala Uhlobo lweTubular Solenoid/i-Electromagnet

2024-06-13

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) Ingayilo njenge-push-type okanye i-tubular pull-type linear solenoid Inkonzo yokuphila ubomi obude: ukuya kuthi ga ngoku. Imijikelezo yezigidi ezi-3 kunye nexesha elikhawulezayo lokuphendula: 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.

jonga iinkcukacha

AS 2551 DC Tyhala kwaye Tsala Tubular Solenoid-imveliso

AS 2551 DC Tyhala kwaye Tsala iTubular Solenoid

2024-06-13

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.)

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AS 0726 C Ukuphucula ukusebenza kakuhle nge-DC Gcina iTekhnoloji ye-Solenoid: Isikhokelo esiBanzi seprojekthi yakho yesisombululo-imveliso

AS 0726 C Ukuphucula ukusebenza kakuhle nge-DC Gcina iTekhnoloji ye-Solenoid: Isikhokelo esiBanzi sesisombululo sakho seprojekthi

2024-11-15

Yintoni i-solenoid yokugcina?

Isebenza njani i-solenoid yokugcina?

Tyena udidi lweTsala, Bamba kwaye Ukhulule iNkquboUlwakhiwo

TsalaUhlobo Gcina i-Solenoid
Ekusetyenzisweni kombane, i-plunger itsalwa ngaphakathi ngamandla emagnetomotive adibeneyo owakhelwe ngaphakathi umazibuthe osisigxina kunye nekhoyili ye-solenoid.

B. BambaUhlobo Gcina i-Solenoid
Bamba uhlobo lwe-Solenoid yi-plunger ibanjwe yi-magnetomotive force yemagnethi eyakhelwe-ngaphakathi esisigxina kuphela. Uhlobo lokubamba indawo lunokulungiswa kwelinye icala okanye zombini icala lixhomekeke kwisicelo sangempela.

C. Khululauhlobo lokugcina i-solenoid
I-plunger ikhutshwa yi-reverse magnetomotive force ye-solenoid coil ecima amandla emagnetomotive wemagnethi esisigxina eyakhelweyo.

Iintlobo zeekhoyili ze-Solenoid zokugcina i-Solenoid

I-solenoid yokugcina yakhiwe nokuba kuhlobo olulodwa lwekhoyili okanye uhlobo lwekhoyili kabini.

. UngatshatangaI-Solenoiduhlobo lwekhoyili

Olu hlobo lwe-solenoid lwenza ukutsalwa kunye nokukhulula ngekhoyili enye kuphela, ukuze i-polarity yekhoyili ibuyiselwe umva ekutshintsheni phakathi kokutsalwa nokukhulula. Xa amandla okutsala anikwa ingqwalaselo ephambili kwaye amandla edlula amandla alinganisiweyo, umbane okhuphayo kufuneka uthotywe. Okanye ukuba i-voltage elinganisiweyo + i-10% isetyenzisiwe, ukuchasana kufuneka kubekwe kuchungechunge kwisekethe yokukhululwa (Olu xhathiso luya kuchazwa kwingxelo yovavanyo kwisampulu yokulinga (s).

Uhlobo lwekhoyili kabini

Olu hlobo lwe-solenoid, olune-coil yokutsala kunye nokukhulula i-coil, lulula kuyilo lwesiphaluka.
Kuhlobo lwekhoyili ephindwe kabini, nceda uchaze" Plus common" okanye "minus common" kuqwalaselo lwayo.

Xa kuthelekiswa nohlobo olulodwa lwekhoyili yomthamo ofanayo, amandla okutsala alolu hlobo ancinci ngenxa yendawo encinci yekhoyili yokutsala eyenzelwe ukunika indawo yokukhupha ikhoyili.

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AS 0726 B Amandla e-Magnetic yokuLatching Solenoid: I-DC Latching Solenoid application in Ukutshaja umpu wemoto yamandla-entsha yemveliso

AS 0726 B Amandla e-Magnetic yokuLatching Solenoid: I-DC yokuLatching isicelo se-Solenoid kwi-Charging gun yemoto yamandla eNtsha

2024-11-05

Yintoni iMagnetic Latching Solenoid?

I-Magnetic latching solenoids luhlobo lwe-solenoid evulekileyo eneemagnethi ezisisigxina ezifakwe kwisekethe yazo. Iimagnethi zibonelela ngendawo yokubamba eyomeleleyo ngaphandle kwamandla afunekayo, oku kuzenza zilungele ukusebenza kwebhetri okanye usetyenziso oluqhubekayo.

Ikwaziwa ngokuba yigcina i-solenoids okanye ubambe i-solenoids, i-magnetic latching solenoids ziyafumaneka kwiindidi ezahlukeneyo zobukhulu ezibonelela ngobuchule bombane obahlukeneyo kunye nobude be-stroke.

Ngenxa yokusetyenziswa kwamandla aphantsi, i-magnetic latching solenoid sisisombululo esihle kakhulu sokutshixa kwizicelo ezahlukeneyo apho ukuchaneka kungabalulekanga.

I-solenoid enexabiso elisebenzayo, eyonga amandla kwizicelo ezinomthamo ophezulu. Ukwenziwa ngokwezifiso kwesiphelo se-plunger, iitheminali, imingxuma yokunyuka iyafumaneka ngokuxhomekeke kubungakanani obuncinci bomyalelo.

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AS 0520 DC Latching Solenoid

2024-09-03

Yintoni i-DC magnetic latching ivalve yeSolenoid?

I-solenoid yamagnetic latching ifakwe umazibuthe osisigxina ngaphakathi kwindlu egcina iplunger ikwindawo enomagnetic xa ingekho phantsi kwamanye amandla. Ngozibuthe wangaphakathi osisigxina ogcina uncamathiselo, kuphela ukusebenzisa amandla okubuyisela umtsalane. Olunye utyhale kwaye utsale intshukumo yomgama iyafana namanye amandla e-DC Solenoid.

Iivalvu ze-solenoid zohlulahlulwe zibe ziindidi ezimbini: i-solenoid enye kunye ne-double latching solenoid. Kulula ukuqonda ukuba i-solenoid enye ibamba kuphela (i-self-locks) ingundoqo yentsimbi kwindawo enye ekupheleni kokubetha. I-solenoid ye-latching ephindwe kabini ithatha isakhiwo sekhoyili ephindwe kabini, enokuthi ibambe (i-self-lock) intsimbi yentsimbi kwiindawo ezimbini ezahlukeneyo ekuqaleni nasekupheleni, kwaye izikhundla ezibini zinetorque efanayo.

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AS 1261 DC Latching Solenoid

2024-09-03

Yintoni i-DC latching Solenoid?

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AS 0628 DC 24V 45 Degree Rotary Actuator yokuHlela umatshini-imveliso

AS 0628 DC 24V 45 Degree Rotary Actuator kumatshini wokuHlela

2025-01-05

I-Rotary Actuator Inkcazo kunye nomgaqo osisiseko

I-actuator ejikelezayo sisixhobo sombane esiguqula amandla ombane abe ngamandla omatshini ukufezekisa intshukumo ejikelezayo. Ikakhulu yenziwe ngekhoyili eqinisekisiweyo, intsimbi engundoqo, i-armature kunye ne-shaft ejikelezayo. Xa ikhoyili ye-solenoid yenziwe yasebenza, umhlaba wemagnethi uyaveliswa, nto leyo ebangela ukuba i-armature ijikeleze ijikeleze i-shaft ejikelezayo phantsi kwamandla ombane wesenzo. Kumatshini wokuhlela, i-actuator ejikelezayo inokuqhuba iindawo ezihambelanayo zomatshini ukwenza iintshukumo zokuhlenga ngokwesiginali ethunyelwe yinkqubo yolawulo.

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AS 0650 Ukuhlela iSiqhamo iSolenoid, iRotary solenoid actuator yokuhlela isixhobo-imveliso

AS 0650 Ukuhlela iziqhamo iSolenoid, iRotary solenoid actuator yokuhlela izixhobo

2024-12-02

Icandelo 1: Yintoni i-rotary solenoid actuator?

I-rotary solenoid actuator iyafana nemoto, kodwa umahluko phakathi kukuba i-motor inokujikeleza i-360 degree kwicala elinye, ngelixa i-rotary solenoid actuator ejikelezayo ayikwazi ukujikeleza i-360 degree kodwa inokujikeleza kwi-angle esisigxina. Emva kokuba umbane ucinyiwe, uphinda usetwe ngentwasahlobo yawo, ethathwa njengokugqiba isenzo. Iyakwazi ukujikeleza ngaphakathi kwe-angle esisigxina, ngoko ikwabizwa ngokuba yi-roting solenoid actuator okanye i-angle solenoid. Ngokubhekiselele kwindlela yokujikeleza, inokwenziwa kwiintlobo ezimbini: i-clockwise kunye ne-counterclockwise kwimfuno yeprojekthi.

Icandelo 2: Ubume be-rotary solenoid

Umgaqo wokusebenza we-solenoid ejikelezayo usekwe kumgaqo wokutsala umtsalane we-electromagnetic. Yamkela isakhiwo somphezulu esithambekileyo. Xa amandla evuliwe, indawo ethambekeleyo isetyenziselwa ukujikeleza kwi-angle kunye ne-torque ephumayo ngaphandle kwe-axial displacement. Xa ikhoyili ye-solenoid yenziwe yamandla, umbindi wentsimbi kunye ne-armature yenziwa imagnethi kwaye ibe ziimagnethi ezimbini ezinepolarities ezichaseneyo, kwaye kuveliswa umtsalane wombane phakathi kwazo. Xa umtsalane ungaphezu kwamandla okusabela entwasahlobo, i-armature iqala ukuya kumbindi wentsimbi. Xa i-coil ye-solenoid yangoku ingaphantsi kwexabiso elithile okanye ukunikezelwa kwamandla kuphazamisekile, umtsalane we-electromagnetic ungaphantsi kwamandla okusabela entwasahlobo, kwaye i-armature iya kubuyela kwindawo yokuqala phantsi kwesenzo samandla okuphendula.

Icandelo 3: Umgaqo osebenzayo

Xa ikhoyili ye-solenoid yenziwe yamandla, undoqo kunye ne-armature yenziwe ngemagnethi kwaye ibe ziimagnethi ezimbini ezineepolarities ezichaseneyo, kwaye umtsalane wombane wenziwa phakathi kwazo. Xa umtsalane mkhulu kunamandla okusabela entwasahlobo, i-armature iqala ukuya kumbindi. Xa i-current in coil ye-solenoid ingaphantsi kwexabiso elithile okanye ukunikezelwa kwamandla kuphazamisekile, umtsalane we-electromagnetic ungaphantsi kwamandla okusabela entwasahlobo, kwaye i-armature iya kubuyela kwindawo yokuqala. I-electromagnetic ejikelezayo sisixhobo sombane esisebenzisa umtsalane we-electromagnetic oveliswa yicoil ephetheyo ekhoyo ngoku ukulawula isixhobo somatshini ukugqibezela isenzo esilindelekileyo. Yinto yombane eguqula amandla ombane abe ngamandla omatshini. Akukho ukufuduka kwe-axial xa ujikeleza emva kokuba amandla evuliwe, kwaye i-angle yokujikeleza ingafikelela kwi-90. Iyakwazi ukulungiswa kwi-15 °, 30 °, 45 °, 60 °, 75 °, 90 ° okanye ezinye iidigri, njl. , usebenzisa i-CNC-processed spiral surfaces ukuyenza ibe mpuluswa kwaye ingashukumi ngaphandle kokususwa kwe-axial xa ijikeleza. Umgaqo wokusebenza we-electromagnetic ejikelezayo usekwe kumgaqo womtsalane we-electromagnetic. Yamkela isakhiwo somphezulu esithambekileyo.

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AS 3919 Izicelo ezitsha zeBistable Rotary Solenoids-imveliso

AS 3919 ii-Innovative Applications of Bistable Rotary Solenoids

2024-11-28

Malunga ne-bistable rotary solenoid ?

I-Bistable Rotary Solenoid ikhuselwe yindlu eqinileyo ye-carbon steel. Udidi lwe-insulation yi-IP50; ukunyuka ukuya kwi-IP65 kunokwenzeka usebenzisa izindlu ezongezelelweyo. I-voltage ye-nominal yi-12, i-18 okanye i-24 Volt; itorque yi-1 Ncm ukuya kwi-1 Nm. Izikhundla zokuphela zilungiswe ngokubamba i-torque ukuya kwi-1 Nm. Ngokuxhomekeke kwisicelo, i-angle yokujikeleza ukuya kwi-180 ° inokufezekiswa. Izinzwa zeholo zingasetyenziswa njengokhetho lokujonga ukuba umazibuthe ufikelele kwindawo yokuqala okanye ekupheleni.

UmGaqo wokuSebenza

I-bistable rotary solenoids zikhawuleza ngokugqithisileyo iimagnethi ezijikelezayo ezitshintshayo ukuze zisebenze kakuhle ngokufuna ukuhlenga-hlengisa kunye nemisebenzi esebenzayo. Ngesantya esingaphantsi kwe-10 ms, oonobumba, imali engamaphepha okanye iipasile zinokuhlelwa ngokukhawuleza okukhulu kwaye zime ngendlela echanekileyo. Isantya esiphezulu sokujikeleza sifezekiswa ngokuguqula i-polarity ye-rotary solenoid. Isikhundla sesiphelo esikhuselekileyo sibonwa yimagnethi esisigxina. Oko kubizwa ngokuba yi "Polarised Rotary Solenoids" (PDM) zisetyenziswa kwi-automation kunye nelogistcs njengenye indlela yokonga i-pneumatics okanye izisombululo zemoto ngenxa yokusebenza kakuhle kwamandla.

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AS 0616 DC Rotary Solenoid Actuator for Money Counter Machine

2024-09-28

Yintoni i-Bi-Stable Rotary Solenoid?

I-Bi-stable Rotary solenoid ineempawu zokujikeleza ngasekunene nangasekunene ngalo lonke ixesha umkhombandlela wokujikeleza utshintshwa phakathi kwe-+(positive) kunye no-(negative). Emva kokucima kombane, iBistable rotary solenoid ihlala ibuyele kwindawo yayo ngokusebenzisa amandla okubamba umazibuthe osisigxina. Ngokungafaniyo nolunye uhlobo olujikelezayo lwe-solenoids elisebenzisa isipringi ukushukuma kwicala elinye, i-solenoid ene-bi-stable ijikeleza macala omabini iqhutywa ngamandla kazibuthe kunye ne-pulse yangoku.

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AS 15063 Degaussing Electro ephakamisa iSigxina Magnet-imveliso

GH 15063 iDegaussing Electro ephakamisa iMagnet eSisigxina

2024-11-26

Yintoni iMagnet yokuPhakamisa eSisigxina?

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AS 20030 DC Suction Electromagnet

2024-09-25

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 lweziphakamisi ze-electromagnetic ziyaphatheka, zingabizi kakhulu, kwaye zisebenza kakuhle, kwaye zizisombululo ezisebenzayo zokuphakamisa lula izinto ezifana neepleyiti zentsimbi, iipleyiti zesinyithi, amashiti, iikhoyili, iityhubhu, iidiski, njl. njl. ) eyenza ikwazi ukuvelisa indawo eyomeleleyo yemagnethi. 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.

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AS 4010 DC Power Electromagnet for Safety Smart Door

2024-09-24

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 lozibuthe we-electromagnetic luphathwa, lungabizi kakhulu, kwaye lunezisombululo ezisebenzayo zokuphakamisa lula izinto ezifana neepleyiti zentsimbi, iipleyiti zetsimbi, amashiti, iikhoyili, iityhubhu, iidiski, njl. ezenza ikwazi ukuvelisa indawo eyomeleleyo yemagnethi. 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.

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AS 32100 DC Power Electromagnetic lifter

2024-09-13

Yintoni i-Electromagnetic lifter?

Umgaqo wokusebenza:

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AS 0622 Imoto ye-Solenoid yenkqubo yokukhanya kwemoto ye-3 Intshi yeBi-LED yeProjektha yeProjektha

AS 0622 Imoto yeSolenoid yesikhanyiso semoto yemoto ye-3 Intshi ye-Bi-LED yeProjektha

2024-11-11

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 siqhubela kwiindlela ezinyukayo okanye ezihlayo, ngokulawula ukuhamba kwe-valve ye-solenoid, i-beam ephezulu kunye nesezantsi ye-headlight inokutshintshwa ngokuchanekileyo, ukwenzela ukuba ukukhanya kukhanyise ngakumbi ijika okanye indlela ehamba phambili, ukuphucula ukhuseleko lokuqhuba. .

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AS 0625 DC Solenoid Vavle kwiNtloko yeMoto isibane soMbane oPhezulu kunye noPhantsi wokuTshintsha iNkqubo-imveliso

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

2024-09-03

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

jonga iinkcukacha

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

2024-09-03

Isebenza ntoni i-push pull solenoid yezibane zemoto?

Iimpawu zeYunithi:

Izavenge ezilula:

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

jonga iinkcukacha

AS 0825 DC 12 V umgca solenoid for Automotive intloko Ukukhanya-imveliso

AS 0825 DC 12 V umgca solenoid for Automotive intloko Light

2024-09-03

Isebenza njani i-solenoid yomgca yokukhanya kwentloko yemoto?

Le Solenoids ephindwe kabini ye-Linear Solenoids yezibane zeMoto, ezikwabizwa ngokuba zizibane zemoto kunye nezibane zemoto ze-LED zasemini, zingamehlo emoto. Azihambelani kuphela nomfanekiso wangaphandle wemoto, kodwa zihambelana ngokusondeleyo nokuqhuba ngokukhuselekileyo ebusuku okanye kwiimeko ezimbi zemozulu. Ukusetyenziswa kunye nokugcinwa kwezibane zemoto akunakungahoywa.

Iimpawu zeYunithi:

Ubungakanani beyunithi: 49 * 16 * 19 Mm / 1.92 * 0.63 * 0.75 intshi /
Iplunger: φ 6 mm
Umbane: DC 12 V
Ukubetha: 5 mm
Amandla: 80gf
Amandla: 8W
Okwangoku: 0.58 A
Ukuchasa: 3 0Ω
Umjikelo wokuSebenza: 0.5s On, 1s Off
Izindlu: Indlu yeCarton Steel ene-Zinc plated coating, indawo egudileyo, kunye nokuthotyelwa kweRohs; Ukuchasana nomhlwa;
Ucingo lobhedu: Yakhelwe ngocingo olusulungekileyo lobhedu, ukuqhuba kakuhle kunye nokumelana nobushushu obuphezulu:
Oku Njengoko 0825 f linear solenoid iivalvu for isibane semoto isetyenziswa ikakhulu kwiindidi ezahlukeneyo zemoto kunye nezibane isithuthuthu kunye xenon headlight switching izixhobo 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.

jonga iinkcukacha

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

2024-08-02

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 :

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:

jonga iinkcukacha

AS 0620 iKhabhinethi ye-DC Isitshixo soMbane sokutshixa iNdibano yeSolenoid

2024-10-25

Iimpawu zeYunithi

Umgangatho ophezulu wokutshixa i-solenoid yombane.

I-Rustproof, yomelele, ikhuselekile, ikulungele ukusebenzisa.

Ukufunxa okufunxa intsimbi ngokuqinileyo, ngaloo ndlela kutshixa ukhuseleko locango.

Kusetyenziswa ukufakwa kucango lokuphuma okanye kucango lomlilo inkqubo elawulwa ngombane.

Yamkela umgaqo wemagnethi yombane, xa ikhoyo ngoku ngesilicon, isitshixo sombane siya kufezekisa ukuqina.

Izinto zezindlu: Izindlu zentsimbi yeCarbon eneNickle okanye iZinc Coating, anti-corrosion kunye nokuthotyelwa kweRoHs.

Eyilwe ngohlobo lwesakhelo esivulekileyo kunye nebhodi yokukhwela, amandla aphezulu.

Ukufakela lula ukutshixa ucango lombane okanye ezinye iinkqubo zokutshixa ucango oluzenzekelayo ngebhodi yokukhwela.

jonga iinkcukacha

AS 01 Magnet Coil Coil Inductor-imveliso

GH 01 I-Magnet Coil Inductor

2024-07-23

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.

jonga iinkcukacha

AS-0837 Ulawulo lwe-Ink ye-Ink ye-Solenoid yaManzi yeePrinta ( Ivalve ye-solenoid yesishicileli )

2024-11-02

Yintoni ivalve ye-solenoid yamanzi?

Iivalvu zamanzi ze-electromagnetic zezona mveliso zidumileyo kunye nokusebenza kubomi bethu bemihla ngemihla-kubandakanya ikhoyili ye-solenoid kunye nesinxibelelanisi. I-Brass ihlala isetyenziselwa umzimba we-valve, emva koko amacandelo angaphakathi ayenziwe ngensimbi engenasici, eqinisekisa ixesha elide lenkonzo ye-valve ye-solenoid yamanzi. Uluhlu lweqondo lokushisa olusebenzayo luhlala luboniswa kwinkcazo yohlobo oluthile. Ezi zivalo ze-solenoid zamanzi azenzelwanga ukulawula ukuhamba kwezinto eziqhumayo, ezinokutsha okanye ezine-oxidizing.

Ulawulo lwe-Ink Intshayelelo yevalvu ye-Solenoid
Oomatshini bokushicilela bale mihla bafuna abenzi boluvo abaninzi kunye nolawulo lombane ebhodini ukujonga inyathelo ngalinye lenkqubo xa kuthelekiswa nabangaphambili babo kumashumi eminyaka eyadlulayo. Ngaloo nto, izinzwa zoxinzelelo kunye neevalvu ze-solenoid zisebenza kunye kwisixhobo sokuprinta isikrini, iinkqubo zokukhupha i-inki kwiiprinta zejethi ze-inki zoshishino ezibeka iliso kumanqanaba e-inki.

jonga iinkcukacha

jonga ngakumbi

Silinceda njani ishishini lakho likhule?

Ubudlelwane obuthe ngqo be-ODM

Akukho balamleli: Sebenza ngokuthe ngqo neqela lethu lokuthengisa kunye neenjineli ukuqinisekisa ukusebenza kakuhle kunye nokudityaniswa kwexabiso.

Iindleko eziphantsi kunye ne-MOQ

Ngokwesiqhelo, sinokuthoba iindleko zakho zizonke zeevalvu, izifakelo, kunye neendibano ngokususa iimarkups zokusasaza kunye nee-conglomerates eziphezulu.

Uyilo lweNkqubo olusebenzayo

Ukwakha i-solenoid ephezulu yokusebenza kwiinkcukacha kubangela inkqubo esebenzayo, ehlala inciphisa ukusetyenziswa kwamandla kunye neemfuno zendawo.

Inkonzo yethu

Iqela lethu lokuthengisa lobuchwephesha belikwindawo yophuhliso lweprojekthi ye-solenoid iminyaka eyi-10 kwaye inokunxibelelana zombini ngomlomo nangesiNgesi ngaphandle kwengxaki.

Kutheni ukhethe thina

Inkonzo yakho yoBuchule yokumisa enye, iiNgcali zeSolenoid zeSolulo

Ukuzibophelela kwethu kwizinto ezintsha kunye nomgangatho kusiseke njengenkokeli kwishishini le-solenoid.

UGqr. Solenoid usebenzisa itekhnoloji yala maxesha ukubonelela ngeqonga elinye kunye nezisombululo ezixutyiweyo zokwenziwa kwe-solenoid. Iimveliso zethu zisebenziseka ngokulula, zinciphisa ukuntsonkotha kunye nokwandisa unxibelelwano, okukhokelela kufakelo olungenamthungo nolungenamgudu. Babonisa ukusetyenziswa kwamandla aphantsi, amaxesha okuphendula ngokukhawuleza, kunye noyilo olomeleleyo lwempembelelo ephezulu kunye neendawo ezisingqongileyo. Ukuzinikela kwethu ekugqweseni kubonakala ekusebenzeni okuphezulu, ukusebenza, kunye nexabiso leemveliso zethu, ukuqinisekisa amava omsebenzisi wokugqibela angenakulinganiswa.

Ababoneleli abaKhethiweyo

Siye saseka inkqubo yomthengisi ekumgangatho ophezulu. Iminyaka yentsebenziswano yokubonelela inokuxoxisana namaxabiso angcono, iinkcukacha kunye nemigaqo, ukuqinisekisa ukuphunyezwa komyalelo kunye nesivumelwano somgangatho.
Ukuhanjiswa kwangexesha

Inkxaso yeefektri ezimbini, sinabasebenzi abanezakhono abali-120. Imveliso yenyanga nganye ifikelela kwi-500 000 piece solenoids. Kwimiyalelo yabathengi, sihlala sigcina izithembiso zethu kwaye sidibana nokuhanjiswa ngexesha.
Iwaranti iqinisekisiwe

Ukuze siqinisekise umdla wabathengi kwaye sibonise uxanduva lwethu lokuzibophelela okusemgangathweni, onke amasebe enkampani yethu athobela ngokungqongqo iimfuno zencwadi yesikhokelo ye-ISO 9001 2015 inkqubo yomgangatho.
Uxhaso lobuchwepheshe

Ixhaswa liqela le-R&D, sikubonelela ngezisombululo ezichanekileyo ze-solenoid. Ngokucombulula iingxaki, sikwagxininisa kunxibelelwano. Siyakuthanda ukumamela izimvo kunye neemfuno zakho, xoxa ngokunokwenzeka kwezisombululo zobugcisa.

Amatyala empumelelo Isicelo

IValve ye-Solenoid eyi-1 esetyenziswa kwisixhobo soNyango26n

2020/08/05

Isicelo seZixhobo zoNyango

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2 I-Solenoid esetyenziswa kwi-Automotive Vehicalaat

WINCHES

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3 I-Solenoid esetyenziswa kwiSixhobo saseKhaya39

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Iivalvu ze-Solenoid ezi-4 ezisetyenziswa kwiZixhobo zokuZizenzekelayo

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5 I-Solenoid esetyenziswa kwi-Ofisi Equipmentl13

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6 I-Solenoid esetyenziswa kwiiDispensers95

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Usetyenziso lweDidipenser

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Bathini abathengi bethu

Siyazingca kakhulu ngenkonzo kunye nendlela yokusebenza esibonelela ngayo.

Funda ubungqina obuvela kubathengi bethu abonwabileyo.

Teka Portugal SA

Uqale ukusebenzisana noGqr. Solenoid we-Solenoid nathi ukusukela ngo-2016

"Inkampani yethu ithenge i-DC Pull Push Solenoid kuDkt. Solenoid ukususela ngo-2016. Ndachukunyiswa yinkonzo yabathengi kunye nomgangatho wemveliso. Bahlala phantsi kunye nathi ukuphonononga ukucaciswa kunye nomsebenzi kumatshini wokukhupha umoya, ngaphambi kokuphela kwentlanganiso yethu kwiveki enye, wakwazi ukwenza eyona ndlela ilungileyo yoyilo kunye nesampula yomsebenzi wovavanyo lwethu. Umboniso ogqibeleleyo wento eyaba yimveliso egqityiweyo.

Babeqinisekisa ukuba sibalulekile. Nayiphi na imibuzo okanye iinkxalabo ebesinazo ziphendulwe ngokukhawuleza nangengqiqo. Siyayibulela inkonzo kwaye siyakuvuyela ukubacebisa kuye nawuphi na umhlobo wethu okhangela iSolenoid. ”

Mr. UAndrew Costeira

Umthengi wobuGcisa

I-Melchers Tech ithumela ngaphandle i-GmbH

Uqale ukusebenzisana noGqr. Solenoid we-Solenoid nathi ukusukela ngo-2012

Oko saqala intsebenziswano ngo-2012, bendifuna nje ukunibulela bafana ngayo yonke i-DC solenoid yeprojekthi yasekhaya eniyidalile. Umsebenzisi wethu wokugqibela akanangxaki xa esebenzisa imveliso yethu ngaphezu konyaka omnye. Ke gcina imisebenzi emihle oyenzayo. Enkosi kwakhona ngomzamo wakho omkhulu we-solenoid oyenzileyo kule minyaka ili-10 idlulileyo. Ndijonge phambili kwiiprojekthi ezintsha kwixesha elizayo.

UMnu Marc Friedrich

Umlawuli olawulayo

APG Cash Away, LLC

Uqale intsebenziswano kunye noGqr Solenoid we-Solenoid ukususela ngo-2014

"Iqela likaGqr. Solenoid lisebenzisana kakhulu, liphendula ngokugqithiseleyo kwaye livelisa imveliso epholileyo, ephucukileyo egqityiweyo. Baqonda iinjongo zethu zoshishino zexesha elide kunye nexesha elifutshane kwaye libonisa kwiingxoxo zabo kunye nemveliso yokuthengisa abayenzileyo. Inqanaba lokuzibandakanya. esifumana kuGqr. Solenoid iphezulu kakhulu kwaye bayakuvuyela ukusebenza kunye ne-DC Push Pull Solenoid.

UMnu Matt Walker

UMlawuli weCandelo lonikezelo

UStanley Black kunye neDecker LLC

Yaqala intsebenziswano noGqr. Solenoid kwiprojekthi ye-Solenoid ukususela ngo-2010

“Ndichukumisekile yindlela ezayo nesabela ngayo uGqr. Solenoid kulo lonke unxibelelwano lwethu kunye neprojekthi ye-DC solenoid. Amaxabiso akho e-DC solenoid kunye nomgangatho usiphumelele intsebenziswano yexesha elide ukusukela ngo-2010”

Mr. Kunal Arora

Umphathi weGobla

Zanasi SRL

Enkosi ngawo wonke umsebenzi wakho olungileyo kunye nokuzinikela ngo-2020 kwi-DC Push-tsala i-Linear Solenoid. Sizise uphuculo oluninzi oluxabisekileyo kubathengi bethu kwaye sabeka isiseko sokunyuka ngokukhawuleza njengoko singena ku-2023. Ndinebhongo kakhulu ngeqela lethu kwaye ndijonge phambili ekusebenzisaneni nani njengoko sizama ukwakha eyona mveliso iluncedo, nexabisekileyo kwimarike. .

UMnu. Andrea Zanasi

Umlawuli jikelele

01020304