Imikhiqizo
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I-ZLTECH Nema23 57mm 24V 35W/70W/100W/140W 3000RPM DC brushless motor yomshini wokuqopha
Injini ye-BLDC enamakhoyili amathathu ku-stator izoba nezintambo zikagesi eziyisithupha (ezimbili kukhoyili ngayinye) ezisuka kulawa makhoyili.Ekusetshenzisweni okuningi ezintathu zalezi zintambo zizoxhunywa ngaphakathi, nezintambo ezintathu ezisele zisuka emzimbeni wemoto (ngokungafani nezintambo ezimbili ezisuka kumotho ebhulashiwe ezichazwe ngaphambili).Ukufaka izintambo kukesi lemoto ye-BLDC kuyinkimbinkimbi kakhulu kunokumane uxhume amatheminali aqondile noma angalungile eseli yamandla.
Izinzuzo ze-BLDC motor:
1. Ukusebenza kahle.Njengoba lezi zinjini zingakwazi ukulawula ngokuqhubekayo ngamandla amakhulu okujikeleza (torque).Amamotho axutshiwe, ngokuphambene, afinyelela i-torque ephezulu emaphoyintini athile kuphela ekujikelezeni.Ukuze injini ebhulashiwe ilethe i-torque efanayo nemodeli ye-brushless, kuzodingeka ukuthi isebenzise omazibuthe abakhulu.Kungakho ngisho namamotho amancane e-BLDC akwazi ukuletha amandla amakhulu.
2. Ukulawuleka.Amamotho e-BLDC angalawulwa, kusetshenziswa izindlela zokuphendula, ukuze alethe ngokuqondile itorque nesivinini sokuzungezisa.Ukulawula ukunemba nakho kunciphisa ukusetshenziswa kwamandla nokukhiqizwa kokushisa, futhi—ezimeni lapho amamotho asebenza ngebhethri—kwandisa impilo yebhethri.
3. Izinjini ze-BLDC nazo zinikeza ukuqina okuphezulu nomsindo ophansi kagesi, ngenxa yokuntuleka kwamabhulashi.Ngama-motor axutshwe, amabhulashi kanye ne-commutator iyawohloka ngenxa yokuthintana okuqhubekayo, futhi iphinde ikhiqize izinhlansi lapho kuxhumana khona.Umsindo kagesi, ikakhulukazi, uwumphumela wezinhlansi ezinamandla ezivame ukwenzeka ezindaweni lapho amabhulashi edlula khona izikhala ku-commutator.Yingakho ama-motor e-BLDC evame ukubhekwa njengekhethelo ezinhlelweni lapho kubalulekile ukugwema umsindo kagesi.
Sibonile ukuthi izinjini ze-BLDC zinikeza ukusebenza kahle okuphezulu nokulawuleka, nokuthi anempilo ende yokusebenza.Ngakho zilungele ini?Ngenxa yokusebenza kahle kwawo kanye nokuphila isikhathi eside, asetshenziswa kakhulu kumadivayisi asebenza ngokuqhubekayo.Sekuyisikhathi eside zisetshenziswa emishinini yokuwasha, ama-air conditioner, nezinye izinto zikagesi zabathengi;futhi kamuva nje, zivela kubalandeli, lapho ukusebenza kahle kwazo okuphezulu kube nomthelela ekunciphiseni okukhulu kokusetshenziswa kwamandla.
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I-ZLTECH 3phase 60mm Nema24 24V 100W/200W/300W/400W 3000RPM I-BLDC motor yomshini wokunyathelisa
I-Brushless DC Electric Motor (BLDC) iyinjini kagesi enikwa amandla amandla kagesi akhona manje futhi ishintshwa ngogesi esikhundleni samabhulashi njengakumamotho ajwayelekile e-DC.Izinjini ze-BLDC zithandwa kakhulu kunamamotho ajwayelekile e-DC namuhla, kodwa ukuthuthukiswa kwalolu hlobo lwamamotho kwenzeke kusukela ngeminyaka yawo-1960 lapho kwakhiwa ama-semiconductor electronics.
Ukufana BLDC kanye DC motors
Zombili izinhlobo zamamotho ziqukethe i-stator enamakhoyili ahlala njalo noma amakhoyili kagesi ngaphandle kanye nerotha enamawindi amakhoyili angenziwa amandla amandla aqondile ngaphakathi.Lapho i-motor inikwa amandla amandla aqondile, inkambu kazibuthe izokwakhiwa ngaphakathi kwe-stator, noma ihehe noma ixoshe odonsa ku-rotor.Lokhu kubangela ukuthi i-rotor iqale ukujikeleza.
I-commutator iyadingeka ukugcina i-rotor ijikeleza, ngoba i-rotor izoma uma ihambisana namandla kazibuthe ku-stator.I-commutator ishintsha ngokuqhubekayo i-DC current kuma-windings, futhi ngaleyo ndlela ishintsha indawo kazibuthe nayo.Ngale ndlela, i-rotor ingaqhubeka ijikeleza inqobo nje uma injini inamandla.
Umehluko BLDC kanye DC motors
Umehluko ogqame kakhulu phakathi kwe-BLDC motor kanye ne-DC motor ejwayelekile uhlobo lomhambisi.Imoto ye-DC isebenzisa amabhulashi ekhabhoni ngale njongo.Ububi bala mabhulashi ukuthi agqoka ngokushesha.Yingakho ama-motor e-BLDC esebenzisa izinzwa - ngokuvamile izinzwa zeHholo - ukukala indawo ye-rotor kanye nebhodi lesifunda elisebenza njengeswishi.Izilinganiso zokufaka zezinzwa zicutshungulwa ibhodi lesifunda eliphindaphinda ngokunembile isikhathi esifanele sokuhamba njengoba i-rotor iphenduka.
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I-ZLTECH 86mm Nema34 Nema34 36/48V 500/750W 19A 3000RPM I-BLDC motor yomshini wokuqopha
Isivinini se-PID nesilawuli samanje se-loop ephindwe kabili
Ukusebenza okuphezulu & Intengo ephansi
20KHZ chopper fequency
Umsebenzi wamabhuleki kagesi, okwenza injini iphendule ngokushesha
Ukuphindaphinda okugcwele kukhulu kuno-2, futhi i-torque ingahlala ifinyelela umkhawulo ngesivinini esiphansi
Ngokusebenza kwe-alamu okuhlanganisa ukugcwala ngokweqile, ukushaqeka kwe-undervoltage, i-overcurrent, izinga lokushisa ngokweqile, isignali yehholo engekho emthethweni nokunye.
Izici ze-brushless motor:
1) Injini incane ngosayizi futhi ilula ngesisindo.Ngenjini ye-asynchronous, i-rotor yayo yakhiwe ngomgogodla wensimbi onamazinyo nemisele, futhi ama-grooves asetshenziselwa ukubeka ama-induction windings ukukhiqiza okwamanje kanye ne-torque.Ububanzi bangaphandle bawo wonke ama-rotor akufanele bube buncane kakhulu.Ngesikhathi esifanayo, ukuba khona kwe-commutator engumshini nakho kunciphisa ukuncishiswa kwe-diameter yangaphandle, futhi i-armature winding ye-brushless motor iku-stator, ngakho ububanzi bangaphandle be-rotor bungancishiswa ngokuqhathaniswa.
I-2) Ukulahleka kwemoto kuncane, lokhu kungenxa yokuthi ibhulashi likhanseliwe, futhi ukuhlehliswa kwe-elekthronikhi kusetshenziselwa ukumiselela ukuhlehla komshini, ngakho-ke ukulahlekelwa ukungqubuzana nokulahlekelwa kukagesi kwemoto kuyaqedwa.Ngesikhathi esifanayo, akukho ukuvuthwa kazibuthe ku-rotor, ngakho-ke ukulahlekelwa kagesi kuqedwa, futhi insimu yamagnetic ngeke ikhiqize ukusetshenziswa kwensimbi ku-rotor.
I-3) Ukushisa kwe-motor kuncane, lokhu kungenxa yokuthi ukulahlekelwa kwemoto kuncane, futhi ukuvuthwa kwe-armature ye-motor ku-stator, exhunywe ngokuqondile ku-casing, ngakho-ke isimo sokushisa ukushisa sihle, i-coefficient yokushisa ukushisa inkulu.
4) Ukusebenza kahle okuphezulu.Nakuba i-brushless motor isetshenziswa kabanzi futhi inobubanzi obukhulu bamandla, ukusebenza kahle kwemikhiqizo ehlukene nakho kuhlukile.Emikhiqizweni yabalandeli, ukusebenza kahle kungathuthukiswa ngo-20-30%.
5) ukusebenza kokulawulwa kwesivinini kuhle, kunjini ye-brushless ngokusebenzisa i-potentiometer ukuze ilungise i-voltage ukuze ifinyelele ukulawulwa kwesivinini esingenasinyathelo noma segiya, kanye nokulawulwa kwesivinini somjikelezo we-PWM kanye nokulawulwa kwesivinini se-pulse frequency.
I-6) Umsindo ophansi, ukuphazamiseka okuncane, ukusetshenziswa kwamandla okuphansi, i-torque enkulu yokuqala, akukho ukungqubuzana kwemishini okubangelwa ukuhlehla.
I-7) Ukuthembeka okuphezulu, impilo ende yesevisi, ukususa isidingo samabhulashi ukuze kuqedwe umthombo wamaphutha amakhulu emoto, ukushisa kwe-electronic commutator motor kuyancishiswa, impilo yemoto inwetshiwe.
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I-ZLTECH 3phase 110mm Nema42 48V DC 1000W 27A 3000RPM brushless motor yengalo yerobhothi
Amamotho e-Brushless DC ajwayelekile ezinhlelweni zezimboni emhlabeni jikelele.Ezingeni eliyisisekelo kakhulu, kunamamotho ama-brushed nama-brushless futhi kukhona ama-DC kanye ne-AC motors.Amamotho e-Brushless DC awanawo amabhulashi futhi asebenzisa i-DC yamanje.
Lawa ma-motor ahlinzeka ngezinzuzo eziningi eziqondile ngaphezu kwezinye izinhlobo zamamotho kagesi, kodwa, edlula izisekelo, iyini ngempela i-brushless DC motor?Isebenza kanjani futhi isetshenziselwa ini?
Isebenza kanjani i-Brushless DC Motor
Kuyasiza kakhulu ukuchaza ukuthi i-brushed DC motor isebenza kanjani kuqala, njengoba isetshenziswe isikhathi esithile ngaphambi kokuba kutholakale ama-brushless DC motors.Injini ye-DC ebhulashiwe inozibuthe abangapheli ngaphandle kwesakhiwo sayo, enengalo ejikelezayo ngaphakathi.Izibuthe ezihlala njalo, ezimile ngaphandle, zibizwa ngokuthi i-stator.I-armature, ejikelezayo futhi equkethe i-electromagnet, ibizwa ngokuthi i-rotor.
Enjinini ye-DC ebhulashiwe, i-rotor ijikelezisa amadigri angu-180 lapho ugesi ugijima uye endaweni yengalo.Ukuqhubekela phambili, izigxobo ze-electromagnet kumele ziphenye.Amabhulashi, njengoba i-rotor spin, athintana ne-stator, aphenye insimu kazibuthe futhi avumele i-rotor ukuthi ijikeleze ama-degree angu-360 agcwele.
I-brushless DC motor empeleni iphendulwa ngaphakathi, isusa isidingo samabhulashi ukuze iphendule inkambu ye-electromagnetic.Kumamotho e-brushless DC, omazibuthe baphakade baku-rotor, kanti ama-electromagnets aku-stator.Ikhompiyutha ibe isishaja ozibuthe kagesi ku-stator ukuzungezisa irotha ngamadigri angama-360 agcwele.
I-Brushless DC Motors Isetshenziselwa ini?
Amamotho e-Brushless DC ngokuvamile asebenza kahle ngama-85-90%, kuyilapho ama-motor brushed ngokuvamile esebenza kahle ngo-75-80%.Amabhulashi agcina egugile, kwesinye isikhathi adala inhlansi eyingozi, abeke umkhawulo impilo yemoto ebhulashiwe.Amamotho e-Brushless DC athule, alula futhi anesikhathi eside sokuphila.Ngenxa yokuthi amakhompyutha alawula amandla kagesi, ama-brushless DC motors angafinyelela ukulawula ukunyakaza okunembe kakhudlwana.
Ngenxa yazo zonke lezi zinzuzo, ama-brushless DC motors avame ukusetshenziswa kumadivayisi wesimanje lapho umsindo ophansi nokushisa okuphansi kuyadingeka, ikakhulukazi kumadivayisi asebenza ngokuqhubekayo.Lokhu kungase kuhlanganise imishini yokuwasha, ama-air conditioner nezinye izinto zikagesi zabathengi.
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I-ZLTECH 24V-36V 5A DC kagesi i-Modbus RS485 isilawuli somshayeli we-brushless motor ye-AGV
UMSEBENZI NOKUSEBENZISA
1 Imodi yokulungisa isivinini
Ukulawulwa kwesivinini okokufaka kwangaphandle: xhuma amatheminali angu-2 angashintshi we-potentiometer yangaphandle embobeni ye-GND kanye nembobo engu-+5v yomshayeli ngokulandelanayo.Xhuma isiphetho sokulungisa ekugcineni kwe-SV ukuze usebenzise i-potentiometer yangaphandle (10K~50K) ukuze ulungise isivinini, noma ngokusebenzisa amanye amayunithi okulawula (afana ne-PLC, i-single-chip microcomputer, njalo njalo) faka i-analog voltage ekugcineni kwe-SV ukuze uqaphele ukulawulwa kwesivinini. (okuhlobene ne-GND).Ibanga lokwamukela i-voltage yembobo ye-SV yi-DC OV ukuya ku-+5V, futhi isivinini semoto esihambisanayo singu-0 ukuya kusivinini esilinganiselwe.
2 Isilawuli se-Motor run/stop (EN)
Ukugijima nokuma kwenjini kungalawulwa ngokulawula ukuvula nokuvala kwetheminali EN ngokuhlobene ne-GND.Lapho i-terminal i-conductive, injini izosebenza;kungenjalo injini izoma.Uma usebenzisa itheminali yokugijima/yokumisa ukumisa injini, injini izoma ngokwemvelo, futhi umthetho wayo wokunyakaza uhlobene nokungahambi kahle komthwalo.
3 Isilawuli sokuya phambili/ukuhlehla kwezimoto (F/R)
Indlela yokugijima yemoto ingalawulwa ngokulawula ukuvula/ukuvalwa kwetheminali F/R kanye netheminali GND.Uma i-F/R kanye netheminali ye-GND ingaqhubeki, injini izohamba ngokulandela iwashi (isuka ohlangothini lwe-motor shaft), ngaphandle kwalokho, injini izosebenza ngokuphambene newashi.
4 Ukwehluleka Komshayeli
Uma i-overvoltage noma i-over-current kwenzeka ngaphakathi komshayeli, umshayeli uzongena esimweni sokuvikela futhi ayeke ngokuzenzakalelayo ukusebenza, injini izoma, futhi ukukhanya okuluhlaza okwesibhakabhaka kumshayeli kuzocisha.Umshayeli uzokhipha i-alamu lapho itheminali yokunika amandla isethwe kabusha (okungukuthi, i-EN inqanyuliwe ku-GND) noma amandla ecishiwe.Uma leli phutha lenzeka, sicela uhlole ukuxhunywa kwezintambo ngemoto noma umthwalo wemoto.
5 RS485 Communication Port
Imodi yokuxhumana yomshayeli isebenzisa umthetho olandelwayo we-Modbus ojwayelekile, ohambisana ne-GB/T 19582.1-2008 ejwayelekile kazwelonke.Isebenzisa i-RS485-based 2-wire serial link zokuxhumana, isixhumi esibonakalayo sisebenzisa imbobo yezintambo engu-3-pin evamile (A+, GND, B-), futhi uxhumano lwe-serial lulula kakhulu.
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I-ZLTECH 24V-48V 10A Modbus RS485 DC isilawuli somshayeli we-brushless motor ingalo yerobhothi
Uhlolojikelele lwe
Umshayeli uyisilawuli sesivinini esivaliwe, usebenzisa idivayisi yamandla eseduze ye-IGBT ne-MOS, usebenzisa isignali yehholo ye-DC brushless motor ukuphinda kabili imvamisa bese eqhuba isilawuli sesivinini esivaliwe, isixhumanisi sokulawula sifakwe isivinini se-PID. isilawuli, isilawuli sesistimu sizinzile futhi sithembekile, ikakhulukazi ngesivinini esiphansi singahlala sifinyelela i-torque ephezulu, uhla lokulawula isivinini lwe-150 ~ 20,000 RPM.
Izici ze
1, isivinini se-PID, isilawuli samanje se-loop ephindwe kabili
I-2, ihambisana nehholo futhi alikho ihholo, ukulungiselelwa kwepharamitha, imodi engenzi inductive ifaneleka kuphela ngezikhathi ezikhethekile (ukuqala umthwalo uthambile)
3. Ukusebenza okuphezulu kanye nentengo ephansi
4. Imvamisa ye-Chopper engu-20KHZ
5, umsebenzi wamabhuleki kagesi, ukuze impendulo motor ngokushesha
6, ukulayisha okuningi kukhulu kuno-2, i-torque ingahlala ifinyelela umkhawulo ngesivinini esiphansi
7, ene-voltage engaphezulu, ngaphansi kwe-voltage, ngaphezulu kwamanje, izinga lokushisa elingaphezulu, isignali yehholo i-alamu yephutha engekho emthethweni
Izinkomba zikagesi
Amandla okufaka ajwayelekile anconyiwe: 24VDC kuya ku-48VDC, indawo yokuvikela i-undervoltage engu-9VDC, indawo yokuvikela i-overvoltage engu-60VDC.
Isilinganiso esiphezulu esiqhubekayo sokuvikela ukulayisha ngokweqile: 15A.Inani elizenzakalelayo lasembonini ngu-10A.
Isikhathi sokusheshisa esingaguquki Inani Lefekthri: isekhondi elingu-1 Okunye okungenziwa ngendlela oyifisayo
Izinyathelo Zokuphepha
Lo mkhiqizo umshini kagesi oqeqeshiwe, kufanele ufakwe, ulungiswe kabusha, usebenze futhi ulungiswe yizisebenzi ezichwepheshile nezobuchwepheshe.Ukusetshenziswa okungalungile kuzoholela ekushayweni kukagesi, umlilo, ukuqhuma nezinye izingozi.
Lo mkhiqizo unikwa amandla yi-DC power supply.Sicela wenze isiqiniseko sokuthi amatheminali aphozithivu noma anegethivu okunikezwa kwamandla alungile ngaphambi kokuvula amandla
Ungawaxhumi noma ukhiphe amakhebuli uma evuliwe.Ungawanciphisi amakhebuli ngesikhathi sokukhanyisa.Uma kungenjalo, umkhiqizo ungase ulimale
Uma injini idinga ukushintsha indlela lapho isebenza khona, kufanele yehliswe ijubane ukuze imise injini ngaphambi kokuhlehla
Umshayeli akavaliwe.Ungahlanganisi imizimba yangaphandle kagesi noma evuthayo njengezikulufi namashiphu ensimbi kumshayeli.Naka umswakama nothuli lapho ugcina futhi usebenzisa umshayeli
Umshayeli idivayisi yamandla.Zama ukugcina ukuchithwa kokushisa kanye nokukhipha umoya endaweni yokusebenza
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I-ZLTECH 24V-48V DC 15A i-non-inductive brushless motor driver yomshini wendwangu
I-ZLDBL5015 isilawuli sesivinini esivaliwe.Yamukela idivayisi yakamuva ye-IGBT ne-MOS yamandla, futhi isebenzisa isignali yeHholo ye-brushless DC motor ukwenza ukuphindaphinda kwamafrikhwensi bese yenza ukulawula kwesivinini esivaliwe.Isixhumanisi sokulawula sifakwe isilawuli sesivinini se-PID, futhi ukulawulwa kwesistimu kuzinzile futhi kuthembekile.Ikakhulukazi ngesivinini esiphansi, i-torque ephezulu ingafinyelelwa njalo, futhi uhla lokulawula isivinini luyi-150 ~ 10000rpm.
IZICI
■ Isivinini se-PID nesilawuli samanje esiyiluphu ephindwe kabili.
■ Ukusebenza okuphezulu kanye nenani eliphansi
■ 20KHZ chopper imvamisa
■ Umsebenzi wamabhuleki kagesi, yenza injini iphendule ngokushesha
■ Inqwaba yokulayishwa ngokweqile inkulu kuno-2, futhi itorque ingahlala ifinyelela inani eliphakeme ngesivinini esiphansi
■ Ine-over-voltage, under-voltage, over-current, over-temperature, isignali yeHholo ehlulekile kanye neminye imisebenzi ye-alamu yamaphutha
■ Ihambisana neHholo futhi alikho IHholo, ukuhlonza okuzenzakalelayo, ayikho imodi yokuzwa kweHholo efanelekayo ngezikhathi ezikhethekile (umthwalo oqalayo awushintshi, futhi ukuqala akuvamile kakhulu, njengamafeni, amaphampu, ukupholisha nezinye izinto zokusebenza,)
AMAPHAMAMA KAgesi
I-voltage yokufaka ejwayelekile: 24VDC~48VDC (10~60VDC).
Umkhawulo oqhubekayo ophumayo wamanje: 15A.
Isikhathi sokusheshisa njalo Okuzenzakalelayo kwefekthri: 0.2 amasekhondi.
Isikhathi sokuvikela isitendi sezimoto imizuzwana emi-3, ezinye zingenziwa ngezifiso.
UKUSEBENZISA IZINYATHELO
1. Xhuma kahle ikhebula lemoto, ikhebula laseHholo kanye nekhebula lamandla.Izintambo ezingalungile zingadala umonakalo kumotho nomshayeli.
2. Uma usebenzisa i-potentiometer yangaphandle ukuze ulungise isivinini, xhuma indawo ehambayo (isikhombikubona esimaphakathi) se-potentiometer yangaphandle embobeni ye-SV yomshayeli, nezinye izixhumi ezibonakalayo ezingu-2 zixhunywe kumachweba we-GND kanye ne-+5V.
3.Uma i-potentiometer yangaphandle isetshenziselwa ukulawula isivinini, lungisa i-R-SV endaweni engu-1.0, ngesikhathi esifanayo xhuma i-EN phansi, xhuma indawo ehambayo (i-interface ephakathi) ye-potentiometer yangaphandle embobeni ye-SV yomshayeli. , nezinye ezimbili ku-GND kanye ne-+5V port .
4. Vula futhi usebenzise i-motor, injini isesimweni sesivinini esiphezulu se-loop evaliwe ngalesi sikhathi, lungisa i-potentiometer yokunciphisa isivinini esidingekayo.
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I-ZLTECH 24V-48V 30A Modbus RS485 DC isilawuli somshayeli esingenalutho somshini wokuphrinta
Q: Ithini i-voltage yokufaka yomshayeli we-BLDC ZLDBL5030S?
A: I-voltage yokufaka yomshayeli we-BLDC i-ZLDBL5030S ingu-24V-48V DC.
Q: Ithini i-output yamanje yomshayeli we-BLDC ZLDBL5030S?
A: Okukhiphayo okwamanje komshayeli we-BLDC ZLDBL5030S yi-30A.
Q: Iyiphi indlela yokulawula ye-BLDC umshayeli ZLDBL5030S?
A: Iphrothokholi yokuxhumana ye-Modbus RS485.
Q: Kuyini isici BLDC umshayeli ZLDBL5030S?
A: 166mm*67mm*102mm.
Q: Kuyini izinga lokushisa lokusebenza BLDC umshayeli ZLDBL5030S?
A: -30°C ~+45°C.
Q: Kuyini izinga lokushisa isitoreji BLDC umshayeli ZLDBL5030S?
A: -20°C ~+85°C.
Q: Iyini imisebenzi yokuvikela yomshayeli we-BLDC ZLDBL5030S?
A: Ukushisa ngokweqile, i-overvoltage, ukulawulwa kwe-undervoltage, ukunikezwa kwamandla okungavamile, njll.
Uma injini ingajwayelekile ngesikhathi sokusebenza, ishubhu yedijithali ibonisa okuthi Err×.
(1) Iphutha–01 likhombisa ukuthi injini ikhiyiwe.
(2) Iphutha–02 libonisa i-overcurrent.
(3) Iphutha–04 libonisa iphutha leHholo.
(4) Iphutha-05 libonisa ukuthi injini ivinjiwe futhi iphutha leHholo liyengezwa.
(5) Iphutha–08 libonisa ukufakwa ngaphansi kwamandla kagesi.
(6) Iphutha–10 lisho ukugcwala ngokweqile kokufakwayo.
(7) Iphutha-20 libonisa i-alamu yamanje ephezulu.
(8) Iphutha-40 libonisa i-alamu yezinga lokushisa.
Q: Iyini imisebenzi yokuvikela yomshayeli we-BLDC ZLDBL5030S?
A: Ukushisa ngokweqile, i-overvoltage, ukulawulwa kwe-undervoltage, ukunikezwa kwamandla okungavamile, njll.
Q: Ingabe umshayeli we-BLDC ZLDBL5030S une-MOQ?
A: 1pc/inqwaba.
Q: Yisiphi isikhathi sokuhola?
A: Izinsuku ezi-3-7 zesampula, inyanga engu-1 yokukhiqiza ngobuningi.
Q: Kuthiwani ngewaranti?
A: I-ZLTECH inikeza iwaranti yezinyanga eziyi-12 njengoba amakhasimende ethola umkhiqizo.
Q: Ingabe ungumsabalalisi noma umkhiqizi?
A: I-ZLTECH ingumkhiqizi we-DC servo motor kanye nomshayeli we-servo.
Q: Iyiphi indawo yokukhiqiza?
A: Idolobha laseDongguan, Isifundazwe saseGuangdong, eChina.
Q: Ingabe inkampani yakho ISO Certified?
A: Yebo, i-ZLTECH inesitifiketi se-ISO.
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I-ZLTECH 2phase 42mm 0.7Nm 24V 2000RPM b ehlanganisiwe ye-stepper motor kanye nomshayeli
Uchungechunge lwe-42 open-loop stepper luhlukaniswe izinhlobo ezimbili, ZLIM42-05, ZLIM42-07
I-ZLTECH Nema17 0.5/0.7Nm 18V-36V Integrated Step-Servo Motor
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I-ZLTECH 57mm Nema23 isinyathelo esihlanganisiwe esinomshayeli womshini wokusika
I-ZLIS57 iyi-2 phase hybrid step-servo motor enedrayivu edidiyelwe yedijithali esebenza kahle kakhulu.Uhlelo lunesakhiwo esilula nokuhlanganiswa okuphezulu.Lolu chungechunge lwamamotho ahlanganisiwe avaliwe asebenzisa i-DSP chip yakamuva engu-32-bit yokulawula izimoto, futhi asebenzisa ubuchwepheshe obuthuthukisiwe bokulawula isihlungi sedijithali, ubuchwepheshe bokucindezela i-resonance vibration kanye nobuchwepheshe bokulawula bamanje obunembile ukunika amandla injini yezigaba ezimbili eyi-hybrid stepper ukuze ifinyelele. ukusebenza okunembile nokuzinzile.Lolu chungechunge lwama-motor ahlanganisiwe avaliwe ane-loop stepper motors lunezici zokukhipha i-torque enkulu, umsindo ophansi, ukudlidliza okuphansi, nokushisa okuphansi, ezifanele kakhulu imishini yokucubungula i-electronic, ukucubungula i-laser, imishini yokwelapha kanye nezinombolo ezincane zokulawula izinombolo.
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I-ZLTECH 42mm 24V 1.5A 0.5Nm CANopen isinyathelo esihlanganisiwe semoto kanye nomshayeli wephrinta ye-3D
Uchungechunge lwe-42 open-loop stepper CANOPEN luhlukaniswe izinhlobo ezimbili, ZLIM42C-05, ZLIM42C-07
I-ZLTECH Nema17 0.5-0.7NM 18V-28VDC CANopen Integrated Step-Servo Motor
Ukusebenza kochungechunge lwezitephu ezingu-42 oluvulekile lwe-CANIPEN lumi kanje:
I-Shaft: I-shaft eyodwa
Usayizi: Nema 17
i-engeli yesinyathelo: 1.8°
I-Ebcoder: 2500-wire Magnetic
I-voltage yokufaka(VDC): 20-48
Inani eliphakeme lamanje lokukhiphayo(A):1.5
Ububanzi be-shaft(mm): 5/8
ubude be-shaft(mm): 24
I-Torque yokubamba(Nm): 0.5/0.7
Isivinini(RPM): 2000
Isisindo(g): 430g
Ubude Benjini(mm);70/82
Ingqikithi Yezimoto Ubude(mm): 94/106
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I-ZLTECH Nema23 encoder CANopen edidiyelwe yesinyathelo-servo motor
Injini ye-stepper ehlanganisiwe evamile idinga izintambo eziningi ukuxhuma umshayeli nesilawuli.I-stepper motor yakamuva ehlanganisiwe ye-Zhongling Technology ene-CANopen bus control ixazulula inkinga yezintambo ze-stepper motor ejwayelekile ehlanganisiwe.I-ZLIM57C iyinjini ye-digital step-servo motor yesigaba esi-2 enomshayeli odidiyelwe wedijithali osebenza kahle kakhulu.Uhlelo lunesakhiwo esilula nokuhlanganiswa okuphezulu, futhi lwengeza ukuxhumana kwebhasi kanye nemisebenzi yesilawuli se-axis eyodwa.Ukuxhumana kwebhasi kusebenzisa isixhumi esibonakalayo sebhasi ye-CAN, futhi kusekela amaphrothokholi angaphansi kwe-CiA301 ne-CiA402 yephrothokholi ye-CANopen.
