I-ASM siplace i-smart feeder ene-sensor 88mm 00141398

I-ASM 88mm i-sensor feeder sisixhobo sokutyisa esiphezulu esilungiselelwe amacandelo amakhulu e-SMD. Ifanelekile kwiimfuno ezikhethekileyo zokubekwa kwecandelo elikhulu kwimveliso ye-elektroniki yanamhlanje, igcwalisa isithuba sobugcisa be-feeders yendabuko kwintsimi ye-76-100mm yokucubungula izinto eziphathekayo.

1.2 Iinzuzo eziphambili

Inkxaso yemicu yempahla enkulu: Ilungele ngokugqibeleleyo i-88mm imicu yempahla ebanzi (iyahambelana ne-84-92mm)

Ukuchaneka komgangatho womkhosi: Ukuchaneka kokutya kufikelela ±0.025mm (@20±1℃)

Inkqubo yokuqonda ngobukrelekrele: Ukufunyanwa okungafunekiyo kathathu (i-optical + magnetic induction + mechanical)

Umthamo omkhulu womthwalo: Inkxaso ye-8kg yeetreyi ezinzima

Ubomi benkonzo egqithisileyo: Ubomi becandelo eliphambili ≥50 million amaxesha

Uyilo lokutshintsha ngokukhawuleza: Ubume beModyuli, ixesha lokutshintsha <30 imizuzwana

II. Iinkcukacha zobugcisa kunye neeparamitha zokusebenza

2.1 Iiparamitha ezisisiseko

Ixabiso leParameter yento

Imodeli ASM-FD88-SI (00142xxx series)

Izinto ezisebenzayo strip ububanzi 88mm (84-92mm adjustable)

Inyathelo lokutyisa 4/8/12/16/20/24/28/32mm

Ubude obuphezulu becandelo 18mm

Material strip ubukhulu ububanzi 0.5-3.0mm

Isantya sokutya ngamaxesha angama-30/umzuzu (ubuninzi)

Umbane wombane 24VDC±5%

Unxibelelwano lonxibelelwano CAN ibhasi + EtherCAT

Inqanaba lokhuseleko IP55

2.2 Iiparamitha zesistim yoluvo

Isivamvo esiphambili: I-8 yezigidi ze-pixel shutter yehlabathi jikelele iCMOS

Isivamvo esiNcedisayo: uluhlu lweHolo olwahlukileyo (0.1μm isisombululo)

Ambient ukukhanya immunity: ≤100,000Lux

Ixesha lokuphendula: <1ms

III. Ubume boomatshini kunye noyilo oluyilayo

3.1 Uyilo loguqulo lomatshini

Inkqubo yokuqhuba kabini:

Ukuqhuba okuphambili: imoto ye-servo echanekileyo ephezulu (i-17bit encoder)

I-Axiliary drive: inkqubo yembuyekezo yemoto ehambelanayo

Indlela yokuqinisa isikhokelo:

Isikhokhelo esine sisikhokelo sikaloliwe

I-Tungsten carbide enganyangekiyo kwi-bushing (ubunzima HRA90)

Isixhobo esicinezelayo esikrelekrele:

I-16-point matrix ulawulo loxinzelelo

Ingxelo yoxinzelelo lwexesha lokwenyani (isisombululo se-0.1N)

Uyilo lwemodyuli:

Ukukhutshwa kwemodyuli yokutyisa ngokukhawuleza (ixesha lokutshintsha <90 imizuzwana)

Iyunithi yesivamvo esitshintshayo esishushu

3.2 Umzobo weskimu womgaqo wokusebenza

umbhalo

[Itreyi yezinto] → [Ulawulo loxinzelelo] → [Isixhobo sokukhokela] → [Ivili lokutyisa elingundoqo]

↓ ↑

[Isixhobo sokuhluba] ← [Ukubona indawo] ← [Ivili lolungiso oluncedisayo]

↓

[Umlomo we-SMT]

IV. Imisebenzi engundoqo kunye nexabiso lomgca wemveliso

4.1 Inkqubo yokusebenza ekrelekrele

Ulawulo lokutyisa oluguquguqukayo:

Chonga ngokuzenzekelayo iimpawu zomcu wemathiriyeli (ukutyeba/ubulukhuni)

Yenza uhlengahlengiso olunamandla iiparamitha zokutyisa

Ukujongwa kwemeko epheleleyo:

Ukuqikelelwa komcu wezinto eziseleyo (15 izilumkiso zamacandelo kwangaphambili)

Ukuqinisekiswa kabini kobukho becandelo

Ukujongwa kokunxiba koomatshini

Ulawulo lwedatha:

Gcina iirekhodi zokusebenza ze-10,000

Xhasa inkqubo ye-MES docking

Ukuvelisa iingxelo zokulondolozwa kwangaphambili

4.2 Ixabiso lomgca wemveliso

Ukuphuculwa komgangatho: ukunciphisa izinga eliphosakeleyo lokubekwa kwecandelo elikhulu ukuya ku-<0.1%

Ukusebenza kakuhle: nciphisa ixesha lokutshintsha izinto nge-70% (xa kuthelekiswa nezisombululo zemveli)

Ulawulo lweendleko:

Ukusetyenziswa kwamandla kuncitshiswe nge-45% (xa kuthelekiswa nezisombululo ze-pneumatic)

Iindleko zokugcina zithotywe ngama-60%

Isiseko esikrelekrele:

Ukubonelela ngedatha yedijithali epheleleyo

Ukuxhasa ukuxilongwa okude kunye nokulungiswa kweparameter

V. Iimeko zesicelo esiqhelekileyo

5.1 Iintlobo zecandelo elisebenzayo

Ii-electrolytic capacitors ezinkulu kakhulu (ububanzi ≥ 25mm)

Iimodyuli zamandla (IGBT, SiC, njl.)

Izihlanganisi zoshishino

Izinto zombane zezithuthi zamandla amatsha

Iimodyuli ezinkulu zokutshatyalaliswa kobushushu

5.2 Izicelo zeshishini

Iinkqubo zolawulo lwe-elektroniki kwizithuthi zamandla amatsha

Ii-inverters zoshishino kunye ne-servo drives

Iimodyuli zamandla ezikhululo zesiseko se-5G

Izixhobo zombane zeAerospace

Izixhobo zonyango eziphezulu ze-elektroniki

VI. Iimpazamo eziqhelekileyo kunye nezisombululo

6.1 Itheyibhile yereferensi ekhawulezayo yekhowudi

Ikhowudi Inkcazo yempazamo enokwenzeka Isisombululo sobuchwephesha

E881 Ukuphelelwa kwexesha lokutyisa 1. Ukuxinana koomatshini

2. Ukusilela ekuqhubeni 1. Khangela ukuhambelana komzila kaloliwe wesikhokelo (kufuneka ibe <0.02mm)

2. Vavanya ukuchasana kwesigaba ukuya kwisigaba semoto (kufuneka kube yi-5±0.5Ω)

I-E882 Ukungahambi kakuhle kwedatha yeSensor 1. Ungcoliseko lwamehlo

2. Ukuphazamiseka kwe-EMI 1. Coca itshaneli ye-optical kunye ne-IPA ecocekileyo yohlalutyo

2. Jonga ukuxhathisa komgangatho okhuselayo (kufuneka ube <1Ω)

E883 Uphazamiseko lonxibelelwano 1. Ukonakala kwentambo

2. Ungquzulwano lweProthokholi 1. Sebenzisa i-analyzer yenethiwekhi ukukhangela imfezeko yebhasi ye-CAN

2. Qinisekisa ukucwangciswa kwekhoboka le-EtherCAT

E884 Isikhundla sokutenxa ngaphaya komda 1. Impazamo yeParameter

2. Ukunxiba oomatshini 1. Phinda wenze ulungelelwaniso olupheleleyo lwestroke

2. Khangela i-backlash ye-harmonic reducer (kufuneka ibe <0.5arcmin)

E885 Isilumkiso sobushushu 1. Ukutshisa ngokugqithisileyo kokusingqongileyo

2. Ukusilela kokutshabalalisa ubushushu 1. Qwalasela ubushushu be-ambient (kufuneka ibe <35℃)

2. Coca amaphiko esitya sokutshisa (kufuneka ugcine isithuba esiyi-0.5mm)

6.2 Iindlela zokuxilonga ezikwinqanaba eliphezulu

Indlela yohlalutyo lokungcangcazela:

Sebenzisa i-accelerometer ukulinganisa ixabiso lokungcangcazela kweyunithi yokuqhuba

Uluhlu oluqhelekileyo: <2.5m/s² (RMS)

Uxilongo lwangoku lwamaza:

Hlalutya amacandelo e-harmonic yemoto yangoku

I-harmonics engaqhelekanga ibonisa ukunxiba komatshini

Ukufunyaniswa komfanekiso wobushushu:

Ukunyuka kobushushu beendawo eziphambili kufuneka kube <15℃ (umahluko kubushushu be-ambient)

VII. Ugcino nogcino lweenkcukacha

7.1 Inkqubo yolondolozo lwemihla ngemihla

Umsebenzi wokucoca:

Sebenzisa isicoci esikhethekileyo sokufunxa (uxinzelelo ≤0.15MPa)

Ilaphu leNanofiber + isinyibilikisi somgangatho we-elektroniki ukucoca izinto zamehlo

Ulawulo lokuthambisa:

Ukuthambisa rhoqo kwisigidi esi-1 amaxesha:

Isikhokelo: Kluber Pasta-50 (0.3g/isikhokelo)

Isixhobo: Molykote PG-75 (indlela yokwaleka ibrashi)

Iindawo zokuhlola:

Jonga imihla ngemihla ukuguquguquka kwevili lesikhokelo sebhanti

Veki qinisekisa ixabiso lesalathiso soluvo

7.2 Ukugcinwa nzulu rhoqo

Yenza qho ngekota:

Hlukanisa kwaye ujonge ukunxiba kwe-harmonic reducer

Lungiselela inqwelo-moya yesalathiso soluvo (ulungiso olukhethekileyo luyafuneka)

Buyisela indawo yehlathi eligugileyo (ubona bukhulu bokukhutshwa buvunyelwe yi-0.03mm)

Ukuhlolwa ngokupheleleyo kokugqunywa kombane (iimpedance kufuneka ibe> 100MΩ)

Ukugcinwa konyaka:

Buyisela indawo yemoto (nokuba ayonakaliswanga)

Phinda unyuse umgangatho wesakhiwo sonke soomatshini

Uphuculo lweFirmware kunye nokwenza ngcono iparameter

VIII. Ukuvela kwetekhnoloji kunye nokuphucula indlela

8.1 Imbali yophindaphindo lwenguqulelo

2016 isizukulwana sokuqala: esisiseko 88mm feeder

Isizukulwana sesibini se-2018: yongeza i-servo drive

2020 isizukulwana sesithathu: inguqulelo yangoku yenzwa ekrelekrele

I-2023 isizukulwana sesine (esicwangcisiweyo): Uhlobo loncedo olubonakalayo lwe-AI

8.2 Iingcebiso zokuphucula

Uphuculo lweHardware:

Ukunyanzeliswa kwesixhobo sokukhulula impendulo

Ukuphucula kwi-nano-scale grating sensor

Uphuculo lwesoftware:

Faka iSuite yoHlalutyo lweNdlela ePhakamileyo

Vula umsebenzi wamawele edijithali

Udibaniso lwenkqubo:

Qhagamshela kwinkqubo ye-MES yefektri

Ukufikelela kwiqonga lokulondolozwa kwangaphambili

IX. Uhlalutyo lokuthelekisa kunye nabakhuphisana nabo

Izinto zokuthelekisa ASM 88mm feeder Competitor A Competitor B

Ukuchaneka kokutya ±0.025mm ±0.05mm ±0.1mm

Ubukhulu bobubanzi bomcu 92mm 88mm 85mm

Inkqubo yoluvo Uluvo oluphindwe kathathu Uluvo oluphindwe kabini Uluvo olunye

Unxibelelwano lonxibelelwano CAN+EtherCAT RS-485 CAN

Umsebenzi wobukrelekrele Ukufunda okuguquguqukayo Ukulungiswa kwealgorithm Akukho

Umjikelo wobomi ubiza i-$ 0.003 / ixesha $ 0.005 / ixesha $ 0.008 / ixesha

X. Iingcebiso zosetyenziso kunye nesishwankathelo

10.1 Isikhokelo esigqwesileyo

Ukulungiselela iParameter:

Ukuseka itemplates ezizimeleyo zeeparameter zemicu eyahlukeneyo

Yenza "Soft Start" umsebenzi ukwandisa ubomi oomatshini

Ulawulo lokusingqongileyo:

Gcina ubushushu bukwi-23±2℃

Lawula ukufuma kwi-45±5%RH

Indawo yokungcangcazela <0.5G (5-500Hz)

Isicwangciso sezixhobo ezisecaleni:

Amacandelo angundoqo alindileyo:

Qhuba isethi yezixhobo (P/N: FD88-GS01)

2 Isishwankathelo kunye neNjongo

I-ASM 88mm i-sensor feeder iye yaba sisixhobo esiphambili sokwenza i-elektroniki ephezulu ngenxa yesakhono saso esikhulu sokusebenza, ukuchaneka komgangatho womkhosi kunye neempawu ezikrelekrele. Iimpawu zayo zobugcisa ziquka:

Uyilo lomatshini oluphuhlayo: kusombulula ingxaki yehlabathi yokondla amabhanti amakhulu

Inkqubo ekrelekrele yokulumkisa kwangethuba: yehlisa ixesha lokuphumla elingacwangciswanga ngama-90%

Inkxaso yamawele edijithali: ibonelela ngekhonkco ledatha epheleleyo kwiifektri ezihlakaniphile

Umkhombandlela wophuhliso lwexesha elizayo:

Itekhnoloji edityanisiweyo ye-quantum dot sensing

Sebenzisa imathiriyeli edibeneyo yegraphene

Ukufezekisa isakhiwo somatshini wokuziphilisa

Cebisa abasebenzisi:

Ukuseka inkqubo epheleleyo yogcino lothintelo

Hlakulela iqela lobuchwephesha lokutyisa

Yenza ukuqinisekiswa kokuchaneka rhoqo (kucetyiswa rhoqo ngamaxesha angama-500,000)

Esi sixhobo sifanelekile ngokukodwa:

Imveliso ye-elektroniki yodidi lweemoto

Industrial 4.0 umgca wemveliso okrelekrele

Izixhobo ze-elektroniki zomkhosi ezineemfuno zokuthembeka okuphezulu

Iimeko zemveliso eziqhubekayo zomthamo omkhulu

Ngokusetyenziswa kwezenzululwazi kunye nokugcinwa kobuchule, i-ASM 88mm feeder inokuqinisekisa inkonzo ezinzileyo ukuya kuthi ga kwiminyaka eyi-10, ibonelela ngesisombululo esithembekileyo sokondla amacandelo amakhulu kakhulu kwimveliso ephezulu ye-elektroniki.