siemens siplace feeder vibration 00142031

Siemens SMT Vibration Feeder 00142031 Comprehensive Technical Analysis

I. Isishwankathelo seMveliso kunye neeNgcaciso zobuGcisa

1.1 Iiparamitha ezisisiseko

Umzekelo: 00142031

Uhlobo: I-Electromagnetic Vibration Feeder

Amacandelo aSebenzisayo: Amacandelo amile okwezodwa (ezifana neziqhagamshelo, iireyilayi, iinguqu, njl.njl.)

Ubungakanani becandelo: 2-25mm (ubude) × 2-15mm (ububanzi) × 1-10mm (ubude)

Isantya sokutya: 30-120 pcs / min (enokulungiswa)

Ubonelelo lwaMandla ombane: 24VDC±10%

Ukusetyenziswa kwamandla: Ubuninzi be-50W

Imilinganiselo: 150mm×120mm×80mm

Ubunzima: 2.2kg

Ubomi beNkonzo: ≥50 yezigidi zeejiyile zokungcangcazela

1.2 Iimodeli ezisebenzayo

SIPLACE X Series Zonke Iimodeli

SIPLACE TX Series

SIPLACE SX Series

SIPLACE D Series (I-Adapter iyafuneka)

II. Ubume boomatshini kunye noMgaqo wokuSebenza

2.1 Amacandelo oomatshini angundoqo

Iqonga lokungcangcazela:

Izinto zentsimbi engatyiwayo (ubukhulu 3mm)

Unyango olukhethekileyo lomphezulu wokuthungwa (Ra0.8μm)

I-engile yokuthambeka ehlengahlengiswayo (5°-15°)

Inkqubo ye-electromagnetic drive:

I-electromagnetic ezimbini-coil (amandla 30W×2)

Iqela lespring sheet (4 sheets of beryllium copper alloy)

Ingoma yokutya:

Uyilo lwemodyuli (inokutshintshwa ngokukhawuleza)

Ucwecwe lwechrome oluqinileyo (ubunzima 15μm)

Indlela yokwahlula icandelo:

Umqobo womatshini

Isixhobo sokubona umbane (uyazikhethela)

2.2 Umgaqo wokusebenza

Ukuveliswa kokungcangcazela:

Ikhoyili ye-electromagnetic ilayitiwe iphinde icinywe ukuze ivelise indawo enemagnethi etshintshanayo

Iqhuba iqonga lokungcangcazela ukwenza i-high-frequency micro-amplitude vibration (frequency 50-100Hz)

Uthutho lwamacandelo:

Ukungcangcazela kubangela ukuba amacandelo ajikeleze ecaleni kwendlela

Ukulungelelaniswa kolwalathiso kufezekiswa ngesakhiwo esikhethekileyo somzila

Ukwahlulwa kwelungu:

Isithintelo soomatshini siqinisekisa ukwahlukaniswa kweqhekeza elinye

Isivamvo sombane sijonga imeko yokukhupha (imodeli yokhetho)

Ulawulo lwesantya:

I-PWM ilungelelanisa amandla we-electromagnetic

Inkqubo yempendulo igcina i-amplitude ezinzileyo

III. Iimpawu zokusebenza kunye neenzuzo zobugcisa

3.1 Iimpawu zokusebenza ezingundoqo

Ukuma kokuchaneka: ±0.1mm (@20℃)

Ukulungelelaniswa kwecandelo: inokusingatha iindidi ezingama-200+ zezixhobo ezinokwakheka okukhethekileyo

Ixesha lokuphendula: <50ms (ukusuka ekuqaleni ukuya kwisondlo esizinzileyo)

Ubushushu bokuqhuba: ±0.01mm/℃

Inqanaba lengxolo: <65dB (@1m umgama)

3.2 Iinzuzo zobugcisa ezizodwa

Ulawulo lokungcangcazela okukrelekrele:

I-algorithm yokuhlengahlengisa

Imbuyekezo ezenzekelayo yokutshintsha ubunzima becandelo

Inkqubo yokutshintsha ngokukhawuleza:

Ixesha lokutshintsha umkhondo <30 imizuzwana

Isixhobo sohlengahlengiso esingenazo isixhobo

Uyilo oluchasayo:

Ukumelana nomphezulu 10⁵-10⁶Ω

Iyahambelana ne-IEC61340-5-1 umgangatho

Ukusebenza kweendlela ezimbini:

Imo yentshukumo eqhubekayo (ibhetshi enkulu)

Qalisa imo yokungcangcazela (amalungu achanekileyo)

IV. Iimeko zesicelo kunye nexabiso lomgca wemveliso

4.1 Amacandelo osetyenziso oluqhelekileyo

Iindidi ezahlukeneyo zokudibanisa (i-USB, i-HDMI, njl.)

Relay/tshintsha amacandelo

Ii-capacitors/ii-inductors ezinokwakheka okukhethekileyo

Iziguquli ezincinci

Iphakheji ekhethekileyo ICs

4.2 Ixabiso lomgca wemveliso

Imveliso eguquguqukayo:

Shintsha ngokukhawuleza phakathi kwamacandelo ahlukeneyo

Nciphisa ixesha lokutshintsha i-feeder

Ukuqinisekisa umgangatho:

Ukuchaneka kolungiselelo oluphezulu

Ukunciphisa umonakalo wecandelo

Ukulungiselela iindleko:

Faka endaweni yezondla ezikhethekileyo ezilungiselelwe wena

Nciphisa uluhlu lwezinto ezisetyenzisiweyo

V. Isikhokelo sokufakela kunye nokusebenza

5.1 Inkqubo yofakelo

Ukufakela oomatshini:

Ukulungelelaniswa nomzila wesikhululo sesondlo somatshini wokubeka

Tyhiliza kwisidibanisi sombane ukuze uzenzele

Uqhagamshelo loMbane:

24VDC uqhagamshelwano lombane

Uqhagamshelwano lwelayini yomqondiso (ukuba imodeli yesivamvo ikhethiwe)

Ulungiselelo lweparamitha:

Cwangcisa ngomatshini wokubeka i-HMI:

Ubunzulu bokungcangcazela (30-100%)

Isantya sokutya

5.2 Amanqaku aphambili okusebenza

Ukulayishwa kwelungu:

Gcina amacandelo omile kwaye acocekile

Ukulayisha umthamo awudluli i-80% yomthamo

Uhlengahlengiso lomkhondo:

Sebenzisa igeyiji ekhethekileyo ukulungisa ububanzi bomzila

Qinisekisa ukuba amacandelo angadlula kakuhle

Ufezekiso lokungcangcazela:

Qala nge-amplitude encinci kwaye unyuke ngokuthe ngcembe

Qwalasela imeko yokuhamba kwamacandelo kwaye ulungelelanise

Okwesithandathu, inkqubo yokugcina

6.1 Ulondolozo lwemihla ngemihla

Ukucoca kunye nokugcinwa:

Susa amacandelo ashiyekileyo ngompu womoya yonke imihla

Coca umkhondo ngekotoni yotywala rhoqo ngeveki

Izinto zokuhlola:

I-electromagnetic state esisigxina

Iphepha lasentwasahlobo liyaqhekeka okanye hayi

Indlela yokunxiba

6.2 Ukugcinwa rhoqo (okucetyiswayo ngenyanga)

Ukucoca nzulu:

Hlukanisa iqonga lokungcangcazela

Ukucocwa kwe-ultrasonic yamacandelo omkhondo

Ulawulo lokuthambisa:

Faka i-lubricant ekhethekileyo (efana ne-Molykote EM-30L) kwicandelo lesikhokelo

Isixa sokuthambisa silawulwa kwi-0.1-0.2g

Ukubonwa kokwenziwa komsebenzi:

Vavanya uzinzo lwe-vibration frequency

Jonga ukuphinda-phinda kwendawo yokondla

Okwesixhenxe, ukuxilongwa kweempazamo eziqhelekileyo kunye nonyango

7.1 Ukuhlelwa kweempazamo kunye nonyango

Isiphoso isenzeko Uxilongo amanyathelo Isisombululo

Ubunzulu bokungcangcazela okunganelanga 1. Jonga umbane wonikezelo lwamandla

2. Ukuvavanya i-electromagnetic impedance 1. Qinisekisa ukuba umbane we-24V uzinzile

2. Faka indawo yendibano ye-electromagnetic assembly

Amalungu acwangciswe ngendlela engacwangciswanga 1. Qwalasela i-vibration trajectory

2. Jonga imeko yengoma 1. Lungisa iiparamitha zokungcangcazela

2. Faka enye indawo okanye ulungise umzila

Ingxolo engaqhelekanga 1. Mamela isandi uze ukhangele indawo

2. Khangela i-fasteners 1. Faka indawo ye-spring sheet eyonakalisiweyo

2. Qinisa zonke izikrufu

Icandelo libambekile 1. Jonga ubungakanani bengoma

2. Qwalasela imo yecandelo 1. Lungisa ububanzi bengoma

2. Coca icandelo

7.2 Isikhokelo sokutshintshwa kwecandelo eliphambili

Ukutshintshwa kwe-Electromagnetic:

Susa unikezelo lombane

Susa isikrufu sokulungisa (T10 hexagon socket)

Nika ingqalelo kwi-coil polarity mark

Ukutshintshwa kwephepha lasentwasahlobo:

Sebenzisa iqhosha elikhethekileyo

Gcina ukunyanzeliswa kwamaphepha amane ahambelanayo

Uvavanyo lwebhalansi yeDynamic luyafuneka emva kokutshintshwa

VIII. Ukuziphendukela kweteknoloji kunye neengcebiso zokuphucula

8.1 Imbali yophindaphindo lwenguqulelo

Isizukulwana sokuqala (2008): isiseko sokungcangcazela

Isizukulwana sesibini (2012): ulawulo olukrelekrele olongezelelweyo (imodeli yangoku)

Isizukulwana sesithathu (2018): ukuphuculwa kwe-anti-static design

8.2 Iingcebiso zokusebenzisa ngokupheleleyo

Ukulungiselela iParameter:

Ukuseka ilayibrari yecandelo lepharamitha

Gcina ezona zicwangciso zokungcangcazela

Ulawulo lweendawo ezisecaleni:

Amalungu okunxiba asemgangathweni:

Iseti yamaphepha entwasahlobo (P/N: 00142032)

Umzila wokutyisa (P/N: 00142033)

Iinketho zokuphucula:

Uguqulelo lwesivamvo oluchanekileyo oluphezulu (P/N: 00142031-S)

Uguqulelo lweRFID oluchasene nokubhideka (P/N: 00142031-R)

IX. Ukuthelekisa nezinye iindlela zokondla

Izinto zokuthelekisa iVibration feeder Ibhanti ifidi

Izinto ezisetyenziswayo Amacandelo amilise okwezodwa Amacandelo eKholamna ye-SMD esemgangathweni

Isantya sokutya esiPhakathi (30-120pcs/min) Phezulu (40-200pcs/min) Phantsi (20-60pcs/min)

Ixesha lokutshintsha lifutshane (<1 umzuzu) Phakathi (2-5 imizuzu) Ixesha elide (5-10 imizuzu)

Iimfuno zogcino Phakathi UPhantsi Phantsi Phezulu

Iindleko eziPhakathi ziPhantsi Phezulu

X. Isishwankathelo kunye ne-Outlook

I-Siemens i-vibration feeder 00142031 iye yaba sisixhobo esiphambili sokubekwa kwecandelo elikhethekileyo kunye nekhono layo lokucubungula icandelo elibalaseleyo, iimpawu zokutshintsha eziguquguqukayo kunye nokusebenza okuzinzileyo. Ixabiso layo elingundoqo libonakaliswa:

Ukuguquguquka okubanzi: kunokusingatha izinto ezahlukeneyo ezingezizo ezisemgangathweni

Kulula ukusebenza: intuitive parameter ujongano lohlengahlengiso

Uqoqosho kunye nokusebenza: buyisela iintlobo ngeentlobo zezixhobo zokutya ezikhethekileyo

Umkhombandlela wophuhliso lwexesha elizayo:

Ukuqaphela okubonakalayo kwe-AI edibeneyo

Wireless parameter uqwalaselo

Umsebenzi ophuculweyo wokuzixilonga

Cebisa abasebenzisi:

Ukuseka isiseko sedatha yembalelwano yecandelo-parameter

Jonga rhoqo imeko yenkqubo yokungcangcazela

Gcina uluhlu olufanelekileyo lwezixhobo ezisetyenzisiweyo

Isixhobo sifanelekile ngokukodwa:

Ukwenziwa kweemoto zombane

Izixhobo zokulawula ishishini

Ukuveliswa kwezixhobo zonxibelelwano

Indibano yezobuchwephesha bezonyango

Ngokusetyenziswa okusemgangathweni kunye nokugcinwa kokuthintela, i-vibration feeder inokuqinisekisa ukusebenza okuzinzileyo kwexesha elide kwaye iphucule ngokubonakalayo ukusebenza kakuhle kunye nomgangatho wokubekwa kwecandelo elikhethekileyo.