Ungayisebenzisa kanjani i-multihead weigher ngendlela efanele nokuthi ungayenza kanjani isondlo sansuku zonke

Umbhali: Smartweigh–I-Multihead Weighter

Ithebula le-multihead weigher elisetshenziswa ekukaleni isisindo lingelesigaba semishini yezinsimbi ezintekenteke. Ukufakwa, ukusetshenziswa nokugcinwa kufanele kwenziwe ngokuvumelana nezinhlinzeko zemiyalelo yokusebenza ukuze kuqinisekiswe ukuthi ideshibhodi yemoto ibonisa ulwazi esimweni esihle kakhulu, ngaphandle kwalokho ideshibhodi yemoto inzima kakhulu. Ingacekela phansi noma yehlise impilo yesevisi. Ngakho-ke, kuyo yonke inqubo yemishini yesisindo senetha, qiniseka ukuthi unaka isicelo nokugcinwa okulandelayo. 1. Ukufakwa: Indawo yokufaka imitha yesisindo kufanele ikhethe indawo ehlanzekile, eyomile, engokwemvelo, ejikelezayo komoya, nezinga lokushisa elifanele.

Ideshibhodi yemoto kufanele ilungiswe futhi ayidingi ukunyakaziswa njalo. Ikhebuli esentanjeni yamandla yepulaki yekhebula ye-optical zokuxhumana kungenzeka iqhume, kubangele izinkinga ezinzima. 2. I-Toroidal transformer: Imishini eminingi yokukala isebenzisa isekethe engu-220V AC (njengemikhiqizo yochungechunge lwempahla engu-8142, 8530), futhi i-voltage yokusebenza ngokuvamile ivunyelwe ukusuka ku-187V-242V... Ngemva kokukhipha indlela ye-toroidal transformer, ingabe uyakwenza? ngisakhumbula Kala Ngokunembile ugesi osebenzayo odingekayo ekulawuleni ukuthobela imithetho ngaphambi kokuwufaka kudeshibhodi yemoto.

Gwema ukulimala kudeshibhodi yemoto ngenxa yezidingo eziphezulu zamandla kagesi. Ezindaweni lapho i-voltage yokuphakelwa kwamandla iguquguquka kakhulu, amandla kagesi ashintshashintshayo anezici eziphezulu (ezifana nohlobo lwe-CW okushintshashintsha kwamandla kagesi okuguquguqukayo namapharamitha amakhulu okuxhumana nokuxhumana) kufanele ahlonyiswe ukuze kuqinisekiswe ukusebenza okuvamile kwephaneli yezinsimbi. emotweni. Asikho isidingo sokusebenzisa intambo yamandla yepulaki efanayo enesignali yokuphazamiseka eqinile (njengenjini kagesi, insimbi kagesi, ishubhu le-fluorescent) ukuze kuvinjelwe ulwazi oluboniswe kudeshibhodi emotweni ukuthi lungazinzi.

Amanye amadeshibhodi ezimoto (njengamadeshibhodi e-HAWK, njll.) asetshenziselwa ukuxhumana nogesi olawulwa yi-AC kanye ne-DC. Uma ufaka ibhethri elishajekayo, qaphela ukuthi ukuxhuma ibhethri elishajekayo kungalimaza ideshibhodi yemoto. Lapho isistimu yokunikezela amandla ebhethri ye-lithium eshajwayo ingasetshenziswa isikhathi eside, ibhethri le-lithium elishajekayo kufanele lihlakazwe ngokushesha.

3. Ukuvikelwa kokuphansi: Imishini yokukala kufanele ixhunywe nesixhumi esihlukile sekhwalithi ephezulu (ukumelana nesiphetho kufanele kube ngaphansi kuka-4ω, futhi intambo yamandla yokuvikela phansi kufanele ibe mfushane ngangokunokwenzeka). Isixhumi sinomsebenzi wezindlela ezimbili: ukuphepha kokuphila kwabasebenzi enqubweni yokusebenza yokulungisa, kunomsebenzi womthelela obucayi kakhulu, futhi uqinisekisa umsebenzi omuhle kakhulu wephaneli yensimbi yemoto emotweni. Ikhanda lezintambo lixhunywe entanjeni yamandla yepulaki yedeshibhodi yemoto.

Uma inhloko yezintambo zedeshibhodi yemoto ixhunywe kunethiwekhi yomphakathi ebuthakathaka yamanje yokufaka neyokulungisa, ingase ilimaze i-toroidal transformer yedeshibhodi yemoto futhi ibangele ukuba inani lolwazi eliboniswe kudeshibhodi yemoto liguquguquke. Qiniseka ukuthi ugcina amanodi ekhebula exhumene kahle ngesikhathi. Ngokuhamba kwesikhathi, i-node ngayinye izobangela kancane kancane ukuthi umoya u-oxidize futhi ugxume, bese ideshibhodi engaphakathi emotweni izohluleka ngempela.

4. Isikrini selanga kanye nokhilimu wokuzihlukanisa: Kuyadingeka ukuvimbela ukukhanya kwemvelo ukuthi kungakhanyi ngokuqondile ku-casing yedeshibhodi yemoto, ngaphandle kwalokho indawo yehhovisi yedeshibhodi yemoto ingase yeqe izinga elilinganiselwe lamanje kanye nezinga lokushisa, okuholela emaphutha noma umonakalo. . 5. Ubufakazi bomswakama: Ngaphansi kwezimo ezijwayelekile, nakuba umswakama womoya ozungezile wephaneli yensimbi emotweni ungama-95%, akulula ukubangela ukufiphala. Ideshibhodi yemoto ye-stainless steel stainless steel chassis inobufakazi bomswakama.

Ngakho-ke, indawo yehhovisi emanzi futhi ebandayo kufanele incishiswe. 6. Ukumelana nokugqwala: Amakhemikhali e-etching awakwazi ukungena ngaphakathi kudeshibhodi yemoto. Uma kungenjalo, izingxenye zebhodi lesifunda eliphrintiwe kanye nebhodi lesifunda eliphrintiwe ngokwalo lizoguguleka, futhi ukusetshenziswa kwesikhathi eside kungase kulimaze ideshibhodi yemoto.

  Ngisho nedeshibhodi yemoto emotweni ene-anti-corrosion effect, i-hard izoba nomphumela ofanayo. 7. Vimbela ukushaqeka kukagesi: Imishini yokukala iyingxenye yesofthiwe yesistimu yezintambo ezihlanganisiwe, ezungezwe kalula umbani futhi ilimaza izingxenye ze-electronic. Isihluthulelo esishaywe umbani singena kudeshibhodi yemoto sisuka emazingeni amabili: intambo yamandla idonswa kupulaki, futhi ipulatifomu yokukala ikhishwa ngokuvumelana nentambo yamandla.

Ngaphansi kwawo wonke amazinga okushisa avamile, izisebenzi ohlelweni lokusebenza zidinga kuphela ukusebenzisa inkinobho enkulu yamandla, kodwa lapho amathuba okushaywa umbani ebangeni eliseduze aphezulu kakhulu, qiniseka ukuthi ukhipha ipulaki kanye nesikali samandla. ipulaki yedeshibhodi emotweni. Intambo yamandla epulaki yekhebuli yokubona yokuxhumana. Kungcono kakhulu ukusebenzisa izindlela zokuphikisa ukuvimbela izingozi zokuphepha, njengokuphakamisa isibambisi sokwanda kwamandla ku-loop yokulawula ye-toroidal transformer yedeshibhodi yemoto. 8. Ukufakwa nokufakwa kwamanje okungaqinile okuqinile: Umugqa onguziro ohlangene we-toroidal transformer ngaphezu kwama-volts angu-220 iwela ngephutha endaweni yesikali, noma inkundla yesikali isetshenziswa njengetheminali, kanye ne-electric solitary laser welding yenqubo yokusebenza isiteji sesikali sicekela phansi imoto emotweni Amathuba edeshibhodi yangaphakathi aphezulu.

9. Ukususwa: Kusimo sendawo yokukhiqizwa kwezimboni, kunothuli noma ukungcoliswa kwemvelo esikhumbeni sedeshibhodi yemoto. Lapho i-transformer yamandla ivaliwe, yisule ngethawula lekotini elimanzi ngangokunokwenzeka. Kodwa-ke, kufanele kuqashelwe ukuthi ibhokisi elisheshayo alikwazi ukuhlanzwa ngezincibilikisi eziphilayo ezifana ne-ethanol, ezolimaza ikhwalithi yesithombe futhi yenze ulwazi olubonisiwe lufiphazwe.

10. I-Anti-static: Uma ideshibhodi yemoto yonakele, qiniseka ukuthi uyayihlola kabusha. Izinkinga ze-Anti-static kuyo yonke inqubo yesondlo. Endabeni yokubamba ibhodi le-PCB, qiniseka ukuthi ubambe amakhona amane ebhodi ngokuqinile ngaphandle kokuthinta indawo yezikhonkwane ze-FET ngezandla zakho.

Ngenxa yokuthuthukiswa kokuphela kokushaja nokukhipha, kulula kakhulu ukucekela phansi ishubhu lomphumela wensimu. Ibhodi le-PCB elihlakaziwe kufanele lifakwe esikhwameni sokuzivikela ngokushesha, futhi lingasetshenziswa kumaphephandaba, omagazini kanye namamagazini ngaphandle kwesikhwama sokuzivikela. Ukubeka ibhodi etafuleni elinomkhono ophezulu we-insulating kunethuba elikhulu lokulimaza i-PCB.

Uma uthola ipuleti lensimbi eliphrintiwe elilungisiwe, qiniseka ukuthi unaka i-antistatic uma ulibeka kudeshibhodi yemoto futhi. 11. I-Anti-vibration: Uma ideshibhodi yemoto ithuthwa, kungcono kakhulu ukuyibeka ebhokisini lokhuni lokuqala noma ukhethe izindlela ezifanele zokulwa nokudlidliza. 12. Uhlobo olungashi: Ideshibhodi yemoto isetshenziselwa isofthiwe yesistimu evikela amalangabi eyinhlanganisela noma yesiko lokuphepha, okufanele ihlangabezane nezidingo ezifanele zohlobo olungashi.

13. Izibopho zomsebenzi: Impahla yokukala iyithuluzi elihle kakhulu lokukala, futhi abasebenzi abaqeqeshiwe kufanele babe nomthwalo wemfanelo mayelana nenqubo yokusebenza nokugcinwa kwayo. Namuhla, izinto zokukala eziningi zisekelwe esimisweni esiyinhloko sepharamitha kanye nokulinganiswa kwesofthiwe yohlelo kumakhalekhukhwini ukuze kuchazwe umsebenzi nezici zesistimu yokukala. Uma le pharamitha eyinhloko ishintshwa ngokungafanele, ingase isongele kakhulu ukunemba nokusebenza kwesilinganiso (hhayi ukuloba noma ukungaxhumani, njll.).

Kulesi sakhiwo esingenhla, sihlaziya ivolumu eyenziwe ngomsiki emcabangweni wokuklama. Ngakho-ke, kubalulekile futhi ukusungula izibopho ezihlukene zezinga lokungena zabasebenzi kanye nabasebenzi bezokunakekela ohlelweni lokusebenza. Izinkinga ezivamile ekunakekeleni okujwayelekile kwamasistimu okukala: Ukusetshenziswa kwekhwalithi ephezulu ye-topography kanye nezinhlelo zokugcinwa ngesikhathi kungathuthukisa ukunemba nokusebenza kwawo wonke amasistimu okukala, futhi kwandise isikhathi sokufakwa kwemishini yokukala.

Inhloso yokunakekela iwukuba ukukugwema ngaphambi kokuthi kwenzeke kanye nokuqinisekisa ukuthi yonke into isebenza kahle emshinini wokukala.

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