Zithini iziphumo zoseto lobude becandelo olungachanekanga?

Ukuba ubude becandelo abumiselwanga ngokuchanekileyo ngexesha lenkqubo yokuvelisa i-SMT, ezi ziphumo zilandelayo zinokukhokelela:

1. Ukudityaniswa kakubi kwamacandelo: Ukuba ubude becandelo buphezulu kakhulu okanye buphantsi kakhulu, ibhondi phakathi kwecandelo kunye nebhodi ye-PCB ayiyi kuba namandla ngokwaneleyo, nto leyo inokukhokelela kwiingxaki ezifana namacandelo ukuwa okanye ukujikeleza okufutshane.

2. Ukutshintshwa kwendawo yecandelo: ukuba ukuphakama kwecandelo akumiselwanga ngokuchanekileyo, kuya kukhokelela ekutshintsheni indawo yecandelo kwinkqubo yokubeka.

3. Ukusebenza kwemveliso ephantsi: ukuba ukuphakama kwecandelo akumiselwanga ngokuchanekileyo, kunokukhokelela ekunciphiseni ukusebenza kakuhle kwebhondi, ngaloo ndlela kuchaphazela ukusebenza kwayo yonke inkqubo yokuvelisa.

4. Umonakalo wecandelo:Ngenxa yobude obungachanekanga, indawo yolawulo lwe-servo ayichanekanga, okukhokelela kuxinzelelo olugqithisileyo lokubeka kunye nomonakalo kumacandelo.

5. Uxinzelelo lwe-PCB lukhulu, i-deformation inzulu, ibangela umonakalo womgca, ekugqibeleni ibangele yonke ibhodi yebhodi.

6. Seta ubude kunye nobude bokwenyani umahluko mkhulu kakhulu, kubangela iindawo eziphaphazelayo iindawo ezimdaka.

Ngoko ke, inkqubo yokuvelisa i-SMT, umlinganiselo ochanekileyo wokumisela icandelo lokuphakama kubaluleke kakhulu, unokulungelelaniswa nokuphakama komatshini wokubeka umatshini ukuze kuqinisekiswe ukudibanisa okuchanekileyo kunye nokuma kwamacandelo.

 
Iimpawu zeI-NeoDen10 Khetha kwaye ubeke Umatshini

1. Ixhobisa ikhamera yamanqaku aphindwe kabini + ikhamera yekhamera echanekileyo yecala eliphindwe kabini iqinisekisa isantya esiphezulu kunye nokuchaneka, isantya sangempela ukuya kwi-13,000 CPH.Ukusebenzisa i-algorithm yexesha lokwenene lokubala ngaphandle kweeparamitha ezibonakalayo zokubala ngesantya.

2. Inkqubo ye-encoder magnetic linear-time real-time monitor ukuchaneka komatshini kwaye yenza ukuba umatshini ulungise ipharamitha yempazamo ngokuzenzekelayo.

3. Iintloko ezizimeleyo ezi-8 ezinenkqubo yokulawula i-loop evaliweyo ngokupheleleyo yonke i-8mm feeder ithatha ngaxeshanye, isantya ukuya kwi-13,000 CPH.

4. Inzwa yelungelo elilodwa lomenzi, ngaphandle kwe-PCB eqhelekileyo, inokuphinda inyuse iPCB emnyama ngokuchaneka okuphezulu.

5. Phakamisa i-PCB ngokuzenzekelayo, igcina i-PCB kwindawo efanayo ngexesha lokubeka, qinisekisa ukuchaneka okuphezulu.