Mitsubishi AC Servo Motor HA-FH33-EC-S1

Inkcazelo emfutshane:

Ukusuka kwitekhnoloji yokulawula i-vector ye-AC servo motor, iye yathandwa ngakumbi.

Ukusuka kwindawo yokujonga inkqubo yexesha lokwenyani, yimodyuli nje yokusebenza ekufuneka iqwalaselwe ngexesha lokwenyani.

Ngenxa yomsebenzi omninzi womlawuli, iimfuno ezikrelekrele, inani elikhulu lokulungiswa komqondiso.

Ukusekwa kunye nokusebenza kweemodeli ezahlukeneyo zemathematika zolawulo oluguqukayo.

Unxibelelwano lwenethiwekhi kunye nezinye iimodyuli ezisebenzayo ziya kuba kwi-real-time operation ye-scheduling edibeneyo kunye nolawulo lwenkqubo ukufumana umsebenzi ochanekileyo nothembekileyo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iinkcukacha zale Nto

Uphawu	Mitsubishi
Uhlobo	AC Servo Motor
Umzekelo	HA-FH33-EC-S1
Amandla emveliso	300W
Okwangoku	1.9AMP
I-Voltage	129V
Ukusinda okushiyekile	2.9KG
Isantya sokuPhuma:	3000RPM
Imeko	Entsha kunye neyoqobo
Iwaranti	Unyaka omnye

Indlela yokulawula isantya se-AC servo motor?

I-Servo motor yinkqubo yengxelo ye-loop evaliweyo eqhelekileyo, eqhutywa liqela legiya yemoto, i-terminal (iziphumo) zokuqhuba ukubonwa kwesikhundla se-potentiometer, umyinge we-potentiometer ye-Angle elungelelanisa uguquko kwi- -proportional voltage feedback feedback boards, control board board. ukuthelekiswa nolawulo lwegalelo lophawu lwe-pulse, ukuvelisa i-pulse echanekileyo, kwaye uqhube i-motor ukujikeleza phambili okanye umva, ukuze indawo yokuphuma kweseti yegiya ihambelane nexabiso elilindelekileyo, ukuze i-pulse yolungiso ithande ukuba yi-0. , ukuze ufezekise injongo yokubeka ngokuchanekileyo kunye nesantya se-AC servo motor.

I-Mitsubishi AC Servo Motor HA-FH33-EC-S1 (4)

I-Mitsubishi AC Servo Motor HA-FH33-EC-S1 (3)

I-Mitsubishi AC Servo Motor HA-FH33-EC-S1 (2)

Ingcaciso yeMveliso

Jonga ukuba iintlantsi ziyenziwa na phakathi kwebrashi yekhabhoni kunye nesihambisi xa i-AC servo motor iqhuba kunye neqondo leentlantsi lilungiswa.

1. Kukho kuphela i-2 ~ 4 iintlantsi ezincinci, ngeli xesha ukuba umphezulu we-commutator flat, iimeko ezininzi azikwazi ukulungiswa.

2. Akukho ntlantsi, akukho mfuneko yokulungisa.

3. kukho ngaphezu kwe-4 iintlantsi ezincinci, kwaye kukho i-1 ~ 3 iintlantsi ezinkulu, akuyimfuneko ukususa i-armature, sebenzisa nje i-sandpaper ukugaya i-carbon brush commutator.

4. Ukuba kukho iintlantsi ezingaphezu kwe-4 ezinkulu, kuyimfuneko ukusebenzisa i-sandpaper ukugaya i-commutator, kunye ne-carbon brush kunye ne-motor kufuneka isuswe ukuze ithathe indawo ye-carbon brush kunye nokugaya i-carbon brush.