I-DRK-FFW Umatshini woVavanyo oluPhindayo wokugoba

IDRK-FFW umatshini wokuvavanya ukugoba okuphindaphindiweyoisetyenziselwa ikakhulu iimvavanyo zokugoba ngokuphindaphindiweyo iipleyiti zetsimbi ukuvavanya ukusebenza kweepleyiti zetsimbi ukumelana nokuguqulwa kweplastiki kunye neziphene eziboniswa ngexesha lokugoba ngokuphindaphindiweyo.

Umgaqo wovavanyo: Qwalasela isampuli yenkcazo ethile ngokusebenzisa isixhobo esikhethekileyo kwaye uyibambe kwimihlathi emibini yobukhulu obuchaziweyo, cofa iqhosha, kwaye isampuli iya kugoba kwi-0-180 ° ukusuka ekhohlo ukuya ekunene. Emva kokuba isampuli iphukile, iya kumisa ngokuzenzekelayo kwaye irekhode inani lokugoba.

Ngokweemfuno ezahlukeneyo zabathengi, izixhobo ezizodwa zixhotyiswe, kwaye ezinye iimvavanyo zokugoba isinyithi nazo zinokwenziwa.

IiParameters eziphambili zobuGcisa
1. Ubude besampuli: 150-250mm
2. Ukugoba i-angle: 0-180 ° (ukugoba kweplana)
3. Uluhlu lokubala: 99999
4. Imodi yokubonisa: ikhomputha, isikrini sokuthinta isikrini kunye nokulawula, ukurekhoda ngokuzenzekelayo amaxesha
5. Isantya sokugoba: ≤60rpm
6. Amandla emoto: 1.5kw AC servo motor kunye nomqhubi
7. Umthombo wamandla: izigaba ezimbini, i-220V, i-50Hz
8. Imilinganiselo: 740 * 628 * 1120mm
9. Ubunzima bomamkeli: malunga ne-200 kg

Iimpawu zesakhiwo kunye nomgaqo wokusebenza
Lo matshini wokuvavanya ubukhulu becala uqulunqwe yikhompyuter yomkhosi kunye nomlinganiselo wombane kunye nenkqubo yokulawula. Yamkela ukuhanjiswa komatshini, isebenzise i-torque yokuvavanya ukugoba ngokuphindaphindiweyo isampuli, kwaye isebenzisa i-photoelectric switch ukuze ibone inani leemvavanyo zokugoba. Emva kokuba isampuli iphukile, iya kumisa ngokuzenzekelayo, intonga ye-pendulum iya kuphinda isetyenziswe, isikrini sokuchukumisa siya kubonisa ngokuzenzekelayo, kwaye inani leemvavanyo zokugoba liya kubhalwa.

1. Umamkeli
Umsingathi uqhutywa yi-AC servo motor ngokusebenzisa ipuli yebhanti ukuqhuba iperi yegiya yeentshulube kunye neworm ukuze ihle, emva koko i-crank-pendulum mechanism iqhube igiya ye-cylindrical ukuqhuba, kwaye igiya yecylindrical iqhuba i-pendulum ukwenza i-180 °. ukujikeleza, ukwenzela ukuba umkhono wesikhokelo kwi-pendulum uqhube isampuli ukwenza i-0 -180 ° bend, ukufezekisa injongo yovavanyo. Isixhobo se-cylindrical sixhotyiswe ngesixhobo sokubala, kwaye i-photoelectric switch iqokelela isignali rhoqo xa isampuli igobile, ukwenzela ukuba injongo yokubala ifezekiswe.
Emva kovavanyo, ukuba ibha ye-pendulum ayiyeki kwindawo ephakathi, cinezela iqhosha lokusetha kwakhona, kwaye enye i-photoelectric switch iqokelela umqondiso wokubuyisela ibha ye-pendulum kwindawo ephakathi.
Intonga ye-swing ixhotyiswe ngentonga ye-shift, kwaye i-shift rod ixhotyiswe ngemikhono yesikhokelo kunye neediameters zangaphakathi ezahlukeneyo. Iisampulu zobunzima obahlukeneyo, intonga yokutshintsha ilungelelaniswe kubude obuhlukeneyo kwaye kusetyenziswa imikhono eyahlukeneyo yesikhokelo.
Ngaphantsi kwentonga ye-pendulum, kukho isampuli yokubamba isixhobo. Jikelezisa isikrufu sokukhokela ngesandla ukuhambisa umhlathi oshukumayo ukuze ubambe isampulu. Kwimizekelo yee-diameters ezahlukeneyo, buyisela imihlathi ehambelanayo kunye ne-bushings yesikhokelo (ephawulwe kwimihlathi kunye namahlahla esikhokelo).

2. Umlinganiselo wombane kunye nenkqubo yokulawula
Umlinganiselo wombane kunye nenkqubo yokulawula ubukhulu becala iqulethwe ngamacandelo amabini: umbane onamandla kunye nobuthathaka bangoku. Ulawulo olunamandla lwangoku lwe-AC servo motor, kwaye inxalenye yangoku ebuthathaka ihlulwe kwiindlela ezintathu: enye indlela ye-photoelectric switch iqokelela uphawu lwamaxesha okugoba, oluyi-pulse-shaped kwi-decoder ukuthumela kwikhompyutheni yokubonisa nokugcina; enye indlela i-photoelectric switch ilawula ukusetwa kwakhona kwentonga yokujingi, xa iqhagamshelwe Xa umqondiso wamkelwe, i-AC servo motor iyamiswa. Kwangaxeshanye, emva kokufumana umqondiso wokumisa we-AC servo motor ngendlela yokugqibela, i-AC servo motor is reverse braked, ukuze intonga ye-swing imiswe kwindawo efanelekileyo.

Iimeko zokusebenza
1. Phantsi kokusingqongileyo ubushushu begumbi 10-45℃;
2. Ukubekwa okuthe tye kwisiseko esizinzileyo;
3. Kwimeko-bume engenazo ukungcangcazela;
4. Akukho zinto ezonakalisayo;
5. Akukho luphazamiseko lucacileyo lwe-electromagnetic;
6. Uluhlu lokuguquguquka kwamandla ombane aludluli kwi-±10V yombane olinganisiweyo we-22V;
Shiya inani elithile lendawo ekhululekile malunga nomatshini wokuvavanya.