I-Tower CNC igqibezela izixhobo zokusebenza
Ingcaciso yeMveliso
Umgca wokuvelisa i-CNC angle yensimbi luhlobo lwezixhobo zokulungisa i-iron tower ezisetyenziselwa ukuveliswa kweenqaba zensimbi kwi-transmission yamandla kunye nokuguqulwa kunye nokunxibelelana namashishini.Ingasetyenziselwa isitampu sentsimbi, ukugaya kunye nokusika i-angle yentsimbi kwishishini lokwakha, umzila kaloliwe kunye nobunjineli bebhulorho.Ikwabizwa ngokuba yi-CNC angle yentsimbi edibeneyo yokuvelisa umgca wokuvelisa ngokudibeneyo kuba inokugqiba ngokudibeneyo imisebenzi yokunyathela, ukugaya kunye nokusika.Kwisixhobo sokucwangcisa inqaba yentsimbi, kukho iindlela ezimbini eziphambili zokusetyenzwa ezisetyenziswa kwinkqubo yokwenziwa komngxuma, enye ibetha ngenqindi, enye igrumba, eyahlukileyo kumgca wokuvelisa i-CNC angle steel punching, edla ngokubizwa ngokuba yi-CNC angle steel drilling. umgca wemveliso.
Iimpawu zoomatshini
1. I-CNC angle angle yokuvelisa umgca wokuvelisa i-angle inesixhobo esizimeleyo samandla e-hydraulic kunye nenkqubo yombane ye-CNC, kwaye ithatha ulawulo oluphakathi.Kwangaxeshanye, ukwenzela ukuba kube lula ukulungelelaniswa kwesikhunta somkhosi kunye nezinye iinxalenye, nayo ineentshukumo zolawulo lokwahlulwa ngokwenxalenye.
2. Umatshini oyintloko we-CNC angle angle yokuvelisa umgca wokuvelisa uthatha i-steel plate yokudibanisa indlela.Ubungakanani obuncinci, ubunzima obulula kunye nokuqina okuhle.Inkqubo ye-hydraulic ilawula ukuhamba kwenxalenye nganye ngokuguqulwa kwe-valve ye-solenoid, kunye nesakhiwo esilula kunye nokusetyenziswa kakuhle.
3. Umgca wokuvelisa intsimbi ye-angle uxhotyiswe ngeeyunithi ezimbini zokugaya, kunye neyunithi yokugaya kwicala ngalinye ixhotyiswe ngeeseti ezintathu zokufa.
4. Iyunithi yokumakisha ixhotyiswe ngamaqela amane eebhokisi zamagama ezinokuthathelwa indawo, kunye neentlobo ezine zee-workpieces zinokusetyenzwa ngexesha elinye.
5. Kukho ii-axes ezintathu ze-servo ze-CNC, ngokulandelanayo zigqibe ukulungiswa komgama womngxuma wentsimbi ye-angle kunye ne-quasi-distance yamacala amabini, kwaye ukuchaneka kokumisa okuzenzekelayo kuphezulu.
6. Ukusetyenziswa kweempawu ezidumileyo zehlabathi kumacandelo e-hydraulic, amacandelo e-pneumatic kunye namacandelo ombane aqinisekisa ukusebenza kwexesha elide kunye nokuthembeka kwenkqubo.
7. I-angle yokulawula i-angle yensimbi yokugaya umgca wokuvelisa inokuchaneka kokumisa okuphezulu kumgama womngxuma.Inxalenye yokondla ixhotyiswe nge-encoder yokulinganisa ekhethekileyo, esetyenziselwa ingxelo yeyona ndawo yetroli yokutya kunye nokubuyisela nokulungisa impazamo yendawo ngexesha langempela, ukwenza inkqubo yokulawula i-loop evaliweyo.
Ipharamitha
| Umzekelo | JX2532 |
| Uluhlu lwentsimbi olukhoyo (mm) | 140x140x10~250x250x35 |
| Ubuninzi obukhoyo bokomba ububanzi (mm) | Φ30x35(Q235/Q345/Q420, umgangatho we-GB) |
| Uxinzelelo loshicilelo(KN) | 1000/1250 |
| Ubude bentsimbi yobude obuphezulu(m) | 14 |
| Uluhlu lomgama oluchanekileyo(mm) | 50-220 |
| Ukubhola kwicala ngalinye (iinombolo) | 3 |
| Amaqela oShicilelo lwefonti | 4 |
| Shicilela ubungakanani befonti | 14x10x19 |
| Inombolo ye-CNC spindles | 3 |
| Isantya sokutya sentsimbi ye-engile (m/min) | 60 |
| Ukujikeleza ukujikeleza (r/min) | 180-560 |
| Ukunikezwa Amandla | I-380V, 50HZ, iSigaba se-3, okanye ilungiselelwe |
| Umlinganiselo (LxWxH)(m) | 29x8.9x2.5 |
| Ubunzima(KG) | 17000 |
1. Inkqubo yolawulo lwamanani esetyenziswe kumgca wokuvelisa i-angle yentsimbi ayiqondi nje kuphela ukulawulwa kwamanani kwi-longitudinal direction ye-angle yentsimbi ukuqinisekisa isithuba semingxuma, kodwa iphinda ithathe ulawulo lwamanani kumaphiko amabini entsimbi ye-angle, ngaloo ndlela. ukuqonda i-multi-pitch drilling yamaphiko amabini entsimbi ye-angle.
2. Ukucwangciswa komgangatho we-CNC angle angle yokuvelisa umgca wokuvelisa akubandakanyi iyunithi yokucheba, kodwa iyunithi yokucheba ephindwe kabini ingathengwa ngokwahlukileyo.
3. Isoftware yokulawula ikhompyuter ephuhlisiwe inemisebenzi epheleleyo kwaye ilungele ukucwangciswa, ulawulo kunye nokuxilongwa kwempazamo.
4. Qonda ukugrunjwa kweendidi ezininzi kunye nemibhobho emininzi.Iyakwazi ukuhlangabezana neemfuno zokucwangcisa i-angle yentsimbi kunye nobubanzi bephiko elingaphantsi kwe-250mm efunekayo kwiindidi ezahlukeneyo zeenqaba zentsimbi.Xa kuthelekiswa neteknoloji yokucubungula intsimbi yesiko, ukusetyenziswa kwezixhobo zokulungisa intsimbi ye-CNC kunokunciphisa kakhulu ukuqina kwabasebenzi, ukunciphisa iiyure zokusebenza ezincedisayo, kunye nokuphucula ukusebenza kakuhle komsebenzi kunye nokuchaneka komatshini.
5. Lawula isikrweqe esithambileyo ukujonga ukusebenza komatshini nangaliphi na ixesha.Xa kukho impazamo, isikrini siya kubonisa isizathu esicacileyo kunye nendlela yonyango yesiphoso, esenza ukuba ukuxilongwa kwesiphoso kunye nokugcinwa kwezixhobo kube lula kwaye ngokukhawuleza, kwaye kugcina kakhulu ukugcinwa kwexesha lokulondoloza.
6. Ukuqonda iimfuno zothungelwano lwezixhobo zokuvelisa kunye ne-ERP, ukuphucula ukusebenza kakuhle kwezixhobo, ukomeleza amandla okulawula kunye nokulawula izixhobo, kwaye unokunyusa okanye ukunciphisa imisebenzi eyahlukeneyo ngokweemfuno zolawulo lwangoku lwefektri yomsebenzisi.
