I-YY–UTM-01A Umshini Wokuhlola Okubalulekile Wendawo Yonke
Lo mshini usetshenziselwa insimbi nokungeyona insimbi (okuhlanganisa izinto eziyinhlanganisela) eziqinile, ukucindezelwa, ukugoba, phuca, ukuxebula, ukudabula, umthwalo, ukuphumula, ukubuyisela kanye nezinye izinto zocwaningo lokuhlola ukusebenza kwe-static, kungathola ngokuzenzakalelayo i-REH, i-Rel, i-RP0 .2, FM, RT0.5, RT0.6, RT0.65, RT0.7, RM, E kanye neminye imingcele yokuhlola. Futhi ngokusho kwe-GB, ISO, DIN, ASTM, JIS kanye namanye amazinga asekhaya nawamazwe ngamazwe okuhlola nokuhlinzeka ngedatha.
(1) Amapharamitha wokulinganisa
1. Amandla okuhlola aphezulu: 10kN, 30kN, 50kN, 100kN
(izinzwa ezengeziwe zingangezwa ukuze kunwetshwe ububanzi bokulinganisa amandla)
2. Izinga lokunemba: Izinga le-0.5
3. Ibanga lokulinganisa amandla okuhlola: 0.4% ~ 100%FS (isikali esigcwele)
4.Amandla okuhlola abonise iphutha lenani: inani elibonisiwe ngaphakathi ±0.5%
5.Isinqumo samandla okuhlola: amandla okuhlola aphezulu angu-±1/300000
Yonke inqubo ayihlukaniswanga, futhi isixazululo sonke asishintshile.
6. Ibanga lokulinganisa ukuguqulwa: 0.2% ~ 100%FS
7. Iphutha lenani lokuguqulwa: bonisa inani elingaphakathi kuka-±0.5%
Ukulungiswa kwe-8.Deformation: 1/200000 yokwakheka okuphezulu
Kufika koku-1 kokungu-300,000
9. Iphutha lokususwa: ngaphakathi kuka-±0.5% yenani elibonisiwe
10. Ukulungiswa kokufuduka: 0.025μm
(2) Lawula amapharamitha
1.Ibanga lokulungiswa kwezinga lokulawula amandla: 0.005 ~ 5%FS/ S
2.Force control rate control ukunemba:
Linganisa <0.05%FS/s, ngaphakathi ±2% yenani elimisiwe,
Isilinganiso ≥0.05%FS/ S, ngaphakathi ±0.5% yenani elimisiwe;
3. Ibanga lokulungisa izinga lokuguqulwa: 0.005 ~ 5%FS/ S
4. Ukunemba kokulawula izinga lokuguqulwa:
Linganisa <0.05%FS/s, ngaphakathi ±2% yenani elimisiwe,
Isilinganiso ≥0.05%FS/ S, ngaphakathi ±0.5% yenani elimisiwe;
5.Ibanga lokulungiswa kwezinga lokufuduka: 0.001 ~ 500mm/min
6. Ukunemba kokulawula izinga lokufuduka:
Uma ijubane lingaphansi kuka-0.5mm/min, ngaphakathi kuka-±1% yenani elimisiwe,
Uma isivinini singu-≥0.5mm/min, phakathi kuka-±0.2% wenani elimisiwe.
(3) Amanye amapharamitha
1.Ububanzi bokuhlola obusebenzayo: 440mm
2. I-stroke ephumelelayo yokwelula: 610mm (kuhlanganise ne-wedge stretching fixture, ingenziwa ngokwezifiso ngokuya ngesidingo somsebenzisi)
3.Ukushaywa kwe-Beam: 970mm
4. Ubukhulu obukhulu (ubude × ububanzi × ukuphakama) :(820×620×1880) mm
5.Isisindo sokusingatha: mayelana ne-350Kg
6. Ukunikezwa kwamandla: 220V, 50HZ, 1KW
(1) Isakhiwo senqubo yemishini:
Uhlaka oluyinhloko lwakhiwe ikakhulukazi isisekelo, imishayo emibili engaguquki, ugongolo oluhambahambayo, amakholomu amane kanye nesakhiwo sefreyimu ye-screw gantry ezimbili; Isistimu yokudlulisa nokulayisha isebenzisa i-AC servo motor kanye nedivayisi yokunciphisa igiya evumelanisiwe, eshayela isikulufu sebhola esinembe kakhulu ukuze sizungezise, bese ishayela ugongolo olunyakazayo ukuze ibone ukulayisha. Umshini unomumo omuhle, ukuzinza okuhle, ukuqina okuphezulu, ukunemba kokulawula okuphezulu, ukusebenza kahle okuphezulu, umsindo ophansi, ukonga amandla nokuvikelwa kwemvelo.
Uhlelo lokulawula nokulinganisa:
Lo mshini usebenzisa isistimu yokulawula iluphu evaliwe yedijithali ye-DSC-10 ethuthukisiwe ukuze ulawule futhi ukale, usebenzisa ikhompuyutha ukuhlola inqubo nokuhlola isibonisi esiguqukayo sejika, nokucutshungulwa kwedatha. Ngemva kokuphela kokuhlolwa, ijika lingakhuliswa ngemojula yokucubungula ihluzo yokuhlaziya nokuhlelwa kwedatha, ukusebenza kufinyelele ezingeni elithuthukile lamazwe ngamazwe.
1.Rlula ukususwa okukhethekile, ukuguqulwa, ukulawulwa kwe-loop evaliwe ngesivinini.Ngesikhathi sokuhlolwa, isivinini sokuhlola kanye nendlela yokuhlola ingashintshwa kalula ukuze kwenziwe uhlelo lokuhlola lube nezimo futhi lube lukhulu;
I-2.Ukuvikelwa kwezendlalelo eziningi: nge-software kanye ne-hardware umsebenzi wokuvikela wezinga ezimbili, ingafinyelela umshini wokuhlola ukugcwala ngokweqile, i-overcurrent, i-overvoltage, i-undervoltage, isivinini, umkhawulo kanye nezinye izindlela zokuvikela ukuphepha;
Isiteshi sokuguqulwa se-3.Isivinini esiphezulu se-24-bit A/D, ukulungiswa kwekhodi okusebenzayo kuze kufike ku-± 1/300000, ukufeza ukungahlukaniswa kwangaphakathi nangaphandle, futhi sonke isinqumo asishintshiwe;
4. I-USB noma ukuxhumana kwe-serial, ukudluliswa kwedatha kuzinzile futhi kuthembekile, ikhono eliqinile lokulwa nokuphazamiseka;
5. Ithatha iziteshi zokuthwebula isiginali ye-pulse engu-3 (amasiginali we-pulse angu-1 isignali yokugudluka kanye nesignali engu-2 enkulu yokuguquguquka ngokulandelana), futhi yamukela ubuchwepheshe obuphambili kakhulu befrikhwensi ye-quadruple ukukhulisa inani lama-pulse asebenzayo izikhathi ezine, ukuthuthukisa kakhulu ukulungiswa kwesignali. , futhi imvamisa yokuthwebula ephezulu kakhulu ngu-5MHz;
6. Enye indlela isignali ye-servo motor digital drive, imvamisa ephezulu kakhulu yokuphuma kwe-PWM ngu-5MHz, ephansi kakhulu ngu-0.01Hz.
1. Isistimu yokulawula iluphu evaliwe yedijithali ye-DSC-10
I-DSC-10 isistimu yokulawula iluphu evaliwe yedijithali iyisizukulwane esisha sohlelo lokulawula lochwepheshe lomshini olwakhiwe inkampani yethu. Yamukela i-chip yokulawula yobungcweti ethuthuke kakhulu ye-servo motor kanye nemojula yokutholwa kwedatha yamashaneli amaningi kanye nokucubungula, eqinisekisa ukuvumelana kwesampula yohlelo kanye nesivinini esikhulu nomsebenzi wokulawula osebenzayo, futhi iqinisekisa ukuthuthuka kwesistimu. Idizayini yesistimu izama ukusebenzisa imojuli yehadiwe ukuze kuqinisekiswe ukuzinza nokuthembeka komkhiqizo.
2. Isiteji sokulawula esisebenzayo nesichwepheshile
I-DSC inikezelwe ekulawuleni okuzenzakalelayo i-IC, eyangaphakathi iyinhlanganisela ye-DSP+MCU. Ihlanganisa izinzuzo zesivinini sokusebenza okusheshayo kwe-DSP kanye nekhono eliqinile le-MCU lokulawula imbobo ye-I/O, futhi ukusebenza kwayo kukonke ngokusobala kungcono kunokwe-DSP noma i-32-bit MCU. Ukuhlanganiswa kwayo kwangaphakathi kokulawulwa kwe-hardware motor amamojula adingekayo, njenge: PWM, QEI, njll. Ukusebenza okubalulekile kwesistimu kuqinisekiswe ngokuphelele yi-module ye-hardware, eqinisekisa ukusebenza okuphephile nokuzinzile kwesistimu.
3. Imodi yokusampula ehambisanayo esekwe ku-hardware
Enye indawo ekhanyayo yalesi simiso ukusetshenziswa kwe-chip ekhethekile ye-ASIC. Nge-chip ye-ASIC, isignali yenzwa ngayinye yomshini wokuhlola ingaqoqwa ngokuhambisanayo, okusenza sibe ngowokuqala e-China ukubona imodi yesampula ehambisanayo esekelwe ku-hardware, futhi igweme inkinga yokulayisha nokushintsha ukuvumelanisa okubangelwa amasampula okwabelana ngesikhathi kweshaneli ngayinye yezinzwa esikhathini esidlule.
4. Umsebenzi wokuhlunga wezingxenyekazi zekhompuyutha zesiginali ye-pulse yesikhundla
Imojula yokutholwa kwesikhundla yesishumeki sesithombe sikagesi yamukela imojula yehadiwe ekhethekile, isihlungi esakhelwe ngaphakathi sezinga lama-24, esenza ukuhlunga kwepulasitiki kusiginali ye-pulse etholiwe, igwema ukubala kwephutha okubangelwa ukuvela kokuphazanyiswa kwe-pulse ohlelweni lokutholwa kwe-pulse, kanye ngempumelelo kakhudlwana ukuqinisekisa ukunemba kwesikhundla, ukuze uhlelo lokutholwa kwe-pulse yendawo lukwazi ukusebenza ngokuzinza nangokuthembekile.
5. Cukulawula ukuqaliswa okuyisisekelo kwemisebenzi
I-chip ye-ASIC ezinikele yabelana ngomsebenzi wesampula, ukuqapha isimo kanye nochungechunge lwe-peripheral, nokuxhumana nokunye okuhlobene nomsebenzi ovela kumojula yangaphakathi yehadiwe ukuze ibonwe, ukuze i-DSC igxile ekulawuleni okwengeziwe komsebenzi wokubala kwe-PID njengomzimba oyinhloko, hhayi nje kuphela. okuthembeke kakhulu, kanye nesivinini sokuphendula esilawulayo ngokushesha, okwenza isistimu yethu ngokusebenza kwephaneli yokulawula phansi iqedele ukulungiswa kwe-PID nokukhishwa kokulawula, Ukulawulwa kwe-loop evaliwe kutholwa phansi kwesistimu.
I-interface yomsebenzisi isekela isistimu ye-Windows, isibonisi sejika lesikhathi sangempela kanye nokucutshungulwa, ihluzo, ukwakheka kwesoftware eyimodular, ukugcinwa kwedatha nokucutshungulwa okusekelwe kusizindalwazi se-MS-ACCESS, ukuxhuma kalula nge-software ye-OFFICE.
1. Imodi yokuphatha ye-Hierarchical yamalungelo abasebenzisi:
Ngemva kokungena komsebenzisi, uhlelo luvula imojula yokusebenza ehambisanayo ngokuvumelana negunya layo. Umphathi omkhulu unegunya eliphakeme kakhulu, angakwazi ukuphatha igunya lomsebenzisi, kuma-opharetha ahlukene ukuze agunyaze amamojula okusebenza ahlukene.
2. Hnjengomsebenzi wokuphatha ukuhlolwa onamandla, iyunithi yokuhlola ingasethwa ngokuvumelana nezidingo zanoma iyiphi.
Ngokwamazinga ahlukene angahlelwa ngokuya ngohlelo lokuhlola oluhambisanayo, inqobo nje uma uhlelo lokuhlola oluhambisanayo lukhethwa ngesikhathi sokuhlolwa, ungaqedela ukuhlolwa ngokuya ngezidingo ezijwayelekile, bese ukhipha umbiko wokuhlola ohlangabezana nezidingo ezijwayelekile. Inqubo yokuhlola nesimo sezisetshenziswa zesibonisi sesikhathi sangempela, esifana nalokhu: isimo semishini esebenzayo, izinyathelo zokusebenza zokulawula uhlelo, noma ngabe iswishi ye-extensometer iqediwe, njll.
3. Umsebenzi onamandla wokuhlaziya ijika
Amajika amaningi afana nokuguqulwa komthwalo kanye nesikhathi sokulayisha angakhethwa ukuze kuboniswe ijika elilodwa noma amaningi ngesikhathi sangempela. Isampula ekuphakameni kwejika leqembu elifanayo lingasebenzisa ukugqama kombala okuhlukile, ijika eliguquguqukayo kanye nejika lokuhlola kungaba ukuhlaziya kokukhulisa indawo okungahleliwe, futhi lisekele okubonisiwe kwijika lokuhlola nokulebula amaphuzu esici ngasinye, kungaba ngokuzenzakalelayo noma ngesandla ejikeni thatha ukuhlaziya okuqhathanisayo, ukumaka amaphuzu ezici zejika nakho kungaphrinta embikweni wokuhlola.
4. Ukugcinwa okuzenzakalelayo kwedatha yokuhlola ukugwema ukulahleka kwedatha yokuhlola okubangelwa ingozi.
Inomsebenzi wombuzo ongacacile wedatha yokuhlola, engasesha ngokushesha idatha yokuhlola eqediwe kanye nemiphumela ngokuvumelana nezimo ezihlukene, ukuze ibone ukuvela kabusha kwemiphumela yokuhlolwa. Ingase futhi ivule idatha yohlelo olufanayo lokuhlola olwenziwe ngesikhathi esihlukile noma amaqoqo ukuze kuhlaziywe ngokuqhathanisa. Umsebenzi wokulondoloza idatha ungase futhi ugcinwe idatha egcinwe ngokwehlukana futhi ibukwe.
5. Ifomethi yesitoreji sedatha ye-MS-Finyelela kanye nekhono lokunweba isofthiwe
Umnyombo wesofthiwe ye-DSC-10LG usekelwe kusizindalwazi se-MS-Access, esingasebenzisana nesofthiwe ye-Office futhi sigcine umbiko ngefomethi ye-Word noma ifomethi ye-Excel. Ngaphezu kwalokho, idatha yasekuqaleni ingavulwa, abasebenzisi bangabheka idatha yoqobo ngokusebenzisa isizindalwazi, benze lula ucwaningo lwezinto ezibonakalayo, banikeze ukudlala okugcwele ekusebenzeni kwedatha yokulinganisa.
6. Ngemitha yokunweba ingathola ngokuzenzakalelayo i-REH, i-REL, i-RP0.2, i-FM, i-RT0.5, i-RT0.6, i-RT0.65, i-RT0.7, i-RM, i-E namanye amapharamitha wokuhlola, amapharamitha angasethwa ngokukhululeka, futhi ingaphrinta igrafu.
7. Cukusethwa ngemva kwesivuno ukuze kukhishwe umsebenzi we-extensometer
Isoftware ye-DSC-10LG inquma ngokuzenzakalelayo ukuthi ukuwohloka kushintshelwa ekuqoqweni kokufuduka ngemva kokuphela kwesivuno sesampula, futhi ikhumbuza umsebenzisi kubha yolwazi ukuthi "iswishi yokuguqula isiphelile, futhi i-extensometer ingakhishwa".
8. Aukubuyisela okuzenzakalelayo: uhlaka oluhambayo lungabuyela ngokuzenzakalelayo endaweni yokuqala yokuhlolwa.
9. Aukulinganisa okuzenzakalelayo: umthwalo, ukuphakama kungalinganiswa ngokuzenzakalela ngokwenani elijwayelekile elengeziwe.
10. Rimodi ye-ange: ububanzi obugcwele abuhlukaniswanga
(1) Iyunithi yemojuli: izinhlobonhlobo zezisekeli eziguquguqukayo, ihadiwe kagesi eyi-modular ukuze kube lula ukunwetshwa komsebenzi nokugcinwa kahle;
(2) ukushintsha okuzenzakalelayo: ijika lokuhlola ngokuya ngamandla okuhlola kanye nokuguquguquka kobukhulu bebanga loguquko oluzenzakalelayo.
