Umshini wokuhlola wezinto we-YY-UTM-01A
Lo mshini usetshenziselwa insimbi ne-non-metal (kufaka phakathi izinto ezihlanganisiwe) Tensile, ukucindezela, ukugoba, ukubhebhana, ukuthengisa, ukubuyisana, ukululama, ukululama, okuzenzakalelayo, i-RP0 .2, FM, RT0.5, RT0.6, RT0.65, RT0.7, RM, E nokunye ukulandelwa kwamapharamitha wokuhlola. Futhi ngokuya nge-GB, i-ISO, DIN, ASTM, JIS namanye amazinga afuywayo nawamazwe aphesheya wokuhlola nokunikeza idatha.
(1) Amapharamitha wokulinganisa
1. Amandla wokuhlola aphezulu: 10Ku, 30Kuk, 50Kun, 100Knu
(Izinzwa ezingeziwe zingangezwa ukwengeza uhla lokulinganisa lwamandla)
2. Izinga lokunemba: Izinga le-0.5
I-3. Ibanga lokulinganisa le-Test Force Force: 0.4% ~ 100% FS (isikali esigcwele)
4.Ubutho lokuhlola okukhonjiswe ngephutha levelu: inani elikhonjisiwe ngaphakathi kwe- ± 0.5%
5.Ukulungiswa kwe-Test Force: Amandla wokuhlola aphezulu we- ± 1/300000
Inqubo yonke ayihlukaniswanga, futhi konke ukulungiswa akushintshiwe.
Ibanga le-6. Ububanzi bokulinganisa be-deformation: 0.2% ~ 100% FS
7. Iphutha le-Deformation Value
Ukulungiswa kwe-8.deformation: 1/200000 of the deformation enkulu
Kufika ku-1 kwabangu-300,000
9. Iphutha Lokuxoxisana: Kuphakathi kwe- ± 0.5% yenani elibonisiwe
10. Isinqumo Sokususa: 0.025μm
(2) Ukulawula amapharamitha
1.I-Force Control Control Rate Range: 0.005 ~ 5% FS / s
Ukuqinisekiswa kokulawula isilinganiso sokulawula isilinganiso:
Ukukala <0.05% FS / S, ngaphakathi kwe- ± 2% yenani elibekiwe,
Ukukala ≥0.05% FS / S, ngaphakathi kwe- ± 0.5% yenani elibekiwe;
3
4. Ukulawula Ukulawulwa Kwezilinganiso Zesilinganiso:
Ukukala <0.05% FS / S, ngaphakathi kwe- ± 2% yenani elibekiwe,
Ukukala ≥0.05% FS / S, ngaphakathi kwe- ± 0.5% yenani elibekiwe;
5.Ububanzi bezilinganiso zokulungiswa kwezilinganiso: 0.001 ~ 500mm / min
I-6.
Lapho ijubane lingaphansi kuka-0.5mm / min, ngaphakathi kwe-± 1% yenani elibekiwe,
Lapho ijubane lingu-≥0.5mm / min, ngaphakathi kwe-0,2% yenani elibekiwe.
(3) Amanye amapharamitha
1.Izitho zobubanzi bokuhlola: 440mm
2
I-3.Beam Movement Stroke: 970mm
4. Ubukhulu obuphambili (ubude × ububanzi × ukuphakama): (820 × 620 × 1880) mm
Isisindo esingu-5.Host: Cishe ama-350kg
6. Ukunikezwa kwamandla: 220V, 50Hz, 1KW
(1) Ukwakheka kwenqubo yemishini:
Uhlaka oluyinhloko ikakhulukazi lwakhiwa isisekelo, imishayo emibili emisiwe, ugongolo lweselula, amakholomu amane kanye nesakhiwo sezinhlelo ezimbili ze-gantry; Ukudlulisela kanye nokulayisha uhlelo lwe-Adomise imoto ye-AC Servo Motor nedivayisi yokunciphisa amagiya yokuvumelanisa, eshayela isikulufa sebhola eliphakeme kakhulu ukuze ujikeleze, bese ushayela ugongolo olushukumisayo ukubona ukulayisha. Umshini unesimo esihle, ukuzinza okuhle, ukuqina okuphezulu, ukucaciswa okuphezulu okuphezulu, ukusebenza okuphezulu, umsindo ophansi, ukonga amandla nokuvikelwa kwemvelo.
Uhlelo lokulawula nokulinganisa:
Lo mshini wamukela uhlelo lokulawula lokulawula lwe-Advanced lwe-DSC-10 oluphelele lokulawula ukululwa nokukalwa, ukusebenzisa ikhompyutha ukuze uhlole inqubo futhi uvivinye ijika le-Dynamic, kanye nokucutshungulwa kwedatha. Ngemuva kokuphela kokuhlolwa, ijika lingandiswa ngemodyuli yokucubungula ihluzo ngokuhlaziywa kwedatha nokuhlela, ukusebenza kufinyelele ezingeni eliphakeme lomhlaba wonke.
1.RKhipha ukufuduka okukhethekile, ukonakala, ukuphetha okuvaliwe kwejubane.Ngesikhathi sokuhlolwa, ijubane lokuhlola nendlela yokuhlola kungashintshwa kalula ukwenza uhlelo lokuhlola luguqulwe futhi lube lukhulu;
Ukuvikelwa kwe-2.Multi-ungqimba: Nge-Software kanye ne-Hardware Level Protection Work, kungafinyelela umshini wokuhlola ngokweqile, ngokweqile, okuphezulu, ukuvezwa, ukushibilika, isivinini, umkhawulo nezindlela zokuvikela ukuphepha;
3.High-Speed 24-bit a / d isiteshi sokuguqulwa, isixazululo sekhodi esisebenzayo sifinyelela ku- ± 1/300000, ukufezekisa ukuhlukaniswa kwangaphakathi nangaphandle, futhi konke ukulungiswa akushintshiwe;
I-4. I-USB noma ukuxhumana kwe-serial, ukuhanjiswa kwedatha kuyazinza futhi kuyathembeka, ikhono eliqinile lokulwa nokumelana;
5 , futhi imvamisa yokuthwebula ephezulu kakhulu ngu-5MHz;
6. Enye indlela ye-servo motor digital drive digital drive, imvamisa ephezulu kakhulu yokuphuma kwe-PWM yi-5MHz, okuphansi kakhulu ngu-0.01hz.
1
Uhlelo lokulawula lokulawula lwe-DSC-10 olugcwele lwedijithali luyisizukulwane esisha sohlelo lokulawula lomshini wokuhlola olwakhiwe yinkampani yethu. Ikwamukela i-chip ebaluleke kakhulu yokulawula i-chip ye-servo motor kanye nokutholwa kwedatha ye-multi-Channel kanye nemodyuli yokucubungula, eqinisekisa ukuvumelana kwesampula yesistimu kanye nesivinini esiphezulu nomsebenzi wokulawula okusebenzayo, futhi kuqinisekisa ukuthuthuka kohlelo. Idizayini yohlelo izama ukusebenzisa imodyuli yehadiwe ukuqinisekisa ukuqina nokwethembeka komkhiqizo.
2. Ipulatifomu yokulawula esebenzayo nenobungcweti
I-DSC inikezelwe ekuphathweni okuzenzakalelayo i-IC, yangaphakathi yinhlanganisela ye-DSP + MCU. Ihlanganisa izinzuzo zejubane le-DSP Fast Operation Speed kanye nekhono eliqinile le-MCU lokulawula itheku le-I / O, futhi ukusebenza kwalo jikelele kusobala ukuthi kungcono kunalokho kwe-DSP noma i-32-Bit MCU. Ukuhlanganiswa kwayo kwangaphakathi kwamamojula we-Hardware atholakalayo amamojula, njenge: PWM, QEI, njll. Ukusebenza okusemqoka kohlelo kuqinisekiswa ngokuphelele imodyuli yehadiwe, eqinisekisa ukusebenza okuphephile futhi okuzinzile kohlelo.
3. Imodi yesampula ye-Hardware-based parallel
Enye indawo ekhanyayo yalolu hlelo ukusetshenziswa kwe-chip ekhethekile ye-asic. Nge-chip ye-asic, isiginali yenzwa ngayinye yomshini wokuhlola ingaqoqwa ngokuvumelanisa, esenza thina okokuqala eChina ukubona imodi yesampula ye-hardware-based parallel-based parallel, futhi igweme i-asynchronization ebangelwa yi Isampula yokwabelana ngesikhathi kwesiteshi senzwa ngayinye yesikhathi esedlule.
I-4. Umsebenzi wokuhlunga we-Hardware wesikhundla se-Pulse Signal
Imodyuli yokutholwa kwesikhundla ye-Photoelectric Encoder yamukela imodyuli ekhethekile ye-Hardware, isihlungi samazinga angu-24, okwenza ukubalwa kwepulasitiki kusiginali ye-Pulse etholakele, okuvela kwephutha okubangelwa uhlelo lokungena esikhundleni sesikhundla kuhlelo lokutholwa kwesikhundla kuhlelo lokutholwa, futhi Ukuqinisekisa ngempumelelo ukunemba kwesikhundla, ukuze uhlelo lwesikhundla »lungasebenza lungasebenza ngokusheshe nangokwethembekile.
5. CI-Ontrol ukusetshenziswa okuyisisekelo kwemisebenzi
Ukuzinikezela i-ASIC Chip Yabelana ngomsebenzi weSampling, Ukuqapha Isimo kanye nochungechunge lwe-peripheral, kanye nokuxhumana nokunye emsebenzini okuhlobene nokwenza umsebenzi wokubala we-PID wangaphakathi okufana nomzimba omkhulu, hhayi kuphela Ithembekile ngokwengeziwe, futhi isivinini sokuphendula sokulawula ngokushesha, okwenza uhlelo lwethu ngokusebenza kwephaneli lokulawula liqedela ukulungiswa kwe-PID nokulawula, ukulawulwa kwe-loop okuvaliwe kutholakala ezansi kohlelo.
I-interface yomsebenzisi isekela uhlelo lweWindows, ukuboniswa kwejika lesikhathi sangempela kanye nokucutshungulwa, ukwakheka kwesoftware, ukugcinwa kwedatha kanye nokusebenza ngokususelwa kwi-database yokufinyelela ye-MS, kulula ukuxhumana ne-software ye-OPH.
1. Imodi yokuphathwa kwe-Hierarchical yamalungelo abasebenzisi:
Ngemuva kokuthi umsebenzisi ungene ngemvume, uhlelo luvula i-Modure ehambisanayo yokusebenza ngokusho kwegunya layo. I-Super Administrator inegunya eliphakeme kakhulu, ingathwala ukuphathwa kweziphathimandla kwabasebenzisi, kubahlinzeki abahlukahlukene ukugunyaza amamojula ahlukile wokusebenza.
2. HNjengomsebenzi wokuphatha okunamandla wokuhlola, iyunithi yokuhlola ingahle isethwe ngokuya ngezidingo zanoma yikuphi.
Ngokusho kwamazinga ahlukene angahlelwa ngokuya ngohlelo lokuhlola oluhambisanayo, inqobo nje uma uhlelo lokuhlola oluhambisanayo lukhethiwe ngesikhathi sokuhlolwa, ungaqedela isivivinyo ngokuya ngezidingo ezijwayelekile. Inqubo yokuhlola kanye nesimo semishini Isibonisi sesikhathi sangempela, njenge: Isimo sokusebenza kwemishini, izinyathelo zokulawula zohlelo, noma ngabe i-Extensometer Shintsha iphelile, njll.
3. Umsebenzi wokuhlaziya onamandla wejika
Ama-curve amaningi anjengokwehla komthwalo kanye nesikhathi sokulayisha kungakhethwa ukubonisa i-curve eyodwa noma ngaphezulu ngesikhathi sangempela. Isampula eqenjini elifanayo leqembu le-curve lingasebenzisa umehluko ohlukile wombala, ijika le-traver ne-test i-Curve ingaba ukuhlaziywa kwe-Amplification yasendaweni, bese uxhasa ukuboniswa ku-Test Curve bese ubhala ngokuzenzakalelayo amaphuzu athatha Ukuhlaziywa kokuqhathanisa, ukumaka amaphuzu wesici sejika futhi kungaphrinta embikweni wokuhlola.
I-4. Ukugcinwa okuzenzakalelayo kwemininingwane yokuhlola ukugwema ukulahleka kwedatha yokuhlola okubangelwa ingozi.
Inomsebenzi wombuzo we-fuzzy wedatha yokuhlola, engasesha ngokushesha idatha yokuhlola eqediwe kanye nemiphumela ngokuya ngemibandela ehlukene, ukuze uqaphele ukuphindaphindekela kabusha imiphumela yemiphumela yokuhlola. Ingavula nedatha yohlelo olufanayo lokuhlola okwenziwe ngesikhathi esihlukile noma amabhendi wokuhlaziywa kokuqhathanisa. Umsebenzi we-Backup wedatha nawo ungagcinwa ngaphambili idatha egcinwe ngokwahlukana futhi ibukwe.
5
Umgogodla wesoftware ye-DSC-10LG isuselwa kwi-database yokufinyelela ye-MS-Access, engaxhumana ne-software yehhovisi futhi igcine umbiko ngefomethi yamagama noma ifomethi ye-Excel. Ngaphezu kwalokho, idatha yasekuqaleni ingavulwa, abasebenzisi bangabheka idatha yasekuqaleni ngokusebenzisa i-database, yenza lula ucwaningo lwezinto ezibonakalayo, nikeza ukudlala okugcwele ekusebenzeni kwedatha yokulinganisa.
6 ingaphrinta igrafu.
7. CKubekwe ngemuva kwesivuno sokususa umsebenzi we-extensonder
Isoftware ye-DSC-10LG etholwa ngokuzenzakalelayo ukuthi i-deformation ishintshelwe iqoqo lokufuduka ngemuva kokuthi isivuno sesampula sesiphelile, futhi sikhumbuze umsebenzisi kubha yolwazi "futhi i-exformation switch ingasuswa".
8. AUkubuyiselwa kwe-Itomatic: ugongolo olushukumisayo lungabuya ngokuzenzakalela esimweni sokuqala sokuhlolwa.
9. AUkulinganiswa kwe-Utomatic: umthwalo, ukugqama kungalinganiswa ngokuzenzakalelayo ngokuya ngenani elijwayelekile elijwayelekile.
10. RImodi ye-Ange: Uhla oluphelele aluhlukanisiwe
.
.
