Imikhiqizo
Umshini Wokuhlola I-UP-2010 Steel Strand Tensile
Ukucaciswa kobuchwepheshe kokusebenza okuyinhloko
| Umthwalo omkhulu | 300KN |
| Ibanga lokulinganisa amandla okuhlola | 1%—100%FS |
| Ileveli yomshini wokuhlola | 1 ibanga |
| Inombolo yamakholomu | 2 ikholomu |
| Ukulungiswa kwamandla okuhlola | Isikali esigcwele sendlela eyodwa 1/300000 (ukulungiswa okugcwele kunesixazululo esisodwa kuphela, akukho ukwehlukana, akukho ukungqubuzana kokushintsha ububanzi) |
| Iphutha elihlobene lokuhlola amandla | ±1% |
| Ukulungiswa kokulinganisa kokususwa | Hlangana nezidingo ze-GB/T228.1-2010 ejwayelekile |
| Iphutha elihlobene nenkomba yokususwa | ±1% |
| Iphutha elihlobene nenkomba yokuguqulwa | ±1% |
| Ilayisha ibanga lesilinganiso | 0.02%—2%FS/s |
| Ibanga elikhulu phakathi kwama-chucks acindezelayo | ≥600mm |
| Isikhala esikhulu sokucindezela | 550 mm |
| Ukushaywa okukhulu kwepiston | ≥250mm |
| Isivinini esikhulu sokunyakaza kwepiston | 100mm/min |
| Ubukhulu be-clamping yesampula eyisicaba | 0-15 mm |
| I-diameter ye-clamping yesifanekiso esiyindilinga | Φ13-Φ40mm |
| Isikhala sekholomu | 500mm |
| Ibanga eliphezulu losekelo olugobile | 400mm |
| Ukunemba kwesibonakaliso sokususwa kwe-piston | ±0.5%FS |
| Amandla empompi kawoyela | 2.2KW |
| Beam ezihambayo motor amandla | 1.1KW |
| Usayizi womsingathi | Cishe 900mm×550mm×2250mm |
| Lawula usayizi wekhabhinethi | 1010mm×650mm×870mm |
Isistimu yokulawula
Umthombo kawoyela we-electro-hydraulic proportional control, all-digital PC servo controller, i-electro-hydraulic proportional valve, inzwa yokulayisha, i-extensometer yokulinganisa i-deformation ye-specimen, i-photoelectric encoder yokulinganisa ukufuduka, ikhadi lokulinganisa i-PC nokulawula umshini wokuhlola, iphrinta, iyunithi yokulawula imisebenzi eminingi nezinye iphakheji yesofthiwe.
Umthombo wamafutha olawulwa yiphampu ye-servo ojwayelekile
1) Ukuze kulayishwe isistimu yokulawula isivinini se-oyili eshintshwayo, isebenzisa ubuchwepheshe obuvuthiwe ukuklama nokukhiqiza ngokuya ngeyunithi ejwayelekile ye-modular, esetshenziselwa ngokukhethekile umshini wokuhlola i-microcomputer olawulwa yi-hydraulic universal;
2) Khetha iphampu kawoyela kanye nemoto esebenza kahle kakhulu, ikhwalithi ethembekile nokusebenza okuzinzile;
I-3) I-valve elawula isivinini se-throttle eshintshwayo ethuthukisiwe futhi ekhiqizwa ubuchwepheshe bayo inomfutho wesistimu ozinzile, ukulawulwa kokugeleza komehluko oguquguqukayo wengcindezi, akukho ukusetshenziswa kwamandla okuchichimayo, nokulawula okulula kwe-PID evaliwe;
I-4) Uhlelo lwamapayipi: Amapayipi, amalunga kanye nezimpawu zawo akhethwa ngesethi ezinzile yamakhithi ukuze kuqinisekiswe ukuvalwa kwesistimu ye-hydraulic enokwethenjelwa futhi akukho ukuvuza kwamafutha okuvuza.
5) Izici:
a. Umsindo ophansi, ongaphansi kwama-decibel angu-50 ngaphansi komthwalo osebenza kakhulu, uthulisiwe ngokuyisisekelo.
b. ukulandelwa kwengcindezi ukonga amandla ngama-70% kunemishini evamile
c. ukulawula ukunemba kuphezulu, futhi ukunemba kokulawula kungafinyelela izinkulungwane eziyishumi. (okuvamile izinkulungwane ezinhlanu)
d. Ayikho indawo efile yokulawula, indawo yokuqala ingafinyelela ku-1%.
f.Isekhethi kawoyela ihlanganiswe kakhulu futhi inamaphuzu avuzayo ambalwa.
Ikhabhinethi yokulawula ugesi
1) Zonke izingxenye eziqinile zikagesi zesistimu zigxilwe kukhabhinethi yokulawula amandla aphezulu ukuze kubonakale ukuhlukaniswa okusebenzayo kweyunithi yamandla aphezulu kanye neyunithi yokulinganisa nokulawula ukukhanya okubuthakathaka, ukuqinisekisa ukuthi uhlelo lokulinganisa nokulawula alunakuphazamiseka nokusebenza okuzinzile isikhathi eside;
2) Setha inkinobho yokusebenza ngesandla ekhabetheni lokulawula ugesi, okuhlanganisa ukushintshwa kwamandla, isitobhi esiphuthumayo kanye nesiqalo sepompo yomthombo kawoyela kanye nokuma.
5, isilawuli sedijithali sokucaca okuphezulu
a) Uhlelo lusekelwe kukhompuyutha ye-PC, ukulungiswa okugcwele kwe-PID yedijithali, ne-amplifier yebhodi lekhadi le-PC, isofthiwe yokulinganisa nokulawula kanye nesofthiwe yokutholwa kwedatha nokucubungula, ekwazi ukubona ukulawulwa kwe-loop evaliwe kwamandla okuhlola, ukuguqulwa kwesampula, ukukhishwa kwe-piston nokulawula okubushelelezi kwemodi yokulawula. ;
b) Uhlelo luqukethe amayunithi amathathu wokulungisa isignali (iyunithi yamandla okuhlola, iyunithi yokufuduka kwe-cylinder piston, iyunithi ye-test piece deformation), iyunithi yokulawula isignali yesiginali, iyunithi yokushayela i-electro-hydraulic proportional valve, iyunithi yokulawula umthombo kawoyela we-electro-hydraulic proportional proportional, kanye nesixhumi esibonakalayo se-I/O esidingekayo, uhlelo lwesoftware nezinye izingxenye;
c) Iluphu yokulawula iluphu evaliwe yohlelo: inzwa yokulinganisa (inzwa yokucindezela, inzwa yokugudluza, i-deformation extensometer) kanye ne-electro-hydraulic proportional valve, isilawuli (iyunithi ngayinye ye-signal conditioning unit), kanye ne-amplifier yokulawula yakha ubuningi bezihibe zokulawula iluphu ukuze kubonakale umshini wokuhlola Umsebenzi wokulawula iluphu evaliwe wesampula le-cylinder deformation, i-cylinder deformation; izindlela ezihlukahlukene zokulawula ezifana namandla okuhlola alinganayo, ukugudluzwa kwepiston okunesilinganiso esingaguquki, ukuqina kwesilinganiso esingaguquki, njll., kanye nokushintsha okushelelayo kwemodi yokulawula, okwenza uhlelo lube nokuguquguquka okukhulu.
Ukulungisa
Ngokwesicelo sokuhlola sekhasimende.
Isevisi yethu:
Phakathi nayo yonke inqubo yebhizinisi, sinikeza isevisi yokubonisana ngokuthengisa.
I-FAQ:
Ngaphezu kwalokho, Uma umshini wakho ungasebenzi, ungasithumelela i-imeyili noma usishayele sizozama konke okusemandleni ethu ukuthola inkinga ngengxoxo yethu noma ngengxoxo yevidiyo uma kunesidingo. Uma sesiyiqinisekisile inkinga, isixazululo sizonikezwa phakathi namahora angu-24 kuya kwangu-48.
