I-YY–UTM-01A Umatshini woVavanyo lweMathiriyeli yeHlabathi eFanelekileyo

YY–UTM-01A Umatshini woVavanyo lweMathiriyeli yeHlabathi jikelele

Inkcazelo emfutshane:

Lo matshini usetyenziselwa isinyithi kunye ne-non-metal (kubandakanywa nezixhobo ezidibeneyo) ukunyanzeliswa, ukunyanzeliswa, ukugoba, ukucheba, ukuxobula, ukukrazula, ukukrazula, umthwalo, ukuphumla, ukubuyisela kunye nezinye izinto zophando lokuhlalutya kovavanyo lwe-static, unokufumana ngokuzenzekelayo i-REH, i-Rel, i-RP0. .2, FM, RT0.5, RT0.6, RT0.65, RT0.7, RM, E kunye nezinye iiparamitha zovavanyo. Kwaye ngokwe-GB, i-ISO, i-DIN, i-ASTM, i-JIS kunye neminye imigangatho yasekhaya neyamazwe ngamazwe yokuvavanya nokubonelela ngedatha.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Usetyenziso

Iiparamitha zobuGcisa

(1) Iiparamitha zokulinganisa
1. Awona mandla ovavanyo aphezulu: 10kN, 30kN, 50kN, 100kN
(izinzwa ezongezelelweyo zingongezwa ukwandisa uluhlu lomlinganiselo wamandla)
2. Inqanaba lokuchaneka: inqanaba le-0.5
3. Uluhlu lokulinganisa amandla ovavanyo: 0.4% ~ 100%FS (isikali esipheleleyo)
4. Amandla ovavanyo abonise impazamo yexabiso: ixabiso elibonisiweyo ngaphakathi ±0.5%
5.Isisombululo samandla ovavanyo: awona mandla ovavanyo aphezulu ± 1/300000

Yonke le nkqubo ayihlelwanga, kwaye isisombululo sonke asitshintshi.

6. Uluhlu lwemilinganiselo yokuguqulwa: 0.2% ~ 100%FS
7. Impazamo yexabiso lokuguqulwa: bonisa ixabiso ngaphakathi ±0.5%
Isisombululo se-8.Deformation: 1/200000 ye-deformation ephezulu
Ukuya kuthi ga kwi-1 kwi-300,000
9. Impazamo yokufuduswa: ngaphakathi kwe-±0.5% yexabiso elibonisiweyo
10. Isisombululo sokufuduswa: 0.025μm

(2) Iiparamitha zokulawula
1.Uluhlu lohlengahlengiso lolawulo lwamandla: 0.005 ~ 5%FS/ S
2.Ukuchaneka kokulawula izinga lolawulo lwamandla:
Ireyithi <0.05%FS/s, ngaphakathi ±2% yexabiso elimiselweyo,
Ireyithi ≥0.05%FS/ S, ngaphakathi ± 0.5% yexabiso elimiselweyo;
3. Uluhlu lohlengahlengiso lwesantya: 0.005 ~ 5%FS/ S
4. Ukuchaneka kokulawula izinga lokuguqulwa:
Ireyithi <0.05%FS/s, ngaphakathi ±2% yexabiso elimiselweyo,
Ireyithi ≥0.05%FS/ S, ngaphakathi ± 0.5% yexabiso elimiselweyo;

5.Uluhlu lohlengahlengiso lwezinga lokufuduswa: 0.001 ~ 500mm / min
6. Ukuchaneka kolawulo lwezinga lokufuduswa:
Xa isantya singaphantsi kwe-0.5mm/min, ngaphakathi kwe-± 1% yexabiso elimiselweyo,
Xa isantya ≥0.5mm / min, ngaphakathi ± 0.2% yexabiso elimiselweyo.

(3) Ezinye iiparamitha
1.Ububanzi bovavanyo olusebenzayo: 440mm
2. I-stroke esebenzayo yokuzolula: 610mm (kubandakanya i-wedge stretching fixture, inokwenziwa ngokwemfuno yomsebenzisi)
3.I-Beam yokunyakaza kwe-stroke: 970mm
4. Imilinganiselo engundoqo (ubude × ububanzi × ukuphakama) :(820×620×1880) mm
Ubunzima be-5.Host: malunga ne-350Kg
6. Ukunikezelwa kwamandla: 220V, 50HZ, 1KW

Iimpawu zokuSebenza

(1) Ubume benkqubo yoomatshini:
Isakhelo esiphambili siqulunqwe ikakhulu kwisiseko, iiplanga ezimbini ezisisigxina, i-beam ehambayo, iikholomu ezine kunye ne-screw gantry frame frame; Ukuhanjiswa kunye nenkqubo yokulayisha yamkela i-AC servo motor kunye nesixhobo sokunciphisa igiya ehambelanayo, eqhuba isikrufu sebhola esichanekileyo ukujikeleza, emva koko iqhube umqadi oshukumayo ukuqonda ukulayisha. Umatshini unokwakheka okuhle, uzinzo oluhle, ukuqina okuphezulu, ukuchaneka kokulawula okuphezulu, ukusebenza kakuhle okuphezulu, ingxolo ephantsi, ukonga amandla kunye nokukhuselwa kwendalo.

Inkqubo yokulawula kunye nemilinganiselo:

Lo matshini wamkela i-DSC-10 epheleleyo yedijithali yenkqubo yokulawula iluphu evaliweyo yokulawula kunye nokulinganisa, usebenzisa ikhompyutha ukuvavanya inkqubo kunye nokuvavanya umboniso oguqukayo wegophe, kunye nokucubungula idatha. Emva kokuphela kovavanyo, i-curve inokwandiswa ngemodyuli yokucubungula imifanekiso yokuhlalutya idatha kunye nokuhlelwa, ukusebenza kufikelele kwinqanaba eliphezulu lamazwe ngamazwe.

1.Realize displacement ekhethekileyo, deformation, isantya evaliwe-loop ulawulo.Ngexesha lovavanyo, isantya sovavanyo kunye nendlela yokuvavanya inokutshintshwa ngokuguquguqukayo ukwenza isikimu sovavanyo sibe bhetyebhetye kwaye sibaluleke kakhulu;
I-2.Ukhuseleko lwe-Multi-layer: kunye ne-software kunye ne-hardware umsebenzi wokukhusela amanqanaba amabini, unokufezekisa ukugqithiswa komatshini wokuvavanya, ukugqithisa, ukugqithisa, ukungabikho kwamandla, isantya, umda kunye nezinye iindlela zokukhusela ukhuseleko;
I-3.Isantya esiphezulu se-24-bit A / D ishaneli yokuguqula, isisombululo esisebenzayo sekhowudi ukuya kuthi ga kwi-± 1/300000, ukufezekisa ukungahlelwa kwangaphakathi nangaphandle, kwaye isisombululo sonke asitshintshi;

4. I-USB okanye unxibelelwano lwe-serial, ukuhanjiswa kwedatha kuzinzile kwaye kunokwethenjelwa, okunamandla okuchasana nokuphazamiseka;
5. Yamkela iziteshi ezi-3 zokubamba umqondiso we-pulse (iimpawu ze-3 ze-pulse yi-1 yesiginali yokufuduka kunye ne-2 enkulu yesignali yokuguqulwa ngokulandelanayo), kwaye ithatha iteknoloji ephezulu kakhulu ye-quadruple frequency ukukhulisa inani lee-pulses ezisebenzayo ngamaxesha amane, ukuphucula kakhulu isisombululo somqondiso. , kwaye i-frequency ephezulu yokubanjwa yi-5MHz;
6. Enye indlela i-servo motor digital drive signal, i-frequency ephezulu ye-PWM yemveliso yi-5MHz, ephantsi yi-0.01Hz.

Iinzuzo zobugcisa zolawulo kunye nenkqubo yokulinganisa

1. DSC-10 yonke inkqubo yedijithali evaliweyo yokulawula iluphu
I-DSC-10 inkqubo yokulawula i-loop epheleleyo yedijithali sisizukulwana esitsha somatshini wokuvavanya inkqubo yolawulo lobuchwephesha ephuhliswe yinkampani yethu. Yamkela eyona chip iphucukileyo yolawulo lwe-servo motor kunye nedatha yeetshaneli ezininzi zokufumana kunye nemodyuli yokucubungula, eqinisekisa ukuhambelana kwesampulu yenkqubo kunye nesantya esiphezulu kunye nomsebenzi wokulawula osebenzayo, kwaye iqinisekisa ukuqhubela phambili kwenkqubo. Uyilo lwenkqubo luzama ukusebenzisa imodyuli ye-hardware ukuqinisekisa ukuzinza nokuthembeka kwemveliso.

2. Iqonga lolawulo olusebenzayo kunye nobuchwephesha
I-DSC inikezelwe kulawulo oluzenzekelayo lwe-IC, yangaphakathi yindibaniselwano ye-DSP + MCU. Idibanisa iingenelo zesantya sokusebenza ngokukhawuleza kwe-DSP kunye nobuchule obunamandla be-MCU bokulawula i-port ye-I / O, kunye nokusebenza kwayo ngokubanzi ngokucacileyo kungcono kunokwe-DSP okanye i-32-bit MCU. Ukuhlanganiswa kwayo kwangaphakathi kwiimodyuli ezifunekayo zokulawulwa kweemoto ze-hardware, ezifana ne: PWM, QEI, njl. Umsebenzi ophambili wenkqubo uqinisekiswa ngokupheleleyo yimodyuli ye-hardware, eqinisekisa ukusebenza ngokukhuselekileyo kunye nokuzinza kwenkqubo.

3. Imowudi yesampulu ehambelanayo esekwe kwi-Hardware
Enye indawo eqaqambileyo yale nkqubo kukusetyenziswa kwe-chip ekhethekileyo ye-ASIC. Ngokusebenzisa i-chip ye-ASIC, umqondiso we-sensor nganye yomatshini wokuvavanya unokuqokelelwa ngokuhambelanayo, okusenza sibe ngowokuqala e-China ukuqonda i-hardware-based based sampling mode, kwaye iphephe ingxaki yomthwalo kunye ne-deformation asynchronization ebangelwa iisampulu yokwabelana ngexesha lomjelo ngamnye woluvo kwixesha elidlulileyo.

4. Umsebenzi wokucoca i-Hardware yesignali ye-pulse yendawo
Imodyuli yokufumana indawo ye-encoder ye-photoelectric ithatha imodyuli ekhethekileyo ye-hardware, eyakhelwe ngaphakathi kwinqanaba le-24 lokucoca, eyenza ukuhluzwa kweplastiki kwi-pulse signal efunyenweyo, ukuthintela ukubalwa kwempazamo okubangelwa ukwenzeka kokuphazamiseka kwe-pulse kwinkqubo yokufumana i-pulse, kunye ngokusebenzayo ngakumbi ukuqinisekisa ukuchaneka kwesikhundla, ukwenzela ukuba inkqubo yokufumana i-pulse pulse inokusebenza ngokuzinzileyo nangokuthembekileyo.

5. Cukulawula ukuphunyezwa kwemisebenzi esisiseko
I-chip ye-ASIC ezinikeleyo yabelana ngomsebenzi wesampuli, ukubeka iliso kwimeko kunye nochungechunge lwe-peripheral, kunye nonxibelelwano kunye nomsebenzi ohambelanayo ukusuka kwimodyuli ye-hardware yangaphakathi ukuqonda, ngoko i-DSC inokugxila kulawulo olungaphezulu lomsebenzi wokubala we-PID njengomzimba oyintloko, kungekhona nje kuphela. ethembekileyo ngakumbi, kunye nesantya sokuphendula ngokukhawuleza, okwenza inkqubo yethu ngepaneli yokulawula iphantsi yokusebenza igqibe ukulungiswa kwe-PID kunye nemveliso yokulawula, Ukulawulwa kwe-loop evaliweyo kufezekiswa emazantsi enkqubo.

Iimpawu zokusebenza kwesoftware

I-interface yomsebenzisi isekela inkqubo yeWindows, i-real-time curve display and processing, iigraphics, imodyuli ye-software structure, ukugcinwa kwedatha kunye nokucubungula ngokusekelwe kwi-database ye-MS-ACCESS, kulula ukudibanisa ne-software ye-OFISI.

1. Indlela yolawulo lwemigangatho yamalungelo abasebenzisi:
Emva kokungena komsebenzisi, inkqubo ivula imodyuli yokusebenza ehambelanayo ngokwegunya layo. Umlawuli ophezulu unegunya eliphezulu, unokuqhuba ulawulo lwegunya lomsebenzisi, kubaqhubi abahlukeneyo ukugunyazisa iimodyuli zokusebenza ezahlukeneyo.

2. Hnjengomsebenzi wokulawula uvavanyo olunamandla, iyunithi yovavanyo inokumiselwa ngokweemfuno zayo nayiphi na.
Ngokwemigangatho eyahlukeneyo inokuhlelwa ngokwenkqubo yovavanyo ehambelanayo, nje ukuba isikimu sovavanyo esihambelanayo sikhethwe ngexesha lovavanyo, unokugqiba uvavanyo ngokweemfuno eziqhelekileyo, kwaye ukhuphe ingxelo yovavanyo ehlangabezana neemfuno eziqhelekileyo. Inkqubo yovavanyo kunye nesimo sesixhobo sokubonisa ixesha langempela, njengale: isimo sezixhobo zokusebenza, amanyathelo okusebenza kokulawula inkqubo, nokuba i-extensometer switch igqityiwe, njl.

3. Umsebenzi wokuhlalutya i-curve enamandla
Iigophe ezininzi ezifana nokuguqulwa komthwalo kunye nexesha lokulayisha zingakhethwa ukubonisa i-curves enye okanye ngaphezulu ngexesha lokwenyani. Isampulu ekwisikhundla esiphezulu segophe leqela linokusebenzisa umahluko wombala owahlukileyo, ijika elijikayo kunye negophe lovavanyo inokuba lucazululo lolwandiso lwendawo olungenamkhethe, kunye nokuxhasa okubonisiweyo kwigophe lovavanyo kunye nokuleyibhelishwa kwamanqaku ophawu ngalunye, kungenziwa ngokuzenzekelayo okanye ngesandla kwigophe. uhlalutyo lothelekiso, ukuphawula amanqaku egophe nako kunokushicilela kwingxelo yovavanyo.

4. Ukugcinwa ngokuzenzekelayo kwedatha yokuvavanya ukuphepha ukulahleka kwedatha yovavanyo olubangelwa ngengozi.
Inomsebenzi wemibuzo entsonkothileyo yedatha yovavanyo, enokukhangela ngokukhawuleza idatha yovavanyo egqityiweyo kunye neziphumo ngokweemeko ezahlukeneyo, ukuze kuqondwe ukuvela kwakhona kweziphumo zovavanyo. Iyakwazi nokuvula idatha yeskimu sovavanyo olufanayo oluqhutywe ngexesha elahlukileyo okanye iibhetshi zohlalutyo oluthelekisayo. Umsebenzi wogcino lwedatha unokugcinwa idatha egcinwe ngokwahlukeneyo kwaye ijongwe.

5. Ukufikelela kwi-MS-Access kwifomathi yogcino lwesiseko sedatha kunye nobuchule bokwandiswa kwesoftware
Undoqo we-software ye-DSC-10LG isekelwe kwisiseko sedatha ye-MS-Access, enokuthi ijongane ne-software ye-Ofisi kwaye igcine ingxelo kwifomathi yeLizwi okanye ifomathi ye-Excel. Ukongezelela, idatha yokuqala ingavulwa, abasebenzisi banokujonga idatha yokuqala ngokusebenzisa isiseko sedatha, baququzelele uphando lwezinto eziphathekayo, banike umdlalo opheleleyo ekusebenzeni kwedatha yokulinganisa.

6. Ngemitha yokwandisa unokufumana ngokuzenzekelayo 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 kunye nezinye iiparitha zovavanyo, iiparamitha zingasetwa ngokukhululekileyo, kwaye Ungaprinta igrafu.

7. Cukusetwa emva kwesivuno ukususa umsebenzi we-extensometer
Isoftware ye-DSC-10LG inquma ngokuzenzekelayo ukuba i-deformation itshintshelwe ekuqokeleleni ukufuduka emva kokuba isivuno sesampuli siphelile, kwaye ikhumbuza umsebenzisi kwibha yolwazi ukuba "i-deformation switch iphelile, kwaye i-extensometer inokususwa".

8. Aukubuya kwe-utomatic: umqadi ohambayo unokubuyela ngokuzenzekelayo kwindawo yokuqala yovavanyo.
9. AUlungelelwaniso lwe-utomatic: umthwalo, ubude bunokulungelelaniswa ngokuzenzekelayo ngokwexabiso eliqhelekileyo elongezelelweyo.
10. Rimo ye-ange: uluhlu olupheleleyo aluhlelwanga
(1) Iyunithi yemodyuli: iintlobo ngeentlobo zezincedisi eziguquguqukayo, iimodyuli zehardware yombane ukuququzelela ukwandiswa komsebenzi kunye nokugcinwa;
(2) ukutshintshela ngokuzenzekelayo: ijika lokuvavanya ngokuhambelana namandla ovavanyo kunye nokuguqulwa kobungakanani boluhlu lokuguqulwa oluzenzekelayo.