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Umfanekiso oBonisiweyo woMatshini woVavanyo lweZinto eziDibeneyo we-YY–UTM-01A
  • Umatshini wovavanyo lwezinto ezisetyenziswa kwihlabathi liphela we-YY–UTM-01A

Umatshini wovavanyo lwezinto ezisetyenziswa kwihlabathi liphela we-YY–UTM-01A

Inkcazo emfutshane:

Lo matshini usetyenziselwa isinyithi kunye ne-non-metal (kubandakanya izinto ezidityanisiweyo) ukuxinana, ukucinezela, ukugoba, ukucheba, ukukrazula, ukukrazula, umthwalo, ukuphumla, ukubuyisela kunye nezinye izinto zophando lovavanyo lokusebenza oluzinzileyo, 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 iiparameter zovavanyo. Kwaye ngokwe-GB, i-ISO, i-DIN, i-ASTM, i-JIS kunye neminye imigangatho yasekhaya neyehlabathi yokuvavanya nokubonelela ngedatha.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Izicelo

Lo matshini usetyenziselwa isinyithi kunye ne-non-metal (kubandakanya izinto ezidityanisiweyo) ukuxinana, ukucinezela, ukugoba, ukucheba, ukukrazula, ukukrazula, umthwalo, ukuphumla, ukubuyisela kunye nezinye izinto zophando lovavanyo lokusebenza oluzinzileyo, 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 iiparameter zovavanyo. Kwaye ngokwe-GB, i-ISO, i-DIN, i-ASTM, i-JIS kunye neminye imigangatho yasekhaya neyehlabathi yokuvavanya nokubonelela ngedatha.

Iiparameters zobugcisa

(1) Iiparamitha zokulinganisa
1. Amandla ovavanyo aphezulu: 10kN, 30kN, 50kN, 100kN
(kunokongezwa ezinye izinzwa ukuze kwandiswe uluhlu lokulinganisa amandla)
2. Inqanaba lokuchaneka: Inqanaba le-0.5
3. Uluhlu lokulinganisa amandla ovavanyo: 0.4% ~ 100%FS (isikali esipheleleyo)
4. Impazamo yexabiso elibonisiweyo lamandla ovavanyo: ixabiso elibonisiweyo lingaphakathi kwe-±0.5%
5. Isisombululo samandla ovavanyo: amandla ovavanyo aphezulu yi-±1/300000

Yonke le nkqubo ayihlelwanga, kwaye yonke i-resolution ayitshintshanga.

6. Uluhlu lokulinganisa ukuguquka: 0.2% ~ 100% FS
7. Impazamo yexabiso lokuguquguquka: bonisa ixabiso ngaphakathi kwe-±0.5%
8. Isisombululo sokuguquguquka: 1/200000 yokuguquguquka okuphezulu
Ukuya kuthi ga kwi-1 kwi-300,000
9. Impazamo yokufuduka: ngaphakathi kwe-±0.5% yexabiso elibonisiweyo
10. Isisombululo sokufuduka: 0.025μm

(2) Iiparamitha zolawulo
1. Uluhlu lohlengahlengiso lwezinga lolawulo lwamandla: 0.005 ~ 5%FS/ S
2. Ukuchaneka kokulawula izinga lokulawula ngamandla:
Izinga < 0.05%FS/s, ngaphakathi kwe-±2% yexabiso elibekiweyo,
Izinga ≥0.05%FS/ S, ngaphakathi kwe-±0.5% yexabiso elibekiweyo;
3. Uluhlu lohlengahlengiso lwezinga lokuguquguquka: 0.005 ~ 5%FS/ S
4. Ukuchaneka kokulawula izinga lokuguquguquka:
Izinga < 0.05%FS/s, ngaphakathi kwe-±2% yexabiso elibekiweyo,
Izinga ≥0.05%FS/ S, ngaphakathi kwe-±0.5% yexabiso elibekiweyo;

5. Uluhlu lohlengahlengiso lwezinga lokufuduka: 0.001 ~ 500mm/min
6. Ukuchaneka kokulawula izinga lokufuduka:
Xa isantya singaphantsi kwe-0.5mm/min, ngaphakathi kwe-±1% yexabiso elibekiweyo,
Xa isantya singaphezulu kwe-0.5mm/min, singaphakathi kwe-±0.2% yexabiso elibekiweyo.

(3) Ezinye iiparameter
1. Ububanzi bovavanyo olusebenzayo: 440mm
2. Ukujija okusebenzayo: 610mm (kubandakanya isixhobo sokujija esijijekileyo, singenziwa ngokwezifiso ngokweemfuno zomsebenzisi)
3. Ukubetha kwentshukumo yeBeam: 970mm
4. Ubukhulu obuphambili (ubude × ububanzi × ukuphakama): (820×620×1880) mm
5. Ubunzima bomsingathi: malunga ne-350Kg
6. Umbane: 220V, 50HZ, 1KW

Iimpawu Zokusebenza

(1) Ulwakhiwo lwenkqubo yoomatshini:
Isakhelo esiphambili senziwe ikakhulu sisiseko, imiqadi emibini esisigxina, umqadi ohambayo, iikholamu ezine kunye nesakhiwo sesakhelo se-screw gantry ezimbini; Inkqubo yokudlulisa nokulayisha isebenzisa i-AC servo motor kunye nesixhobo sokunciphisa iigiya ezihambelanayo, esiqhuba isikrufu sebhola esichanekileyo esiphakamileyo ukuba sijikeleze, size emva koko siqhube umqadi ohambayo ukuze kufezekiswe umthwalo. Umatshini unesimo esihle, uzinzo oluhle, ubulukhuni obuphezulu, ukuchaneka kolawulo oluphezulu, ukusebenza kakuhle okuphezulu, ingxolo ephantsi, ukonga amandla kunye nokukhuselwa kwendalo.

Inkqubo yokulawula kunye nokulinganisa：

ii-asdsadasds 

Lo matshini usebenzisa inkqubo yolawulo lwe-DSC-10 epheleleyo yedijithali evaliweyo yokulawula nokulinganisa, usebenzisa ikhompyutha ukuvavanya inkqubo kunye nokuvavanya umboniso oguqukayo wejika, kunye nokucubungula idatha. Emva kokuphela kovavanyo, ijika lingandiswa ngemodyuli yokucubungula imizobo ukuze kuhlalutywe kwaye kuhlelwe idatha, ukusebenza kufikelele kwinqanaba eliphezulu lamazwe ngamazwe.

1.Ryenza kube lula ukufuduka okukhethekileyo, ukuguqulwa, ulawulo lwesantya oluvaliweyo.Ngexesha lovavanyo, isantya sovavanyo kunye nendlela yovavanyo zinokutshintshwa ngokulula ukuze kwenziwe inkqubo yovavanyo ibe bhetyebhetye ngakumbi kwaye ibe namandla ngakumbi;
2. Ukhuseleko olunemigangatho emininzi: ngesoftware kunye nomsebenzi wokhuseleko olunamanqanaba amabini, lunokufezekisa ubuninzi bomatshini wokuvavanya, umbane ogqithisileyo, umbane ogqithisileyo, umbane ongaphantsi, isantya, umda kunye nezinye iindlela zokukhusela ukhuseleko;
3. Itshaneli yokuguqula i-A/D enesantya esiphezulu ye-24-bit, isisombululo sekhowudi esisebenzayo ukuya kuthi ga kwi-± 1/300000, ukufezekisa ukungahlelwanga kwangaphakathi nangaphandle, kwaye isisombululo sonke asitshintshi;

4. Unxibelelwano lwe-USB okanye oluhamba nge-serial, ukuhanjiswa kwedatha kuzinzile kwaye kuthembekile, kunamandla okulwa nokuphazamiseka;
5. Yamkela iindlela ezintathu zokubamba imiqondiso ye-pulse (iimpawu ze-pulse ezi-3 ziyisignali enye yokufuduka kunye nezimbini ezinkulu ze-deformation ngokulandelelana), kwaye yamkela ubuchwepheshe be-frequency obuphambili obuphindwe kane ukwandisa inani lee-pulse ezisebenzayo ngokuphindwe kane, iphucula kakhulu isisombululo sesignali, kwaye i-frequency ephezulu yokubamba yi-5MHz;
6. Isignali ye-drive yedijithali ye-servo motor enye, i-frequency ephezulu yemveliso ye-PWM yi-5MHz, eyona iphantsi yi-0.01Hz.

Iingenelo zobugcisa zenkqubo yolawulo kunye nokulinganisa

1. Inkqubo yolawulo lwe-DSC-10 olusebenza ngedijithali kuphela
Inkqubo yolawulo lwe-DSC-10 epheleleyo yedijithali evaliweyo yinkqubo yolawulo lobuchwephesha boomatshini bokuvavanya eyenziwe yinkampani yethu. Yamkela i-chip yokulawula yobungcali ephucukileyo ye-servo motor kunye nemodyuli yokufumana idatha kunye nokucubungula idatha eneendlela ezininzi, eqinisekisa ukuhambelana kwesampulu yenkqubo kunye nomsebenzi wolawulo okhawulezayo nosebenzayo, kwaye iqinisekisa ukuqhubela phambili kwenkqubo. Uyilo lwenkqubo luzama ukusebenzisa imodyuli yehardware ukuqinisekisa uzinzo kunye nokuthembeka kwemveliso.

2. Iqonga lolawulo elisebenzayo nelinobuchule
I-DSC izinikele kwi-IC yokulawula ngokuzenzekelayo, eyangaphakathi yindibaniselwano ye-DSP+MCU. Idibanisa iingenelo zesantya sokusebenza esikhawulezayo se-DSP kunye nokukwazi kwayo ukulawula izibuko le-I/O, kwaye ukusebenza kwayo ngokubanzi ngokucacileyo kungcono kune-DSP okanye i-32-bit MCU. Ukuhlanganiswa kwayo kwangaphakathi kweemodyuli zolawulo lweemoto zehardware kufuna, ezinje nge: PWM, QEI, njl. Ukusebenza okuphambili kwenkqubo kuqinisekiswa ngokupheleleyo yimodyuli yehardware, eqinisekisa ukusebenza okukhuselekileyo nokuzinzileyo kwenkqubo.

3. Imo yokuvavanya isampulu esekwe kwi-hardware
Enye into eqaqambileyo kule nkqubo kukusetyenziswa kwetshiphusi ekhethekileyo ye-ASIC. Ngetshiphusi ye-ASIC, isignali yesenzi ngasinye somatshini wokuvavanya inokuqokelelwa ngokulandelelana, nto leyo esenza sibe ngabokuqala eTshayina ukufezekisa imo yokwenyani yesampulu esekwe kwi-hardware, kwaye iphephe ingxaki yokudibanisa umthwalo kunye nokuguquguquka okubangelwa kukuthatha isampuli yokwabelana ngexesha kwetshaneli nganye yesenzi kwixesha elidlulileyo.

4. Umsebenzi wokucoca izixhobo zekhompyutha wesignali ye-pulse yesikhundla
Imodyuli yokufumana indawo ye-photoelectric encoder isebenzisa imodyuli ekhethekileyo yehardware, isihluzi esakhelwe ngaphakathi esinamanqanaba angama-24, esenza ukucoca ngeplastiki kwisignali ye-pulse efunyenweyo, iphephe inani leempazamo ezibangelwa kukwenzeka kokuphazamiseka kwe-pulse kwinkqubo yokufumana i-pulse yesikhundla, kwaye iqinisekise ngokuchaneka kwesikhundla, ukuze inkqubo yokufumana i-pulse yesikhundla isebenze ngokuzinzileyo nangokuthembekileyo.

5. Clawula ukuphunyezwa kwemisebenzi okusisiseko
I-chip ye-ASIC ezinikeleyo yabelana ngomsebenzi wesampulu, ukujonga imeko kunye nothotho lwezinto ezijikeleze i-peripheral, kunye nonxibelelwano kunye nomsebenzi onxulumeneyo ukusuka kwimodyuli yangaphakathi yehardware ukuze ifezekiswe, ukuze i-DSC igxile kumsebenzi wokubala we-PID wolawulo olungaphezulu njengomzimba oyintloko, ayithembeki nje kuphela, kwaye isantya sempendulo yolawulo sikhawuleze, nto leyo eyenza inkqubo yethu isebenze phantsi kwephaneli yokulawula igqibezele uhlengahlengiso lwe-PID kunye nemveliso yokulawula, Ulawulo lwe-loop oluvaliweyo luqatshelwa ezantsi kwenkqubo.

Iimpawu zokusebenza kwesoftware

I-interface yomsebenzisi ixhasa inkqubo yeWindows, umboniso we-curve wexesha langempela kunye nokucubungula, imizobo, ulwakhiwo lwesoftware yemodyuli, ukugcinwa kwedatha kunye nokucubungula okusekwe kwisiseko sedatha se-MS-ACCESS, kulula ukuqhagamshela nesoftware ye-OFFICE.

1. Indlela yolawulo oluhambelanayo lwamalungelo abasebenzisi:
Emva kokuba umsebenzisi engene, inkqubo ivula imodyuli yomsebenzi wokusebenza ohambelanayo ngokwegunya layo. Umphathi omkhulu unegunya eliphezulu, angenza ulawulo lwegunya lomsebenzisi, kubasebenzi abahlukeneyo ukugunyazisa iimodyuli zokusebenza ezahlukeneyo.

2. HNjengomsebenzi onamandla wolawulo lovavanyo, iyunithi yovavanyo inokuseta ngokweemfuno zayo nayiphi na.
Ngokwemigangatho eyahlukeneyo, ingahlelwa ngokweskimu sovavanyo esihambelanayo, lo gama nje iskimu sovavanyo esihambelanayo sikhethiwe ngexesha lovavanyo, ungagqiba uvavanyo ngokweemfuno ezisemgangathweni, kwaye ukhuphe ingxelo yovavanyo ehlangabezana neemfuno ezisemgangathweni. Inkqubo yovavanyo kunye nesimo sezixhobo sibonisa ngexesha langempela, ezinje: imeko yokusebenza kwezixhobo, amanyathelo olawulo lwenkqubo, nokuba iswitshi ye-extensometer igqityiwe, njl.

3. Umsebenzi onamandla wohlalutyo lwegophe
Ii-curve ezininzi ezifana nokutshintsha umthwalo kunye nexesha lokulayisha zinokukhethwa ukubonisa i-curve enye okanye ezingaphezulu ngexesha langempela. Isampuli kwi-superposition ye-curve yeqela elinye ingasebenzisa umahluko wemibala eyahlukeneyo, i-curve ye-traverse kunye ne-curve yovavanyo inokuba luhlalutyo lwe-amplification lwengingqi olungenanjongo, kwaye luxhase i-curve yovavanyo kunye nokulebhelisha amanqaku eempawu nganye, inokuba ngokuzenzekelayo okanye ngesandla kwi-curve ithathe uhlalutyo oluthelekisayo, ukumaka amanqaku eempawu ze-curve nako kunokuprintwa kwingxelo yovavanyo.

4. Ukugcinwa ngokuzenzekelayo kwedatha yovavanyo ukuze kuthintelwe ukulahleka kwedatha yovavanyo ebangelwe yingozi.
Inomsebenzi wokufuna ulwazi olufihlakeleyo lwedatha yovavanyo, olunokukhangela ngokukhawuleza idatha yovavanyo olugqityiweyo kunye neziphumo ngokweemeko ezahlukeneyo, ukuze kubonakale ukuvela kwakhona kweziphumo zovavanyo. Ingavula idatha yeskimu sovavanyo olufanayo oluqhutywa ngamaxesha ahlukeneyo okanye iibhetshi zohlalutyo oluthelekisayo. Umsebenzi wogcino lwedatha ungagcinwa idatha ngokwahlukeneyo ngaphambili kwaye ijongwe ngokwahlukeneyo.

5. Ifomathi yokugcina idathabheyisi ye-MS-Access kunye nokukwazi ukwandisa isoftware
Eyona nto iphambili kwisoftware ye-DSC-10LG isekelwe kwisiseko sedatha se-MS-Access, esinokudibana nesoftware ye-Office kwaye sigcine ingxelo kwifomathi ye-Word okanye ye-Excel. Ukongeza, idatha yokuqala inokuvulwa, abasebenzisi banokukhangela idatha yokuqala ngesiseko sedatha, benze lula uphando lwezinto ezibonakalayo, banike ukudlala okupheleleyo ekusebenzeni kwedatha yokulinganisa.

6. Ngemitha yokwandisa inokufumana ngokuzenzekelayo i-REH, REL, RP0.2, FM, RT0.5, RT0.6, RT0.65, RT0.7, RM, E kunye nezinye iiparameter zovavanyo, iiparameter zinokusetwa ngokukhululekileyo, kwaye zinokuprinta igrafu.

7. Ci- set emva kwe- yield ukususa umsebenzi we-extensometer
Isoftware ye-DSC-10LG igqiba ngokuzenzekelayo ukuba uguquko lutshintshelwe kwiqoqo lokufuduka emva kokuba isivuno sesampulu siphelile, kwaye ikhumbuza umsebenzisi kwibha yolwazi ukuba "iswitshi yoguquko iphelile, kwaye i-extensometer ingasuswa".

8. Aukubuya okuzenzakalelayo: umqadi oshukumayo unokubuyela ngokuzenzekelayo kwindawo yokuqala yovavanyo.
9. Aukulinganiswa kwe-otomatic: umthwalo, ukunwebeka kunokulinganiswa ngokuzenzekelayo ngokwexabiso eliqhelekileyo elongeziweyo.
10. Rimo ye-ange: uluhlu olupheleleyo aluhlelwanga
(1) Iyunithi yemodyuli: izixhobo ezahlukeneyo zokutshintshana eziguquguqukayo, izixhobo zombane zemodyuli ukwenza lula ukwandiswa komsebenzi kunye nokugcinwa kwawo;
(2) ukutshintsha ngokuzenzekelayo: ijika lovavanyo ngokwendlela amandla ovavanyo kunye nokuguquguquka kobukhulu boluhlu lotshintsho oluzenzekelayo.

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