Injin Gwajin Kayan Aiki na Duniya YY–UTM-01A
Ana amfani da wannan injin don tensile na ƙarfe da wanda ba ƙarfe ba (gami da kayan haɗin gwiwa), matsewa, lanƙwasawa, yankewa, barewa, tsagewa, kaya, shakatawa, sake daidaitawa da sauran abubuwa na binciken nazarin aikin gwaji, ana iya samun REH, Rel, RP0.2, FM, RT0.5, RT0.6, RT0.65, RT0.7, RM, E da sauran sigogin gwaji ta atomatik. Kuma bisa ga GB, ISO, DIN, ASTM, JIS da sauran ƙa'idodi na cikin gida da na ƙasashen waje don gwaji da samar da bayanai.
(1) Sigogin aunawa
1. Matsakaicin ƙarfin gwaji: 10kN, 30kN, 50kN, 100kN
(ana iya ƙara ƙarin na'urori masu auna ƙarfi don faɗaɗa kewayon auna ƙarfi)
2. Matakin daidaito: Matakin 0.5
3. Matsakaicin ƙarfin gwajin: 0.4% ~ 100%FS (cikakken sikelin)
4. Ƙarfin gwajin ya nuna kuskuren ƙimar: ƙimar da aka nuna a cikin ±0.5%
5. Ƙarfin gwajin: matsakaicin ƙarfin gwajin ±1/300000
Ba a rarraba dukkan tsarin ba, kuma ƙudurin gaba ɗaya ba ya canzawa.
6. Matsakaicin auna canjin yanayi: 0.2% ~ 100%FS
7. Kuskuren ƙimar canzawa: nuna ƙimar a cikin ±0.5%
8. Ƙudurin nakasassu: 1/200000 na matsakaicin nakasassu
Har zuwa 1 cikin 300,000
9. Kuskuren ƙaura: cikin ±0.5% na ƙimar da aka nuna
10. Ƙarfin ƙaura: 0.025μm
(2) Sigogi na sarrafawa
1. Matsakaicin daidaita saurin sarrafa ƙarfi: 0.005 ~ 5%FS/ S
2. Daidaiton sarrafa ƙimar iko:
Ƙimar <0.05%FS/s, cikin ±2% na ƙimar da aka saita,
Ƙimar ≥0.05%FS/S, cikin ±0.5% na ƙimar da aka saita;
3. Matsakaicin daidaita saurin canzawa: 0.005 ~ 5%FS/ S
4. Daidaiton sarrafa ƙimar canjin yanayi:
Ƙimar <0.05%FS/s, cikin ±2% na ƙimar da aka saita,
Ƙimar ≥0.05%FS/S, cikin ±0.5% na ƙimar da aka saita;
5. Tsarin daidaita saurin ƙaura: 0.001 ~ 500mm/min
6. Daidaiton sarrafa ƙimar ƙaura:
Idan gudun bai wuce 0.5mm/min ba, a cikin ±1% na ƙimar da aka saita,
Idan gudun ya kai ≥0.5mm/min, cikin ±0.2% na ƙimar da aka saita.
(3) Sauran sigogi
1. Faɗin gwaji mai inganci: 440mm
2. Ingancin bugun miƙewa: 610mm (gami da kayan shimfiɗa wedge, ana iya keɓance shi gwargwadon buƙatar mai amfani)
3. Motsin motsi: 970mm
4. Babban girma (tsawon × faɗi × tsayi):(820×620×1880) mm
5. Nauyin mai masaukin baki: kimanin 350Kg
6. Wutar Lantarki: 220V, 50HZ, 1KW
(1) Tsarin aikin injiniya:
Babban firam ɗin ya ƙunshi tushe, katako biyu masu tsayayye, katako mai motsi, ginshiƙai huɗu da tsarin firam ɗin gantry guda biyu; Tsarin watsawa da lodawa yana amfani da injin AC servo da na'urar rage gear mai daidaitawa, wanda ke tura sukurori mai daidaito don juyawa, sannan ya tura katako mai motsi don cimma lodi. Injin yana da kyakkyawan siffa, kwanciyar hankali mai kyau, juriya mai yawa, daidaiton sarrafawa mai yawa, ingantaccen aiki mai yawa, ƙarancin hayaniya, tanadin kuzari da kariyar muhalli.
Tsarin sarrafawa da aunawa:
Wannan na'urar ta yi amfani da tsarin sarrafa madaukin dijital na DSC-10 mai inganci don sarrafawa da aunawa, ta amfani da kwamfuta don gwada tsari da gwajin nuni mai motsi na lanƙwasa, da sarrafa bayanai. Bayan ƙarshen gwajin, ana iya faɗaɗa lanƙwasa ta hanyar tsarin sarrafa zane don nazarin bayanai da gyara su, aikin ya kai matakin ci gaba na duniya.
1.Realize musamman motsi, nakasawa, da kuma saurin rufe madauri.A lokacin gwajin, ana iya canza saurin gwajin da hanyar gwaji cikin sauƙi don sanya tsarin gwajin ya zama mai sassauƙa da mahimmanci;
2. Kariya mai matakai da yawa: tare da aikin kariya mai matakai biyu na software da hardware, zai iya cimma nauyin injin gwaji, yawan aiki, yawan ƙarfin lantarki, ƙarancin wutar lantarki, saurin, iyaka da sauran hanyoyin kariya ta aminci;
3. Tashar juyawa mai sauri mai girman bit 24, ingantaccen ƙudurin lambar har zuwa ± 1/300000, don cimma rashin rarrabuwa na ciki da waje, kuma duk ƙudurin ba ya canzawa;
4. Sadarwar USB ko serial, watsa bayanai yana da karko kuma abin dogaro, ƙarfin hana tsangwama;
5. Yana ɗaukar tashoshin kama siginar bugun jini guda uku (siginar bugun jini guda uku siginar motsawa ce guda 1 da kuma siginar nakasawa guda biyu bi da bi), kuma yana ɗaukar fasahar mitar sau huɗu mafi ci gaba don faɗaɗa adadin bugun jini mai tasiri sau huɗu, yana inganta ƙudurin siginar sosai, kuma mafi girman mitar kamawa shine 5MHz;
6. Siginar tuƙi ta dijital ta injin servo hanya ɗaya, mafi girman mitar fitarwa ta PWM shine 5MHz, mafi ƙarancin shine 0.01Hz.
1. Tsarin sarrafa DSC-10 na dijital mai rufewa gaba ɗaya
Tsarin sarrafa madaukin dijital na DSC-10 cikakken tsarin sarrafa injin gwaji ne wanda kamfaninmu ya haɓaka. Yana ɗaukar guntuwar sarrafa ƙwararru mafi ci gaba na injin servo da tsarin tattara bayanai da sarrafawa ta tashoshi da yawa, wanda ke tabbatar da daidaiton samfurin tsarin da aiki mai sauri da inganci, kuma yana tabbatar da ci gaban tsarin. Tsarin tsarin yana ƙoƙarin amfani da tsarin kayan aiki don tabbatar da daidaito da amincin samfurin.
2. Dandalin sarrafawa mai inganci da ƙwarewa
An sadaukar da DSC ga sarrafa IC ta atomatik, na ciki haɗin DSP+MCU ne. Yana haɗa fa'idodin saurin aiki na DSP da ƙarfin ikon MCU na sarrafa tashar I/O, kuma aikinta gabaɗaya ya fi na DSP ko MCU mai bit 32 kyau. Haɗin cikinsa na kayan aikin sarrafa injin hardware da ake buƙata, kamar: PWM, QEI, da sauransu. Babban aikin tsarin gaba ɗaya yana da garantin ta hanyar kayan aikin hardware, wanda ke tabbatar da aminci da kwanciyar hankali na tsarin.
3. Yanayin samfurin layi ɗaya bisa kayan aiki
Wani abin burgewa na wannan tsarin shine amfani da guntu na ASIC na musamman. Ta hanyar guntu na ASIC, ana iya tattara siginar kowace na'urar gwaji ta hanyar daidaitawa, wanda hakan ya sa mu zama na farko a China da muka fahimci ainihin yanayin samfurin da aka yi daidai da kayan aiki, kuma yana guje wa matsalar rashin daidaituwar kaya da nakasa sakamakon ɗaukar lokaci na kowane tashar firikwensin a baya.
4. Aikin tace kayan aiki na siginar bugun jini
Tsarin siyan matsayi na na'urar daukar hoto ta amfani da na'urar kayan aiki ta musamman, matattarar matakai 24 da aka gina a ciki, wacce ke yin tace filastik akan siginar bugun da aka samu, tana guje wa ƙidayar kurakuran da suka faru sakamakon bugun tsangwama a cikin tsarin siyan bugun matsayi, da kuma tabbatar da daidaiton matsayi yadda ya kamata, don haka tsarin siyan bugun matsayi zai iya aiki cikin kwanciyar hankali da aminci.
5. Csarrafa aiwatar da ayyuka na asali
Kwamfutar ASIC da aka keɓe tana raba aikin samfurin, sa ido kan yanayi da jerin abubuwan da ke kewaye, da sadarwa da sauransu akan aikin da ya shafi daga kayan aikin ciki don cimmawa, don haka DSC za ta iya mai da hankali kan ƙarin aikin lissafin PID na sarrafawa kamar babban jiki, ba wai kawai ya fi aminci ba, kuma saurin amsawar sarrafawa yana da sauri, wanda ke sa tsarinmu ta hanyar kwamitin kulawa yana kammala aikin PID da fitarwa na sarrafawa. Ana gano ikon rufe madauki a ƙasan tsarin.
Tsarin amfani yana tallafawa tsarin Windows, nuni da sarrafawa na lokaci-lokaci, zane-zane, tsarin software na modular, adana bayanai da sarrafawa bisa ga bayanan MS-ACCESS, mai sauƙin haɗawa da software na OFFICE.
1. Yanayin gudanar da tsare-tsare na haƙƙin mai amfani:
Bayan mai amfani ya shiga, tsarin yana buɗe sashin aikin aiki daidai gwargwado bisa ga ikonsa. Babban mai gudanarwa yana da mafi girman iko, yana iya gudanar da gudanar da ikon mai amfani, ga masu aiki daban-daban don ba da izinin sassan aiki daban-daban.
2. Ha matsayin aikin sarrafa gwaji mai ƙarfi, ana iya saita sashin gwajin bisa ga buƙatun kowane.
Dangane da ƙa'idodi daban-daban, ana iya gyara su bisa ga tsarin gwaji mai dacewa, matuƙar an zaɓi tsarin gwaji mai dacewa yayin gwajin, za ku iya kammala gwajin bisa ga ƙa'idodin da aka saba, sannan ku fitar da rahoton gwajin da ya cika buƙatun da aka saba. Tsarin gwaji da yanayin kayan aiki a ainihin lokaci nuni, kamar: yanayin gudanar da kayan aiki, matakan aikin sarrafa shirye-shirye, ko an kammala makullin extensometer, da sauransu.
3. Aikin nazarin lanƙwasa mai ƙarfi
Ana iya zaɓar lanƙwasa da yawa kamar na'urar canzawa da lokacin ɗaukar kaya don nuna lanƙwasa ɗaya ko fiye a ainihin lokaci. Samfurin da ke cikin lanƙwasa rukuni ɗaya na iya amfani da bambancin launi daban-daban, lanƙwasa mai wucewa da lanƙwasa na gwaji na iya zama nazarin haɓaka gida na ba bisa ƙa'ida ba, kuma yana tallafawa abin da aka nuna akan lanƙwasa gwaji da kuma yiwa kowane maki alama, ana iya zama ta atomatik ko da hannu akan lanƙwasa ɗaukar nazarin kwatantawa, ana yiwa alamun maki na lanƙwasa alama kuma ana iya bugawa a cikin rahoton gwaji.
4. Ajiye bayanan gwaji ta atomatik don guje wa asarar bayanan gwaji da haɗari ya haifar.
Yana da aikin binciken bayanai masu ban mamaki, wanda zai iya bincika bayanan gwaji da sakamako cikin sauri bisa ga yanayi daban-daban, don a sake gano sake bayyanar sakamakon gwaji. Hakanan yana iya buɗe bayanan tsarin gwaji iri ɗaya da aka gudanar a cikin lokaci daban-daban ko rukuni don nazarin kwatantawa. Hakanan ana iya adana aikin madadin bayanai daban-daban kuma a duba su.
5. Tsarin ajiyar bayanai na MS-Access da kuma ikon faɗaɗa software
Tushen manhajar DSC-10LG ya dogara ne akan rumbun adana bayanai na MS-Access, wanda zai iya haɗawa da manhajar Office da kuma adana rahoton a cikin tsarin Word ko Excel. Bugu da ƙari, ana iya buɗe bayanan asali, masu amfani za su iya duba bayanan asali ta hanyar rumbun adana bayanai, sauƙaƙe bincike na kayan aiki, da kuma ba da cikakken bayani game da ingancin bayanan aunawa.
6. Tare da mitar tsawo, na'urar za ta iya samun REH, REL, RP0.2, FM, RT0.5, RT0.6, RT0.65, RT0.7, RM, E da sauran sigogin gwaji ta atomatik, ana iya saita sigogi kyauta, kuma ana iya buga jadawalin.
7. Can saita bayan amfanin ƙasa don cire aikin extensometer
Manhajar DSC-10LG ta atomatik tana tantance cewa an canza canjin zuwa tarin ƙaura bayan an gama amfani da samfurin, kuma tana tunatar da mai amfani a cikin sandar bayanai cewa "maɓallin nakasa ya ƙare, kuma ana iya cire na'urar aunawa".
8. Adawowar otomatic: hasken motsi zai iya komawa ta atomatik zuwa matsayin farko na gwajin.
9. ADaidaita utomatic: kaya, elongation za a iya daidaita shi ta atomatik bisa ga ƙimar da aka ƙara.
10. RYanayin age: cikakken kewayon ba a rarraba shi ba
(1) Sashen module: nau'ikan kayan haɗi iri-iri masu sassauƙa, kayan aikin lantarki na zamani don sauƙaƙe faɗaɗa aiki da kulawa;
(2) sauyawa ta atomatik: lanƙwasa gwajin gwargwadon ƙarfin gwaji da nakasa girman kewayon canjin atomatik.
