Gabatarwar Samfur
R09 Injection Molding Robot hannun mutum-mutumi ne mai sarrafa kansa don babban{1}}daidaitaccen gyare-gyaren allura, mai ikon sarrafa kayan aikin filastik, dace da oda mai yawa da kuma iya daidaitawa.
Babban Ma'aunin Fasaha
| Matsayin siga | Ƙayyadaddun Takamaiman |
|---|---|
| Traverse Stroke | 1500 mm |
| Cire - bugun jini | P: 520 / R: 520 mm |
| Buga a tsaye | mm 950 |
| Nau'in Tsayawa | 4 Tsotsa {1} Ciki |
| Maimaita Matsayin Matsayi | ± 0.05 mm |
| Matsakaicin lodi | 8 kg |
| Ƙarfin Ƙarfi | 2.91 KVA |
| Nauyin Kayan aiki | 246 kg |
Fa'idodi da Filayen Aikace-aikace
(I) Abubuwan Amfani
Babban - Madaidaicin Aiki
Robot ɗin R09 Injection Molding Robot yana amfani da cikakken faifan servo, yana samun maimaituwar ± 0.05mm, yana tabbatar da ingantaccen sashi da jeri.
Babban -Aiki mai inganci
Tsarin tashoshi biyu{0}}hannu, dual{1}} yana ba da damar sarrafa kayan aiki lokaci guda a tashoshi daban-daban, tare da lokacin zagayowar daƙiƙa 5.61 kacal da saurin kamawa na daƙiƙa 1.5, yana haɓaka haɓakar samarwa sosai.
Mai ɗorewa
An gina maɓalli na haɗin gwiwa tare da ƙarfe mai tsayin ƙarfe mai juriya da tsayin ƙarfe{2}, yana ba da damar robobin ya ci gaba da aiki har sama da shekaru 8 ba tare da sauya sassa akai-akai ba.
M Gripping
Za a iya sanye take da kofuna na tsotsa guda 4 + 2 na'ura mai ɗaukar hoto, mai ɗaukar kayan aiki na siffofi daban-daban.
(II)Filayen aikace-aikace da Kayayyakin da suka dace
| Nau'in Scenario Application | Takamaiman Abubuwan Aikace-aikacen | Abubuwan da za a iya daidaita su |
|---|---|---|
| Injection Molding Automation | Kayayyakin filastik daban-daban (misali, gidajen kayan aikin gida, sassan tsarin lantarki na 3C, yau da kullun{3}}amfani da sassan filastik) da sharar gudu | Robobin injiniya da na gaba ɗaya {{0} robobin maƙasudi kamar su ABS, PP, PE, PC, da PA; masu jituwa tare da kayan aikin da aka samar ta hanyar mai gudu mai zafi da sanyi mai gudu |
| Samar da Sassan Motoci | Sassan ciki na motoci (bankunan kayan aiki, ɓangarorin ƙofa, ginshiƙan ginshiƙan ginshiƙai), sassa na waje (grilles, tsiri datsa), da gidajen kayan lantarki | Yanayi{0} robobi masu juriya, tasiri - robobi da aka gyara, da ƙananan -VOC kayan filastik masu dacewa da muhalli |
| 3C Masana'antar Lantarki | Tsakanin firam ɗin wayar hannu, gidajen kwamfutar tafi-da-gidanka, masu haɗawa, maƙallan kyamara, da sauran ingantattun sassan allura{0} | Filayen robobi na musamman da aka gyaggyarawa irin su filayen gilashi{0}}ƙarfafa robobi, harshen wuta{1}} robobi masu ɗorewa, da manyan robobi masu sheki- |
(III)A kan -Site na Kwaikwayo da Rufe Tsarin - Nuni
Hoto 2.1 Akan - Shafi na Yanar Gizo
Koyar da abin wuya
Tada tushe
Hoto 2.2 Rufe - sama da zane na kowane bangare
Gudun Aiki na Manipulator Molding Manipulator:
Jira da Fara: Mai amfani yana jira a wuri mai aminci. Bayan injin yin gyare-gyaren allura ya gama allura, riƙe da matsa lamba, da buɗe gyare-gyare, ta karɓi ɓangaren{1}} ɗaukar siginar kuma ta fara gudana.
Madaidaicin Matsayi: Ƙaƙƙarfan axis da cire{0} waje suna motsawa tare da juna don fitar da hannaye biyu zuwa saman kogon ƙura. Tsarin yana sanya kayan aiki daidai a matsayin manufa dangane da daidaitawar da aka saita da kuma ramuwa na gani.
Kamuwa da bangare: Silinda kayan aiki yana aiki, tare da 4-suction da 2-gripping inji aiki lokaci guda. Matsakaicin tsotsa kofuna suna adsorb da saman workpiece, da kuma gripping hanyoyin manne gefuna na workpiece don tabbatar da barga gripping.
Janye Lafiya: Fitar da -arfin waje yana korar hannaye biyu don ja da baya, yana raba cikakken kayan aiki da ƙirar. Sa'an nan ƙananan axis da raƙuman axis suna haɗi don jigilar kayan aiki zuwa matsayi na musamman.
Saki & Sake saiti: Kayan aiki yana sakin kayan aiki, kuma makamai biyu sun koma wurin jiran aiki tare da hanyar asali, suna jiran siginar buɗewa na gaba na gaba daga na'urar gyare-gyaren allura don kammala aikin guda ɗaya.
Shawarwari don Amfani da Kayan aiki
Bukatun Daidaita Muhalli
Za a yi amfani da kayan aikin a cikin yanayin bita akai-akai - ba tare da ƙura mai nauyi da girgiza ba. Ana bada shawara don sarrafa yanayin zafi a 5-40 digiri da kuma dangi zafi a 30% -80%. Amintaccen filin aiki wanda ya fi ko daidai da 1.5m za'a tanada shi a kusa da injin gyare-gyaren allura. Dole ne a samar da tsarin samar da wutar lantarki tare da tashar ƙasa mai zaman kanta, kuma za a sarrafa kewayon jujjuyawar wutar lantarki a cikin ± 10%.
Wuraren ƙaddamarwa na farko
Ƙirƙirar daidaitawar asalin mahaɗin, cire{0}, da gatura na tsaye, da gwada iyakokin motsi da iyakoki masu laushi na kowane axis. Daidaita matsa lamba adsorption vacuum (0.4-0.5 MPa) da kuma matsawa na kayan aiki; tabbatar da yanayin motsin haɗin gwiwa na makamai biyu don tabbatar da rashin tsangwama ko tashin hankali yayin aiki mai girma{4}}.
Abubuwan Kulawa Kullum
Kafin aikin yau da kullun: Bincika lalacewa na kofuna na tsotsawa da matsa lamba na silinda mai daidaitawa, da kuma tsaftace tarkacen filastik a kan abin da aka gyara.Kulawar mako-mako: Aiwatar da man shafawa zuwa hanyoyin watsawa na karkata/cire gatura, duba matakin man mai na mai ragewa, sannan a danne duk kulli masu haɗawa.
Shawarwari Mai Zurfi na Kullum
Binciken wata-wata: Bincika magoya bayan zafin zafi na servo Motors da direbobi, da hatimi na haɗin bututun iska, da kuma gwada ma'auni mai mahimmanci na maɓallin dakatar da gaggawa da labulen aminci.
Daidaita kwata-kwata: Sake daidaita daidaiton matsayi na maimaitawa na kowane axis (kuskure Kasa da ko daidai da ± 0.05 mm) kuma duba daidaitattun kayan aiki.
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