| Halbeegyada farsamo ee ugu muhiimsan ee HMC1395 xarunta mashiinada jiifka | ||
| Sharaxaada | Unug | Tilmaamaha HMC1395 |
| Cabbirka shaqada | mm | 1400×700/630×630 rotary miiska |
| Culayska ugu badan ee lagu shubayo miiska shaqada | kg | 1000 |
| T-slot (qaybo-ballaaran-fog) | mm / gabal | 5-18-130 |
| dhidibka X safarka | mm | 1300 |
| Y dhidibka safarka | mm | 800 |
| dhidibka Z safarka | mm | 750 |
| Fogaanta laga bilaabo wejiga cidhifka dunta ilaa masaafada xarunta la shaqayn karo | mm | 168-918 |
| Fogaanta laga bilaabo xarunta spindle ilaa miiska shaqada | mm | 260-1060/0-800 |
| Spindle-taper (7:24) | BT 50 φ190 | |
| Xawaaraha lafdhabarta | r/min | 6000 |
| Matoorka lafdhabarta | KW | 15 |
| dhidibka X Xawaaraha quudinta degdega ah | m/min | 15 |
| dhidibka Y Xawaaraha quudinta degdega ah | m/min | 12 |
| dhidibka Z Xawaaraha quudinta degdega ah | m/min | 15 |
| Xawaaraha quudinta | mm/min | 1-10000 |
| Naqshad beddelka Qalabka Auto | Nooca cudud beddelka qalabka auto | |
| Awoodda beddelka aaladda | gabal | 24 |
| Qalab beddelka wakhtiga (qalabka-qalabka) | s | 2.5 |
| Heerka imtixaanka saxda ah | JISB6336-4:2000/ GB/T18400.4-2010 | |
| saxnaanta dhidibka X/Y/Z | mm | ±0.008 |
| dhidibka X/Y/Z Ku celi saxnaanta meelaynta | mm | ±0.005 |
| Cabbirka guud (L×W×H) | mm | 3600×3400×2900 |
| Miisaanka guud | kg | 10000 |
HMC1395 kontaroolaha KND ee saxda ah ee taiwan spindle cnc mashiinka wax lagu shubo ee xarunta mashiinada jiifka
Jidhka sariirta: Jidhka sariirtu waxa uu qaataa shubista togan ee T u qaabaysan oo leh qallafsanaan wanaagsan iyo ilaalin sax ah.Miiska sarrifka iyo manipulator-ka majaladda qalabka ayaa lagu hagaajiyaa jirka sariirta si loo hubiyo adkeynta guud ee qalabka mashiinka. waxa ay leedahay adkaysi ku filan oo joogto ah oo firfircoon iyo xajin sax ah.
Tiirka: Mashiinku wuxuu isticmaalaa qaab-dhismeedka tiirarka firfircoon si uu ugu socdo jidhka sariirta.Saxankeeda feeraha gudaha waxaa lagu falanqeeyay istaatigyada qaab dhismeedka, firfircoonida iyo topology ee unugyo kooban.
Sanduuqa Spindle-ka: Qaab-dhismeedka santuuqa dunta waxaa lagu falanqeeyaa istaatistikada qaab-dhismeedka, dhaqdhaqaaqa iyo topology-ga unugyada xaddidan, iyo qaab-dhismeedka macquulka ah iyo isku-darka feeraha la xoojiyay ayaa xaqiijinaya adkeynta sare ee sanduuqa.
Kursiga shaqada ee labada beddelka ah .Mashiinku wuxuu isticmaalaa dhismaha wiishka APC iyo lulid toos ah.Dhammaan habka is-dhaafsiga goobta shaqada waxay isticmaashaa laba qaybood oo ah dhaqdhaqaaq joogto ah oo kamarad ah oo loogu talagalay beddelka degdegga ah (waqtiga sarrifka: 12.5 ilbiriqsi), taas oo ah mid aad u siman oo leh kalsooni aad u sareysa.
Shaqeyn: Qaab dhismeedka miiska shaqadu waa mid aad u adag ka dib marka la eego istaatistikada qaabdhismeedka, falanqaynta dhaqdhaqaaqa iyo falanqaynta topological ee unugyo kooban.
Spindle: Spindle-ka mishiinku waxa uu leeyahay laba-xawaare gudaha ah oo bedbeddela xawaaraha qaab-dhismeedka dunta korantada oo leh ugu badnaan 6000rpm.Macmiilku waxa kale oo uu dooran karaa laba xawaarood oo kala duwan oo gudaha ah ilaa 12000 rpm.Spindle-ka marsho ayaa sidoo kale loo habeyn karaa si waafaqsan shuruudaha macaamiisha.
Iskudubbaridka: Xirmooyinka X, Y iyo Z ee mashiinka dhammaantood waxay isticmaalaan tignoolajiyada qabow ee xooggan, heerkulka saliidda qaboojinta waxaa lagu xakameynayaa waqtiga dhabta ah, si ay u beddesho heerkul yar, sidaas darteed hoos u dhigista kuleylka kuleylka isku dhufto habka goynta xoogga iyo dhaqdhaqaaqa degdega ah, kordhinta qallooca qallooca ee muraayadda, hagaajinta saxnaanta farsamaynta ee qalabka mashiinka, si wax ku ool ah u yareeya inertia ee dhaqdhaqaaqa xawaaraha sare ee goobta shaqada.
Tilmaamaha:X, Y, Z saddex hage isuduwidda isticmaalaya rullaluistemadka sare ee is-lubricating bir toosan, waxqabadka qaadidda wanaagsan,
Isticmaalka tareenada duuban ee toosan oo leh shelf si loo horumariyo nolosha tareenka 2.4 jeer.Jidadka rullaluistu waxay leeyihiin is-saliid
shaqeeyaan oo ay iskood isku dureen dufan si ay u ilaaliyaan wax qabadkooda saliideed muddo dheer.
Waqtiga boostada: Jul-14-2022