I-Compact Linear Module

I-Compact Linear Module, eyaziwa nangokuthi I-Compact Linear Actuator, iyithuluzi lokudlulisela eliqondile elinesakhiwo esihlangene.

I-Compact Linear Module ivamise ukusebenzisa uhlaka lwe-aluminium alloy, oluhlanganisa izingxenye ezifana neziqondiso ezilayini, izilayidi, namasistimu okushayela (njengezikulufu zebhola, amabhande ahambisanayo, noma amamotho alayini) abe yivolumu encane, athatha isikhala esincane, futhi angakwazi ukuzivumelanisa nendawo yokufaka emincane. Lolu hlobo lwemojuli inokunemba okuphezulu kokunyakaza nokunemba kokuma, futhi ingafinyelela ukunyakaza okuqondile okuqondile. I-Compact Linear Module ivame ukusetshenziswa emikhakheni efana nokukhiqiza i-electronic, amathuluzi anembayo, okokusebenza kwezokwelapha, njll., futhi ingaqedela imisebenzi efana nokubamba ingxenye, ukubeka, nokuhlanganisa. Ngaphezu kwalokho, amanye amamojula aqondile ahlangene anezici{4}}zokusebenza kwesivinini esiphezulu, umthamo omkhulu wokulayisha, nokuzinza okuhle, okungahlangabezana nezidingo zezimo zokusebenza ezihlukene.

Lapha, sethula imojuli yethu yomugqa womugqa oshumekwe we-steel guide rail, okuyidivayisi yokunyakaza eqondile{0}ephezulu futhi eqinile esetshenziswa kakhulu ezintweni ezishintshayo. Isici sawo esiyinhloko ukushumeka ama-rails angumhlahlandlela wensimbi (njengamagayidi ebhola noma ama-roller) ngaphakathi komzimba wemojuli, okwenza isakhiwo esihlangene nesihlanganisiwe.

Wamukelekile ukuthi ubukele amaphrojekthi amaningi noma uvakashele igalari yethu yevidiyo nge-Youtube: https://www.youtube.com/@tallmanrobotics

Nakhu ukuhlaziya okuningiliziwe:

Uhlobo Lwensimbi: Umzila Wesitimela Owakhiwe-Ngamamojula Awumugqa. Ipuleti elingezansi lemojuli insimbi , ibhulokhi eshelelayo iyinsimbi, kanye nepuleti lekhava lesihlalo esislayidayo, futhi isihlalo sokusekela siyi-aluminium.

I-TK Steel Guide Rail Yakhiwe{0}ngemojuli yomugqasLayisha ukucaciswa

I-TK Steel Guide Rail Yakhiwe{0}ngemojuli yomugqas Ukunemba Izinga

I-TK Steel Guide Rail Yakhiwe{0}ngemojuli yomugqas isivinini esikhulu

1. Isakhiwo esiyisisekelo
Isitimela somhlahlandlela wensimbi: Insimbi ephezulu ye-carbon chromium ivame ukusetshenziswa, ephathwa ngokushisa kanye nokugaywa okunembayo ukuze kuqinisekiswe umthamo omkhulu womthwalo kanye nokumelana nokugqokwa (okufana ne-HIWIN, THK kanye namanye ama-rails omhlahlandlela womkhiqizo).
Ibhulokhi eshelelayo/isihlalo samaslayidi: Yakhelwe ngaphakathi kwebhola noma uhlelo lokuzungeza i-roller, ukufeza ukunyakaza okuphansi kokungqubuzana.
Umzimba wemojuli: Ingxubevange ye-Aluminium noma igobolondo lensimbi, umsele wokufaka umzila wesitimela ohlanganisiwe, uvikela ujantshi womhlahlandlela ekungcoleni.
Iyunithi yokushayela: Ingabhangqwa nama-servo motors noma ama-stepper motors, ashayelwa isikulufu (isikulufu sebhola, isikulufu se-roller yeplanethi) noma ibhande elihambisanayo.

2. Izici ezibalulekile
Ukuqina okuphezulu: Idizayini eshumekiwe yesitimela somhlahlandlela wensimbi ithuthukisa kakhulu ukugoba kwayo kanye nokuqina kwayo, iyenze ifanelekele-izimo ezisindayo noma zokusheshisa okuphezulu.
I-Compact: Umzila wesitimela oshumekiwe wonga isikhala, ofanelekakhulu amadivaysi anendawo elinganiselwe yokufaka (njengemishini ye-semiconductor, imishini yezokwelapha).
Ukunemba okuphezulu: Idizayini eqiniswe ngaphambili yesitimela esiqondisayo ifaniswe nesikulufu esinembayo, futhi ukunemba kokuma okuphindaphindiwe kungafinyelela ku-± 0.01mm noma ngisho nangaphezulu.
Isivikelo: Izindlu zemojuli zingahlonyiswa ngesembozo sothuli (njengesembozo sokuvikela esihoxiswayo) ukuvimbela uthuli nama-chips ukuthi angangeni kumzila wesitimela.

3. Izimo zohlelo lokusebenza ezijwayelekile
Amathuluzi omshini wokunemba: njengokuhamba kwephephabhuku lamathuluzi lezikhungo zemishini ye-CNC kanye nokumiswa kwezinsimbi zokulinganisa.
Ulayini wokukhiqiza ozenzakalelayo: I-axis eqondile yengalo yerobhothi, ukuphatha okunembayo komugqa wokuhlanganisa.
Imishini ye-Semiconductor: ingalo ye-wafer yokudlulisa ingalo yerobhothi, ibhentshi lomshini we-lithography.
Imishini yezokwelapha: Ukuhumusha kombhede wokuskena kwe-CT, idrayivu ehlangene yerobhothi yokuhlinzwa.

4. Imingcele ebalulekile yokukhetha
Uhlobo lwesitimela esiqondisayo: Isitimela sebhola (-ukulayisha ukukhanya okunesivinini esiphezulu) vs i-roller rail ({1}}imelana nomthelela omkhulu emsebenzini).
Uhambo lohambo: Khetha ngokwezidingo zangempela, unake ubude obuvunyelwe bemojula (uma lulude kakhulu, isinxephezelo se-sag kufanele sicatshangelwe).
Izinga lokuvikela: IP54 (ukuvikela uthuli nobufakazi be-splash) noma ngaphezulu (njenge-IP67 yezindawo ezinomswakama).
Indlela yokugcoba: Umjovo wamafutha ovamile noma isistimu yokuthambisa ezenzakalelayo ({0}}imfuneko yamahhala yokulungisa isikhathi eside).

5. Amaphuzu okunakekela
Ukugcoba okuvamile: Sebenzisa amafutha akhethiwe (afana namafutha e-lithium) futhi ulungise umjikelezo ngokuya ngesivinini sokusebenza.
Ukuhlanza umzila wesitimela: Hlanza ingaphezulu lesitimela ngendwangu engenalutho- ukuze ugweme ukuklwebheka ezinhlayiyeni eziqinile.
Hlola amandla okulayisha kuqala: Ngemva-kokusetshenziswa isikhathi eside, lungisa ukulayisha kuqala isilayidi ukuze uvimbele igebe ukuthi likhule.
I-steel guide rail eshumekiwe imojula yomugqa inokuqina okuphezulu nokunemba njengezinzuzo zayo eziyinhloko, okuyenza ifaneleke izimo zezimboni ezinezidingo eziqinile zokuthembeka nokunemba. Lapho ukhetha, kuyadingeka ukuhlola ngokucophelela izici ezifana nomthwalo, isivinini, nendawo, futhi ubeke kuqala{1}imikhiqizo eyaziwayo (efana ne-HIWIN, IKO, Bosch Rexroth) ukuze kuqinisekiswe ukuphila isikhathi eside nokusebenza.