Esimweni esithuthukayo ngokushesha sokukhiqizwa kwezimboni, ukuthobeka kwezindawo zomkhiqizo kuyisikhombi esibalulekile sekhwalithi yomkhiqizo. Ukutholwa kweflatness kusetshenziswa kabanzi kuyo yonke imboni ehlukahlukene, njengokukhiqiza izimoto, i-aerospe, kanye ne-elekthronikhi. Izibonelo zifaka ukuhlolwa kokutholwa kwamabhethri noma izindlu zefoni ephathekayo embonini yezimoto, nasekuhlolweni kweflethi ye-LCD embonini ye-semiconductor.
Kodwa-ke, izindlela zokutholwa kwendabuko zokutholwa kwahlushwa izingqinamba ezinjengokusebenza okuphansi nokunemba okungekuhle. Ngokuphambene nalokho, i-LVDT (i-linear ehlukile ye-transformer) yezinzwa, nezinzuzo zayo zokunemba okuphezulu, ukuthembeka okuphezulu, kanye nesilinganiso esingenakuphikwa (ngokwesibonelo: I-LVDTS isebenzisa uphenyo lokuxhumana nento enobunzima nokunemba okuphezulu Ukukalwa), manje kusetshenziswa kabanzi ekutholweni kwento yesimanje ukuthopha.
Isimiso sokusebenza:
Isilinganiso Esingenakuphikwa:Akuvamile ukuthi akukho ukuxhumana ngokomzimba phakathi komgogodla oshukumisayo nesakhiwo sekhoyili, okusho ukuthi i-LVDT iyithuluzi elingenakuphikiswa.Lokhu livumela ukusetshenziswa kwalo ngezilinganiso ezibucayi ezingakwazi ukubekezelela ukulayisha okubucayi.
Impilo Engalinganiselwe Yomshini: Ngoba ngokuvamile akukho ukuxhumana phakathi kwesakhiwo esiyisisekelo se-LVDT, azikho izingxenye ezingabambisa ndawonye noma zigudle, zinikeze ama-LVDTs ngendlela ethembekile yemishini.
Isinqumo esingenamkhawuloI-LVDTS ingalinganisa izinguquko ezincane ezingapheli endaweni eyisisekelo ngoba zisebenza kwimigomo yokuhlangana ye-electromagnetic ekwakhiweni kwamahhala kwe-electromagnetic
Ukuphindaphinda kwe-Null Point:Indawo ye-LVDT's Intrinsic NOll Point iyazinza kakhulu futhi iphindeka kakhulu, ngisho nangaphezulu kobubanzi bayo bokushisa obubanzi kakhulu.
Ukwenqatshwa kwesiphambano:I-LVDTS inaka kakhulu ukunyakaza kwe-axial of the more futhi ingenakuzwela ekuhambeni kwe-radial.Lokhu ivumela ukuthi ama-LVDT asetshenziselwe ukukala umugqa oqondile oqondile.
Impendulo enamandla esheshayo:Ukungabikho kokushayisana ngesikhathi sokusebenza okujwayelekile kuvumela i-LVDT ukuphendula ngokushesha izinguquko endaweni eyisisekelo.Impendulo enamandla ye-LVDT sensor ngokwayo ikhawulelwe kuphela yimiphumela ye-CORE encane.
Okukhishwa ngokuphelele:Umphumela we-LVDT uyisibonakaliso se-analog esihlobene ngqo nesikhundla. Uma kwenzeka ukuphuma kwamandla, ukukala kungabuye kuqale kabusha ngaphandle kokuphinda kwenziwe kabusha (Amandla adinga ukubuyiselwa emuva ukuze athole inani lamanje lokuphuma ngemuva kokuphuma kwamandla).
- Ukutholwa kwe-WorkPiece Surface Flatness: Ngokuxhumana nobuso bendawo yokusebenza nge-LVDT Probe, ukuhlukahluka okuphezulu ebusweni kungalinganiswa, ngaleyo ndlela kuhlole ukufutheka kwayo.
- Ukutholwa kwe-Sheet Flatness Flatness: Ngesikhathi sokukhiqizwa kwensimbi eshidi, ukwakheka kwe-LVDT okuhlangene, kuhlanganiswe nendlela yokuskena ethengisiwe, kungafinyelela imephu yokugcwala okugcwele kwamashidi amakhulu.
- Ukutholwa kwe-Flatness Ukutholwa:Embonini ye-semiconductor, iflethi ye-wafers inomthelela omkhulu ekusebenzeni kwe-chip. I-LVDTS ingasetshenziswa ukukala ngokunembile ukuthobeka kwezindawo ezihlanzekile. .
- Ukuphindwa kwe-Micrometer-Level ukuphindaphinda
- Amabanga amaningi atholakala kusuka ku-5-20mm
- Izinketho eziphelele zokukhipha, kufaka phakathi isiginali yedijithali, i-analog, no-485.
- Phansi njengoba kuzwa ingcindezi yekhanda, ekwazi ukutholwa okungeyona eyabiwe kuzo zombili izingilazi zensimbi.
- Ubukhulu obuqondile bangempela bokuhlangabezana nezikhala ezahlukahlukene zohlelo lokusebenza.
- Umhlahlandlela wokukhetha
| Ukuthayipha | Ingxenye Igama | Isifanekiso | Ngavule | Ubunoriti | -Phindaphiwe | Okuphumayo | Ibanga Lokuvikelwa |
| Uhlobo lweProdinedrobe | Umshini wokwandisa | Lva-esjbi4d1m | / | / | / | I-4-20ma yamanje, izindlela ezintathu ezikhipha idijithali | I-IP40 |
| Ukuzwa Amaphenyo | Lvr-vm15r01 | 0-15mm | ± 0.2% FS (25 ℃) | I-8μm (25 ℃) | / | IP65 | |
| Lvr-vm10r01 | 0-10mm | ||||||
| Lvr-vm5r01 | 0-5mm | ||||||
| Uhlobo oluhlanganisiwe | Kuhlanganiswe SENESTING PRBE | Lvr-vm20r01 | 0-20mm | ± 0.25% FS (25 ℃) | I-8μm (25 ℃) | I-Rs485 | |
| Lvr-vm15r01 | 0-15mm | ||||||
| Lvr-vm10r01 | 0-10mm | ||||||
| Lvr-vm5r01 | 0-5mm | ||||||
| Lvr-svm10DR01 | 0-10mm |
Isikhathi sePosi: Feb-11-2025