Mai gwada matsi na allon taɓawa yana ɗaukar sabon tsarin da aka haɗa ARM, babban nunin launi mai sarrafa taɓawa ta LCD, amplifier, mai sauya A/D da sauran na'urori suna ɗaukar sabuwar fasaha, tare da madaidaici da babban ƙuduri.Yin kwaikwayon ƙirar sarrafa microcomputer, aikin yana da sauƙi kuma mai dacewa, wanda ke inganta ingantaccen gwajin.Na'urar matsawa kwali da aka sarrafa ta kayan aunawa da sarrafawa shine kayan aiki na asali don gwajin ƙarfin matsawa, gwajin ƙarfin aiki, da gwajin aiki na matsin lamba na samfuran ƙãre da matsakaicin marufi.Yana da barga aiki da cikakken ayyuka.An tsara shi tare da tsarin kariya da yawa (kariyar software da kariyar hardware), mafi aminci da aminci.
Sensor calibration na injin gwajin matsawa:
(1) Saitin ƙimar maƙasudin daidaitawa: Tsohuwar ƙimar ƙimar ƙimar 1 shine 50% na cikakken sikelin firikwensin, ƙimar manufa 2 shine 10% na cikakken ma'auni, kuma ƙimar manufa 3 shine 90% na cikakken sikelin.Hakanan ana iya saita ƙimar maƙasudin daidaitawa da kanta kamar yadda ake buƙata.
Minti uku bayan ƙarfafa kayan aikin, an daidaita shi da ma'aunin dynamometer na aji na uku.
(2) Matakan sune kamar haka:
- Saita ƙimar maƙasudin daidaitawa.
- Shigar da daidaitaccen dynamometer, loda shi zuwa ƙimar ƙimar injin gwaji sau uku, sannan a sauke shi.
- Saita saurin farantin sama da kyau: taɓa akwatin shigar da “Speed” don saita saurin farantin sama.
- Daidaita saurin motsi na babban farantin don yin daidaitaccen ƙimar dynamometer daidai da ƙimar manufa ta calibrated 1, kuma taɓa maɓallin “tsayawa” don dakatar da motsi na sama.
- Taɓa maɓallin "Sensor Calibration" don ƙididdige ƙididdiga ta atomatik.
- Daidaiton ya cika.
Aiko mana da sakon ku:
Lokacin aikawa: Mayu-10-2021