Isar da keɓaɓɓe na silicon matsin lamba yana amfani da na'urori masu auna na'urori waɗanda ke ci gaba, tare da babban abin da ake buƙata na lantarki, kuma ana haɗuwa ta hanyar aiwatar da tsari da ake buƙata. An kwatanta shi da matsin lamba na al'ada wanda aka yi amfani da shi. Akwai bambance-bambance guda biyu masu mahimmanci: Na farko, ma'ajin amfani yana amfani da tasirin kayan yumɓu; Na biyu, babu ruwa mai tsaka-tsaki a cikin kayan daidaitawa kuma gaba ɗaya ne.
Rage silin matsin lamba na silicon yana da matsakaiciyar matsakaiciyar matsakaiciyar hanya yana da fa'idar abin dogara, tsari mai sauƙi, kuma ana iya amfani dashi a cikin matakan matsaka da marasa kyau. Ana amfani da silicon da aka shigo da siliku ko kuma ana amfani da Ceramic Core azaman kayan haɗin kai tsaye, kuma siginar firikwensin ta canza siginar ta hanyar amplifier na lantarki. Zai iya maye gurbin watsa masu juyawa na gargajiya, abubuwan da zauren alamomi, da daban-daban masu watsa shirye-shirye, kuma suna da nau'in masu watsa DDZ da DDZ-ⅲ da DDZ-ⅲ. Ana iya amfani da shi tare da nau'ikan alamun alamun coil, masu watsa bayanai na dijital, wuraren lantarki, kuma ana iya amfani dashi tare da tsarin daidaitawa masu atomatik ko tsarin kwamfuta.
Ka'idar aiki na Divicon Matsakaicin Mawaka
Matsin matsin lamba na ma'aunin kai tsaye yana aiki a kan diaphragm na firikwensin, yana haifar da diaphragm wanda ya dace da ƙimar ƙirginar don canzawa. Ana amfani da da'irar lantarki don gano wannan canjin, da juyawa da fitarwa wanda ya dace da wannan shine daidaitaccen ma'auni na matsi.
Bayanin Fasaha na Divicon Matsakaicin Mawaka
Ka'idodin daidaitawa: 0.25 Mataki na asali kuskure ± 0.25%
Kuskuren mara kyau: Mataki na 0.3 ≤ ± 0.3% FS
Kuskuren Hysteresis: ≤ ± 0.3% FS
Halaye na fitarwa:
①0-10ma fitarwa, kaya juriya 0-1.5K ohm
②4-20ma fitarwa, kaya juriya 0-600 ohms
③he juriya na cikin gida na outant na yanzu ya fi 10m ohms.
④wo-waya 4-20ma fitarwa: Standard Wayar Wuta DC24V
Markus-hujja Mark: (Rpt-ⅲ): Exia ⅱ CT4-6
Manyan samfuranmu sune: Mitar kuzari, mita 8, Vortex mai gudana, mai watsa matsi, matakin matakin magnetic matakin girma.