Nazarin Harka: Mayar da Babban Wutar Lantarki na yumbu a cikin Injin CT

Gabatarwar mu asibitin 1989 shekaru Shimadzu SCT 3000TX CT inji, da high irin ƙarfin lantarki secondary circuit tetrode
da kuma high irin ƙarfin lantarki capacitor irin ƙarfin lantarki feedback yanayin, zuwa 1995 shekaru cathode gefen high irin ƙarfin lantarki capacitor (C2, guda a kasa) rushewa, saboda babu sassa maye, oda lokaci guda lalata capacitor zuwa kantin sayar da gida. Bayan karɓar capacitor, masu amfani don tabbatar da ingancin aikin gyaran gyare-gyare, kuma za su shigar da shi a gefen cathode na asali, sababbin samfurori da aka sanya a gefen anode na capacitor, ana sanya capacitor na asali (C1, Below); taya high ƙarfin lantarki kewaye da capacitance na'urar matsayin al'ada, bayan 15 kwanaki na ci gaba da aiki, yana nuna cewa C2 barga da kuma abin dogara. Don haɓaka tasirin sa, yana da madaidaicin ajiya don C1, C2 don kula da yanayin matsayin aiki na yanzu. A cikin watan Agusta C2 O1 rugujewar sake, buɗe kaya don zama C1 maye gurbin, ya kasance ba aiki har tsawon shekaru bakwai, na'urar ma'aunin ƙarfin ƙarfin tana auna maki biyu na ƙarshen "T" da "N" kawai tsakanin ƙimar iya aiki zuwa O. 2, cf nominal rating na O. 5 bayyananne fifiko ga ƙananan, yana ba da shawarar cewa alamun fasaha na C1 mara kyau, rashin aiki mara kyau. Allura na iya amfani da ƙarfin da aka shigar, mun gudanar da babban ƙoƙari na bile, bayan gwaje-gwaje masu yawa da jiyya mai aiki, yana dawowa zuwa cajin al'ada da kuma zubar da jini, ya sa aiki.

1) Capacitor yanayin aiki:

Ga mai cika high-ƙarfin wutar lantarki capacitor metallized polypropylene film yi da aka yi tare da mai kyau kai warkar, irin ƙarfin lantarki har zuwa 125kV; a babban ƙarfin lantarki sub-polar circuit, daga mai tsarawa. Da rawar ajiyar makamashi. Ko da yake Cl ya daɗe yana aiki, ƙayyadaddun ƙimar ƙima, bisa ga ingantattun hanyoyin gazawar capacitor da ƙirar, muna tsammanin wannan yana nuna kawai naƙasasshiyar capacitor na dogon lokaci a ƙarƙashin yanayin jiki, da na'urar auna ƙarfin kayan aiki. "

Na'urori, ginannen cajin batirin DC da fitarwa na ƙarfin ƙarfin ƙarfinsa, na yanzu da ƙarfin ba zai iya zama sub-polar da matsi mai ƙarfi ba. "Jihar idan aka kwatanta da karshe gano ta karfi da kasawan, ya kamata a dauki gwaji don sanin.

2) Matakan kunna na'ura

(1) za a sanya shi a cikin C1side mai sarrafawa mai ƙwanƙiri na lantarki, fayiloli na turɓaya daga kwamiti mai sauƙin sarrafawa na gida, yin amfani da kara tare da tsaka-tsakin, sannu-sannu ƙara karfin wutar lantarki na hanyar, ainihin ayyukan maidawa, ya kamata a lura da shi a nan yana nufin kv na nuna allon nuni, don cajin adadin ƙididdiga, za a iya katsewa daga shinge mai haɗi, Cl na iya ƙwarewa, ƙarfin jigilar lantarki, ko anomalies aka lura da rubuce-rubuce, don haka cigaban cigaba, ba m;

(2) cajin kunnawa lokacin da ƙimar wutar lantarki ta hankali na 100kV, ƙimar ƙarfin da aka auna C1 ya tashi zuwa O. 46, lokacin caji sama da 12okV, ƙarfin C1 ya kasance kusa da ƙimar asali, kuma babu taswirar anti-capacitor mara kyau, to, za a iya kashe C1 cire haɗin wayoyi. Ƙimar ƙarfin da aka sake aunawa har yanzu yana kusa da ƙimar ƙima; (3) sake kunnawa da Ƙarfin wutar lantarki, lokacin da aka gama gefen anode na capacitor C1 tare da injin CT don shiga cikin cajin da yanayin shirye-shiryen, raba kada ku duba ma'aunin kV mai kyau da mara kyau, babu na'ura mai alaƙa da alaƙa sannan kuma sake yi , Koyarwar dumi na yau da kullum, girman girman halin yanzu zuwa al'ada, calibration ruwa fatalwa, hoton da aka yi la'akari daidai, teburin kayan aiki yana nuna barga, matsananciyar matsa lamba da hayaniya mara kyau. Share sassa daban-daban na na'urar sikanin CT mai haƙuri don yin aiki da kyau, ingancin hoton kamar da.

3 Ƙwarewa da muka koya

(1) babban ƙarfin wutar lantarki shine muhimmin ɓangaren CT, idan an lalace, ana buƙatar gabatarwar maye gurbin, tsada, allurar allura na irin wannan matalauta, kunna kai gyara. Ajiye ta farashi, yana rage sake zagayowar kulawa, fa'idodin tattalin arziki da zamantakewa Mahimmanci

(2) masu amfani da wutar lantarki na dogon lokaci a gida, bayan raguwar ƙarfin aiki, har yanzu ana iya kunna su ta hanyar cajin don haɓakawa zuwa ƙimar ƙididdiga, komawa zuwa amfani na yau da kullum, na'urar ya kamata ta yi wasa.

Kuna son ƙarin sani game da injin CT da aka yi amfani da babban ƙarfin wutar lantarki, da fatan za a ziyarci ƙungiyar injiniyoyinmu don cikakkun bayanai.