Ngokuthuthukiswa kobuchwepheshe bemishini kanye nokuphushwa kokushintshwa kwamandla kagesi ngezinga elikhulu, iphuzu elibalulekile lokuguqulwa phakathi kwamandla endabuko kanye namandla amasha selifikile. Phakathi kwazo, ubuchwepheshe bokugcina amandla abunakushintshwa. Umshini wokushisela indawo yokugcina amandla i-capacitor usebenzisa ubuchwepheshe obunelungelo lobunikazi bomthamo ophakathi nophezulu. Imishini ikhipha amandla kagesi anembile, inomthelela omncane kugridi yamandla, futhi iyonga amandla futhi ayihambisani nemvelo.
Umshini wokushisela indawo yokugcina amandla i-capacitor unezinzuzo zokonga amandla kanye nokusebenza kahle okuphezulu, ukusetshenziswa kwamandla okuphansi ngokushesha asuka kugridi, isici samandla aphezulu, kanye nomthelela omncane kugridi yamandla. Ngesikhathi sokuhlangana, ukunakwa kufanele kukhokhwe ekuqinisekiseni i-coaxiality yama-electrode amabili.
Ngesikhathi sokushisela, beka i-workpiece phakathi kwama-electrode amabili. Zungezisa inati entongeni yokusekela (njengoba ingeyezingxenye ezincane nezincane, ibanga phakathi kwama-electrode alilikhulu), ukuze induku yokucindezela umshini wokushisela iye epuleti eliphansi kanye ne-electrode, ibambe ngokuqinile ucezu lokusebenza phakathi ama-electrode amabili. Ngemuva kokushisela, zungeza inati libheke kolunye uhlangothi. Ngalesi sikhathi, isiphethu sokusetha kabusha sizophakamisa induku yokucindezela kanye ne-electrode egxilwe entweni yokucindezela, bese isusa i-workpiece eshiselwe.
Izidingo zegridi yamandla ziphansi, futhi ayithinti igridi yamandla. Ngenxa yokuthi isimiso somshini wokushisela isitoreji samandla ukushaja i-capacitor ngokusebenzisa i-transformer yamandla aphansi ngaphambi kokukhipha umsebenzi ngokusebenzisa i-high-power resistance welding transformer, ayithinteki kancane ukushintshashintsha kwegridi yamandla. Ngaphezu kwalokho, ngenxa yamandla amancane okushaja, umthelela kugridi yamandla mancane kakhulu uma kuqhathaniswa nemishini yokushisela indawo ye-AC kanye nemishini yokushisela indawo yokulungisa yesibili enamandla afanayo wokushisela.
Ngobuchwepheshe be-elekthronikhi kanye namasekhethi wokushaja nokukhipha i-semiconductor, amandla anikezwa i-capacitor ye-welding ngayinye azinzile futhi ayaguquguquki, athintwa uguquko lwe-voltage, okuholela ekuhlukeni okuncane kwamandla ahlangene kanye nama-welds ajabulisa ngobuhle.
Ukushisela okuqinile nakho kulungele izinhlelo zokusebenza ezinezidingo eziqinile kumandla okushisa okushisela, njengamadivayisi we-electronic vacuum, izinsimbi ezingafani, amathuluzi anembayo, nezintambo zensimbi. Ukusebenzisa isici sokushisa okugxilile, singasetshenziselwa izingxenye ezine-conductivity ephezulu kagesi kanye ne-thermal.
Suzhou Agera Automation Equipment Co., Ltd. is engaged in the development of automation assembly, welding, testing equipment, and production lines, mainly applied in household appliances, automotive manufacturing, sheet metal, 3C electronics industry, etc. We can develop various customized welding machines and automated welding equipment and assembly welding production lines, assembly lines, etc., according to customer needs, providing suitable overall automation solutions for enterprise transformation and upgrading, and helping enterprises quickly realize the transformation and upgrading from traditional production methods to high-end production methods. If you are interested in our automation equipment and production lines, please contact us: leo@agerawelder.com
Isikhathi sokuthumela: Mar-14-2024
