Tsare-tsaren Sake Hanya na Ƙunƙwasawa Tare da Ƙungiyar wutar lantarki na IGBT
Manufa Don zana murfin aluminium a cikin murfin shamfu na filastik don hatimi
Kayan 2.0 ”diamita, murfin filastin filastik, tare da hatimin tsare bangon alumini na 0.9”
Zazzabi 250 - 300 ºF (120 - 150 ° C)
Yanayin 225 kHz
Kayan aiki DW-UHF-7.5 kW, tsarin zafin jiki na shigarwa, sanye take da tashar zafi mai nisa wacce ke ɗauke da 1.5 capacitors biyu 0.75 μF (ƙarfin duka XNUMX μF).
Ilarfin zafin mai sanyawa an tsara shi kuma an haɓaka musamman don wannan aikace-aikacen.
Tsari Ana amfani da murfin mai juye-juye uku-biyu don zana murfin aluminium a cikin taron salon rami. Samfur (kwantena)
wucewa a sauƙaƙe a ƙarƙashin murfin shigar. Assemblyungiyar ta kasance ta yadda dukkanin kewayen allon aluminum suna da zafi
iri daya. An saka akwati da murfin a ƙarƙashin murfin kuma an kawo ikon RF na sakan 0.12. A aluminum tsare heats
da kuma rufe ga filastik na tafiya.
Sakamako / Amfanin Wannan ƙaddamarwar sanyi yana cika tsarin
bukatun da:
• yana amfani da zane mai sauƙi, na tattalin arziki
• Ƙara kayan da aka samu tare da maɓallin dual-position
• ba da inganci, takaddun alamar
• Yana samar da tsari mai mahimmanci, wanda ya dace da aikin sarrafa kai
Uarƙashin Hearƙashin Foarƙashin Aluminium Don Capwanƙwasa Capwanƙwara tare da mai sanya wutar IGBT
Manufa Ana amfani da hita mai sanya wuta don zana fitilar aluminika ta polymer a cikin sakan 0.5 zuwa 2.0. Zafin da aka samar a cikin takin aluminum yana narkar da polymer wanda ke haɗewa zuwa wuyan akwatin roba.
Kayan Aluminum, polyethylene, polypropylene, polyvinylchloride, polystyrene, polyethylene terephthalate, styrene acrylonitrile
Zazzabi 300 - 400 (ºF), 149 - 204 (ºC)
Yanayin 50 zuwa 200 kHz
Kayan aiki DAWEI ingantaccen-ƙarfin shigar da wutar lantarki yana aiki tsakanin 1 & 10 kW a ƙananan mitoci na 50- 200 kHz. Waɗannan rukunin suna aiki tare da kawunan hatimi mai nisa wanda ke ba da babban kabad wutar lantarki na kayan aikin nesa da yankin samarwa kai tsaye. Nisa har zuwa mita 100 mai yiwuwa ne. Ana amfani da microprocessor don sarrafawa
da kuma kare tsarin da tabbatar da cewa mafi ingancin yanayin aiki ana kiyaye shi a kowane lokaci kuma kowane akwati
suna karɓar nauyin makamashin wutar lantarki daga sake zagayowar zuwa zagayowar.
Tsari Ana samun nau'ikan laminates guda biyu na aluminum don wannan aikace-aikacen. Taron farko ya haɗa da tallafi
jirgi / sake gyarawa, kakin zuma, allon aluminum, da fim mai zafi don tsarin tallafi (Hoto na 1). Taro na biyu ya haɗa da fim mai ɗumi mai zafi, allon aluminum, da fim mai zafi don tsarin tallafi (Hoto na 2). Hanyar ita ce don dacewa da membrail ɗin a cikin murfin kuma ya dace da hular zuwa akwatin bayan an cika samfurin.
Sakamako Don taron allon aluminum kamar yadda aka nuna a Hoto na 1, zafin da ya haifar a cikin karfen ƙarfe ta hanyar murfin shigar da kusan
nan da nan narkar da rufin polymer da wuyan akwatin da ke samar da hatimin hatimi tsakanin fim ɗin zafin zafin
da bakin kwanten. Zafin kuma yana narkar da kakin a tsakanin aluminium da allon baya. Da kakin zuma shine
shiga cikin allon baya. Wannan yana haifar da daɗaƙƙen haɗin iska tsakanin takin aluminum / membrane da gefen gefen
akwati, aka sake sakin kwamiti na baya kuma ya zauna a cikin motar.
Aiki (ci gaba) A cikin yanayin membran da ba a tallafi a cikin Hoto na 2, ɗayan gefen aluminium ɗin an rufe shi da fim ɗin polymer mai ɗauke da zafi kuma wannan fuskar da za ta kasance tare da ita kuma a rufe ta cikin akwati. Sideayan gefen bangon da zai kasance tare da hulun yana da fim mai narkewa mafi girma wanda zai hana manne aluminium ɗin zuwa murfin wanda zai ba mai amfani na ƙarshe damar kwance murfin. Ana yin amfani da membran da ba a tallafi ba inda ƙarshen mai amfani ya huda ƙaramin membrane kafin rarraba kayan. Takaddun aluminum suna aiki ne azaman shinge na tururi yana adana narkar da samfurin kuma yana hana shi bushewa.
