Wane tsari mai tsafta da tsarin tsarawa shine mafi kyawun kuzari kuma mafi dacewa da buƙatun tsari, yana ba da ƙarancin saka hannun jari, ƙarancin farashin aiki, da ingantaccen samarwa? Daga sarrafa gilashin gilashi da tsaftacewa zuwa ACF da COG, wane tsari ne mabuɗin don hana kamuwa da cuta? Me yasa har yanzu akwai gurɓatawa akan samfurin duk da cewa an cika ƙa'idodin tsabta? Tare da tsari iri ɗaya da sigogin muhalli, me yasa yawan kuzarinmu ya fi sauran?
Menene buƙatun tsarkakewar iska don tsaftar optoelectronic? Ana amfani da tsabtataccen ɗakin optoelectronic gabaɗaya a cikin masana'antu kamar kayan aikin lantarki, kwamfutoci, masana'antar LCD, masana'antar ruwan tabarau, sararin samaniya, hoto, da masana'antar microcomputer. Waɗannan ɗakunan tsafta suna buƙatar ba kawai babban tsaftar iska ba amma har ma da kawarwa a tsaye. An rarraba ɗakunan tsabta zuwa aji na 10, 100, 1000, 10,000, 100,000, da 300,000. Waɗannan ɗakuna masu tsabta sun ƙunshi buƙatun zafin jiki na 24± 2°C da ƙarancin dangi na 55±5%. Saboda yawan adadin ma'aikata da kuma babban filin bene a cikin waɗannan ɗakin tsabta, yawancin kayan aiki na kayan aiki, da kuma yawan ayyukan samar da kayayyaki, ana buƙatar babban adadin musayar iska mai kyau, wanda ya haifar da ƙananan iska mai kyau. Don kula da tsabta da ma'aunin zafi da danshi a cikin ɗakin tsafta, ana buƙatar ƙarar iska mai girma da yawan musayar iska.
Shigar da ɗakuna masu tsabta don wasu matakai na ƙarshe yawanci yana buƙatar aji 1000, aji 10,000, ko ɗakunan tsabta na aji 100,000. Wuraren tsaftar allo na baya, da farko don tambari da taro, yawanci suna buƙatar ɗakuna masu tsabta na aji 10,000 ko aji 100,000. Ɗaukar wani aji 100,000 LED cleanroom aikin tare da tsawo na 2.6m da wani bene yanki na 500㎡ a matsayin misali, da wadata iska girma bukatar 500 * 2.6 * 16 = 20800m3 / h ((yawan iska canje-canje ne ≥15 sau / h). Ana iya ganin cewa babban girma na iska na optotical shine mafi girma girma na iska. ana gabatar da buƙatu don sigogi kamar kayan aiki, ƙarar bututu, da ƙarfi.
Tsabtace na optoelectronic gabaɗaya sun haɗa da:
1. Tsaftace yankin samarwa
2. Tsaftace dakin taimako (ciki har da dakin tsarkakewa na ma'aikata, dakin tsarkakewa na kayan abu da wasu dakuna, dakin shawa, da sauransu)
3. Yankin Gudanarwa (ciki har da ofis, aiki, gudanarwa da hutawa, da sauransu).
4. Yankin kayan aiki (ciki har da aikace-aikacen tsarin kwandishan tsarkakewa, ɗakin lantarki, ruwa mai tsabta da ɗakin gas mai tsabta, ɗakin kayan sanyi da zafi).
Ta hanyar zurfin bincike da ƙwarewar injiniya a cikin yanayin samar da LCD, muna fahimtar mabuɗin sarrafa muhalli a fili yayin samar da LCD. Kiyaye makamashi shine babban fifiko a cikin hanyoyin magance tsarin mu. Sabili da haka, muna ba da cikakkun ayyuka, daga cikakkun tsare-tsaren tsire-tsire masu tsabta da ƙira-ciki har da ɗakunan tsabta na optoelectronic, wuraren tsabtace masana'antu, wuraren tsabtace masana'antu, ma'aikata da hanyoyin tsaftace kayan aiki, tsarin kwandishan mai tsabta, da tsarin kayan ado mai tsabta-zuwa cikakkun shigarwa da sabis na tallafi, ciki har da gyare-gyaren makamashi-ceton, ruwa da wutar lantarki, tsaftataccen tsabtataccen tsarin bututun iskar gas, da tsarin kula da wutar lantarki, tsarin kula da iskar gas, da tsarin kula da wutar lantarki. Duk samfuran da sabis suna bin ƙa'idodin ƙasa da ƙasa kamar Fed 209D, ISO14644, IEST, da EN1822.
Lokacin aikawa: Agusta-27-2025