Ubushushu bokugcina igazi elipheleleyo:2ºC~6ºC.
Ixesha lokugcina igazi elipheleleyo eline-ACD-B kunye ne-CPD yayiziintsuku ezingama-21. Isisombululo sokugcina igazi sonke esine-CPDA-1 (esine-adenine) sigcinwe iintsuku ezingama-35. Xa kusetyenziswa ezinye izisombululo zokugcina igazi, ixesha lokugcina maliqhutywe ngokwemiyalelo.

Ingcaciso yeMveliso

• Inkqubo yokukhenkcisa esebenza kakuhle kakhulu

• Inkqubo yokulawula ubushushu ekhompyutheni echanekileyo kakhulu
• Inkqubo yokhuseleko ebanzi
• Ulawulo olwahlukileyo lwefriji ephezulu kunye nefriji esezantsi
• Ukupholisa ngokuthe ngqo kunye nolawulo lobushushu be-elektroniki

• Isiqandisi sefriji esidibeneyo esinobushushu obuphezulu obuyi-2°C ~ -8°C kunye nobushushu obuphantsi obuyi-10~-26ºC
• Ulawulo olwahlukileyo lwegumbi lokukhenkceza eliphezulu kunye negumbi lokukhenkceza elisezantsi elinee-compressors ezahlukeneyo
• Ukupholisa ngokuthe ngqo kunye nolawulo lobushushu be-elektroniki ukuze kuqandiswe ngokukhawuleza kwaye kuhlale kushushu
• Ifakwe iidrowa ezifakwe efrijini zesinyithi kunye neepleyiti ze-acrylic
• Isibonisi sobushushu bedijithali ukulawula ubushushu ngokuchanekileyo kunye nokujonga imeko yokusebenza ngokucacileyo
• Qinisekisa ukuba isampuli igcinwa ngokukhuselekileyo ngesitshixo socango esizimeleyo phakathi kwegumbi kunye nesitshixo sangaphandle esizimeleyo
• Izinto zangaphakathi ezinentsimbi engagqwaliyo kunye nebhodi yentsimbi engagqwaliyo enamaleko amathathu
• I-condenser yohlobo lwetyhubhu kunye ne-evaporator eyakhelwe ngaphakathi isebenza kakuhle ukugcina ubushushu kwikhabhinethi
• Igumbi lokukhenkceza elisezantsi lixhotyiswe ngeedrowa kwaye igumbi lokukhenkceza lixhotyiswe ngeeshelufu zentsimbi
• Ukukhanya kwe-LED kwikhabhinethi yefriji edibeneyo kunika ukubonakala okuhle
• Isiqandisi sefriji esidibeneyo sixhotyiswe ngee-casters ezantsi ukuze zikwazi ukushukunyiswa nokubekwa lula.
• I-Standard ene-Build-in USB datalogger yokurekhoda idatha yobushushu

INenwell 2ºC~8ºC/-10ºC~-26ºC ifriji yefriji yodidi lwezonyango okanye ifriji yokugcina ivaccine NW-YCDEL300 iza nefriji ephezulu kunye nefriji esezantsi elawulwa ngokwahlukeneyo. Le nhlanganisela yefriji yefriji isebenzisa iicompressor ezimbini kunye nefriji engena-CFC, iqinisekisa ukusebenza kakuhle kunye nokonga amandla. Kwaye inokuqinisekisa ukuba ifriji ikhawuleza kwaye ilawulwa ngokwahlukeneyo kwigumbi eliphezulu lefriji kunye negumbi elisezantsi lefriji. Siyila i-thermal insulation ngomaleko wokugquma otyebileyo kunye netekhnoloji ye-polyurethane engena-CFC ukuze kubekho isiphumo esingcono sokugquma. Umboniso wobushushu bedijithali ungabonisa imeko yokusebenza ngokucacileyo, kwaye ungabeka ama-alamu obushushu obuphezulu okanye ama-alamu obushushu obuphantsi ngokweemfuno zakho.

Inkqubo yokuFrijisa esebenza kakuhle kakhulu
Le friji edibeneyo ifakelwe iicompressor ezisebenzayo kakhulu kwigumbi eliphezulu lokukhenkceza kunye negumbi eliphantsi lokukhenkceza. Kwaye ifriji inobuhlobo nokusingqongileyo, nto leyo enokuqinisekisa ukonga amandla kunye nokusebenza kakuhle. Itekhnoloji ye-CFC polyurethane foaming kunye ne-thicker insulation layer cam ziphucula isiphumo se-thermal insulation.

Inkqubo yoLawulo loBushushu obuseKhompyutheni echanekileyo kakhulu
Inkqubo yokulawula ubushushu yale friji edibeneyo ingabonisa umswakama kunye nobushushu ngokuzimeleyo. Kwaye uyakwazi ukujonga nokujonga imeko yokusebenza ngokucacileyo kwisibonisi. Le friji yeklasi yezonyango ikuvumela ukuba usete ubushushu ngokukhululekileyo kunye nobushushu obuphezulu obuphakathi kwe-2ºC ~ 8ºC kunye nobushushu obuphantsi obuphakathi kwe-10ºC ~ -26ºC.

Inkqubo yoKhuseleko eBanzi
Ikwayifriji yokugcina ivaccine ekhuselekileyo yenkqubo ye-alamu evakalayo nebonakalayo eyi-8 eyakhelwe ngaphakathi, kuquka i-alamu yobushushu obuphezulu, i-alamu yobushushu obuphantsi, i-alamu yokusilela kwesensor, i-alamu yokusilela kokukhuphela idatha (i-USB), i-alamu yebhetri ephantsi, i-alamu evuleke emnyango, i-alamu yokucima umbane, kunye nomsebenzi wokufaka idatha ongavulwanga, oqinisekisa ukugcinwa kwesampuli okukhuselekileyo.