I-YYT1000 Bacterial Filtration Efficiency Detector(BFE)
I-YYT1000 I-Bacterial Filtration Efficiency Detector ayihambisani kuphela nezidingo zobuchwepheshe bamaski okuhlinzwa kwezokwelapha YY0469-2011 isithasiselo B endleleni yokuhlola ukusebenza kahle kwesihlungi (BFE) kuqala b. 1.1.1 ithuluzi lokuhlola, kodwa futhi lihambisana nomphakathi waseMelika wokuhlola impahla ASTMF2100, ASTMF2101, izimfuneko zamazinga e-European EN14683, ukuthuthukiswa okusha kwenziwa ngesisekelo salokhu, ngendlela yesampula yokuqhathanisa yomoya kabili ngasikhathi sinye, iyathuthuka. ukunemba kwesampula, Ilungele iminyango yokulinganisa nokuhlola, izikhungo zocwaningo lwesayensi, abakhiqizi bemaski neminye iminyango efanelekile ukuze kuvivinywe ukusebenza kahle kokuhlunga kwebhaktheriya yemaski.
YY0469
Q/0212 ZRB003-2015
ISO/DIS 22611
I-ASTMF2101
EN14683
1.Isistimu yokuhlola ingcindezi engalungile ukuze kuqinisekiswe ukuphepha kwabaqhubi;
2.Okwakhiwe - kuphampu ye-peristaltic kukhabethe lokucindezela okunegethivu, A, B kabili - indlela, i-Andersen eyisithupha;Ukugeleza kwepompo ye-peristaltic kungasethwa;
3.Izinga lokugeleza kwesifutho sasebusuku lingasethwa futhi umphumela we-atomization muhle.
4.Isilawuli se-microcomputer esinesivinini esikhulu esishumekwe;10.4 amayintshi angu-10.4 isikrini sokuthinta sombala wokukhanya okuphezulu kwemboni;
5.Isixhumi esibonakalayo se-USB, sisekela ukugcinwa kwedatha yediski ye-U;
6.Izibani ezikhanyayo ezakhelwe ngaphakathi zeKhabhinethi;Iswishi yokuvikela ukuvuza eyakhelwe ngaphakathi ukuze kuvikelwe ukuphepha kwabasebenzisi;
7.Uhlaka lwangaphakathi lwekhabhinethi lwenziwe ngensimbi engagqwali, ungqimba lwangaphandle lufafazwa ngepulasitiki futhi lugoqeke ngokubanda, futhi izingqimba zangaphakathi nangaphandle zifakwe i-insulated futhi i-flame retardant.
8.I-front switch type glass door ilungele ukuthi ohlolayo abone futhi asebenze.
9.Ubakaki osusekayo, ubude bebakaki obulungisekayo;Isekela futhi inyakazisa abakhangisi benjongo ekabili.
| Ukucaciswa Okubalulekile | Ibanga lokucaciswa | Isixazululo | Ukunemba |
| Ukugeleza Kwesampula Komzila | 28.3L/min | 0.1L/min | Ngaphakathi ± 2.5% |
| B Umzila Wesampula Ukugeleza | 28.3L/min | 0.1L/min | Ngaphakathi ± 2.5% |
| Futha Ukugeleza | (8~10)L/min | 0.1L/min | Ngaphakathi ± 2.5% |
| I-Peristaltic Pump Flow | (0.006~3.0)mL/min | 0.001ml/min | Ngaphakathi ± 2.5% |
| Ingcindezi Yangaphambili Yomzila Isampula Flowmeter | (-20~0)kPa | 0.01kPa | Ngaphakathi ± 2.5% |
| Ingcindezi Yangaphambili Yomzila B Isampula Flowmete | (-20~0)kPa | 0.01kPa | Ngaphakathi ± 2.5% |
| I-Front Pressure ye Futha i-Flowmeter | (0~300)kPa | 0.01kPa | Ngaphakathi ± 2.5% |
| I-Ambient Temperature | (-40~99)℃ | 0.1℃ | Ngaphakathi ± 2.5% |
| Ukucindezela Okubi kwe-Aerosol Igumbi | (-90~-120)Pa | 0.1Pa | Ngaphakathi ±2.0% |
| Ingcindezi Embi YeKhabhinethi | -50 ~ 200pa
| ||
| Ikhono Lokugcina Idatha | > 100000 amasethi
| ||
| I-Vortex Mixer Test Tube Ukucaciswa kanye Nobuningi | Φ16×150mm test tube,8pcs | ||
| Ukusebenza Okuphezulu Kwe-Particulate Air Hlunga Izakhiwo | Ukuphumelela Kokuhlunga≥99.99% wezinhlayiya> 0.3μm | ||
| Ububanzi obumaphakathi be-aerosol generator mass | Isilinganiso sobubanzi: (3.0±0.3)μm; I-Geometric Standard Ukuchezuka kwesisindo se-generator≤1.5
| ||
| I-Double Routes 6-lever Andersen Sampling apparatus | Izinga1>7μm; Izinga 2: (4.7~7)μm; Izinga 3: (3.3~4.7)μm; Izinga lesi-4: (2.1~3.3)μm; Izinga 5: (1.1~2.1)μm; Izinga 6: (0.6~1.1)μm | ||
| Ubukhulu be-Aerosol Chamber
| 600×85×3mm (Ubude×Ububanzi×Ubukhulu)
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| Isamba senani lekhwalithi ephozithivu lawula izinhlayiya zesampula | (2200±500)cfu
| ||
| I-Negative Chamber Flow Speed | ≥5m3/min
| ||
| Usayizi Wokucindezela Okubi Umnyango Wegumbi(W×D) | 1000×730mm | ||
| Usayizi Womshini Omkhulu(W×D×H) | 1180×650×1300mm
| ||
| Usayizi Wokusekela Uhlaka(W×D×H) | 1180×650×600mm, Ubude obungaphakathi kuka-10cm buyalungiseka | ||
| Umsindo woMhloli | <65dB(A) | ||
| Isisindo | 150kg | ||
| Ukunikezwa kwamandla kagesi | I-AC220V±10%, 50Hz | ||
| Ukusetshenziswa kwamandla | <1500W | ||
