I-YY268F Particleculate Matter Filtration Efficiency Tester (I-photometer ephindwe kabini)

Iimpawu zemveliso:

1. Sebenzisa isidluliseli soxinzelelo sophawu oluvela kwamanye amazwe esichanekileyo kakhulu ukuqinisekisa ukuchaneka kunye nokuzinza koxinzelelo loxinzelelo lokumelana nomoya kwisampulu evavanyiweyo.

2. Ukusetyenziswa kweempawu ezaziwayo ze-high-precision double photometer sensor, ngelixa kubekwa esweni i-upstream and downstream particle concentration mg/m3, ukuqinisekisa ukuba kukho isampuli echanekileyo, ezinzileyo, ekhawulezayo nesebenzayo.

3. Umoya wokungena nowokuphuma kovavanyo uxhotyiswe ngesixhobo sokucoca ukuqinisekisa ukuba umoya wovavanyo ucocekile kwaye umoya ongaphandle ucocekile, kwaye indawo yovavanyo ayinangcoliseko.

4. Ukusetyenziswa kolawulo lwefrikhwensi oluqhelekileyo, isantya sefeni esiqhelekileyo, ulawulo oluzenzekelayo, ukuhamba kovavanyo kunye nozinzo ngaphakathi kwesantya sokuhamba esimiselweyo se-±0.5L/min.

5. Uyilo lwe-collision multi-nozzle luyasetyenziswa ukuqinisekisa ukulungiswa okukhawulezileyo nokuzinzileyo koxinzelelo lwenkungu. Ubungakanani besuntswana lothuli buhlangabezana neemfuno ezilandelayo:

5.1 Ityuwa: Uxinzelelo lwee-NaCl particles yi-1mg/m3 ~ 25mg/m3, ububanzi obuphakathi bokubala yi-(0.075±0.020) μm, kwaye ukuphambuka okuqhelekileyo kwejometri kokusasazwa kobukhulu bee-particles kungaphantsi kwe-1.86.

5.2. 0il: Uxinaniso lwe-oyile yamasuntswana 10 ~ 200mg/m3, ububanzi obuphakathi bokubala buyi (0.185±0.020) μm, ukuphambuka okuqhelekileyo kwejometri kokusasazwa kobungakanani bamasuntswana kungaphantsi kwe-1.6.

6. ngesikrini sokuchukumisa se-intshi ezili-10, isilawuli se-Omron PLC. Iziphumo zovavanyo ziyaboniswa okanye ziprintwe ngqo. Iziphumo zovavanyo ziquka iingxelo zovavanyo kunye neengxelo zokulayisha.

7. Lonke umatshini usebenza lula, beka nje isampulu phakathi kwesixhobo, uze ucinezele amaqhosha amabini okuqalisa esixhobo sesandla esichasene nokucinezela ngaxeshanye. Akukho mfuneko yokwenza uvavanyo olungenanto.

8. Ingxolo yomatshini ingaphantsi kwe-65dB.

9. Inkqubo yoxinaniso lwee-particle zokulinganisa ngokuzenzekelayo eyakhelwe ngaphakathi, faka nje ubunzima bomthwalo wovavanyo kwisixhobo, isixhobo sigqibezela ngokuzenzekelayo ukulinganisa ngokuzenzekelayo ngokomthwalo omiselweyo.

10. Umsebenzi wokucoca ngokuzenzekelayo wesixhobo esakhelwe ngaphakathi, isixhobo singena ngokuzenzekelayo ekucoceni ngokuzenzekelayo kwesixhobo emva kovavanyo, ukuqinisekisa ukuba akukho kuhambelana kwesixhobo.

11. Ixhotyiswe ngomsebenzi wovavanyo lokulayisha ngokukhawuleza lwe-KF94.

Iiparameter zobugcisa:

1. Uqwalaselo lwenzwa: inzwa ye-photometer ephindwe kabini

2. Inani lezikhululo zombane: izitishi eziphindwe kabini

3. Umatshini wokuvelisa i-aerosol: ityuwa kunye neoyile

4. Imo yovavanyo: iyakhawuleza kwaye ilayishiwe

5. Uluhlu lokuhamba kovavanyo: 10L/min ~ 100L/min, ukuchaneka yi-2%

6. Uluhlu lovavanyo lokusebenza kakuhle kokucoca: 0 ~ 99.999%, isisombululo 0.001%

7. Indawo yokuhamba komoya enqamlezileyo yi: 100 cm2

8. Uluhlu lovavanyo lokuxhathisa: 0 ~ 1000Pa, ukuchaneka ukuya kuthi ga kwi-0.1Pa

9. I-electrostatic neutralizer: ixhotyiswe nge-electrostatic neutralizer, enokuthi inciphise itshaja yamasuntswana.

10. Umbane, amandla: AC220V, 50Hz, 1KW

11. Ubukhulu obupheleleyo mm (L×W×H): 800×600×1650

12. Ubunzima: 140kg

Uluhlu loqwalaselo:

1. Umamkeli– iseti e-1
2. Izinzwa–2 ii-pcs

3. Itanki yothuli–1 pcs

4. Itanki yokuqokelela ulwelo–1 pcs

5. Ibhotile enye yesodium chloride okanye iDEHS

6. Isampulu enye yokulinganisa

Izixhobo ezikhethiweyo:

1. Impompo yomoya 0.35 ~ 0.8MP; 100L/min

2. Imaski yomphezulu wezinto ezifunekayo

3. Imaski ye-N95 eyomeleleyo

4. I-aerosol yetyuwa i-Nacl

5. I-oyile ye-aerosol 500ml