I-ZR-7250 Air Quality Monitoring Station
Isiteshi Sokuqapha Ikhwalithi Yomoya (I-AQMS) iwuhlelo olukala imingcele ye-metrological efana nezinga lokushisa, umswakama, ingcindezi ye-barometric, isivinini somoya, isiqondiso somoya, umsindo nemingcele ye-ambient. I-AQMS iphinde ihlanganise uchungechunge lwabahlaziyi be-ambient ukuqapha ukugcwala kokungcola komoya (okufana ne-SO.2, CHAX, YINI, O3, PM10, PM2.5njll.) ngesikhathi sangempela futhi ngokuqhubekayo.
Ifanele ukusetshenziswa ezinhlobonhlobo zamaphrojekthi, okuhlanganisa amanethiwekhi kazwelonke nawamadolobha okuqapha umoya, ukuqapha oseceleni komgwaqo, nokuqapha umngcele wezimboni.
Ubani i-ZR-7250?
Abacwaningi, ochwepheshe bokuqapha umoya, abaxhumanisi bezemvelo, nabahlanza izimboni basebenzisa i-ZR-7250 AQMS ukumisa amanethiwekhi okuqapha umoya kazwelonke nasemadolobheni, ukwenza ukuhlolwa komthelela kwemvelo, kanye nokuqinisekisa ukuthi ama-receptors azwelayo emphakathini awekho engcupheni yokungcoliswa komoya.
Yini engalinganisa i-ZR-7250?
>I-Particulate Matter:PM10, PM2.5, PM1
>Amagesi:SO2, CHAX, YINI, O3
>Ezemvelo:Izinga lokushisa, umswakama, umsindo, ingcindezi ye-barometric, isivinini somoya kanye nesiqondiso
Izicelo ezisebenzayo ze-ZR-7250 AQMS zifaka:
>Amanethiwekhi okuqapha umoya wasemadolobheni
>Amanethiwekhi kazwelonke wokuqapha umoya
>Ukuqapha umoya oseceleni komgwaqo
>Ukuqapha ipherimitha yezimboni
>Ukuhlolwa komthelela kwezemvelo
>Amaphrojekthi ocwaningo kanye nokubonisana
>Ukuqapha indawo eshisayo yesikhashana
Izici
>Isilinganiso esiqhubekayo, kanyekanye sokufika kwezingu-10 ezingcolisa umoya ezivamile namapharamitha emvelo ngesikhathi sangempela.
> Uchungechunge lwe-AQMS lungenziwa ngezifiso. Idizayini eyimojuli ehlukile ikhulisa ukuguquguquka futhi yenza ukugcinwa nokusevisa kube lula.
>Isiteshi singabuye sifakwe ukulinganisa okuhlanganisiwe.
>Idatha ilandeleka emuva kumazinga omhlaba - USEPA (40 CFR Ingxenye 53) kanye ne-EU (2008/50/EC).
>Ukudluliswa kwedatha okukude, umsebenzi onamandla wokugcina idatha kuze kube unyaka owodwa.
Diliva Izimpahla
| Ipharamitha | CO | SO2 | NOx | O3 |
| Isimiso | I-NDIR | I-UV Fluorescence | I-CLIA | I-UV Spectrophotometry |
| Ibanga | (0 - 50) ifomu/mol | (0 - 500) ifomu/mol | (0 - 500) nmol/mol | (0 - 500) nmol/mol |
| Ukugeleza kwesampula | (800-1500) mL/min | (500-1000) mL/min | (450±45)mL/min | 800 mL/min |
| Umkhawulo wokubona ophansi kakhulu | ≤0.5 umol/mol | ≤2 mol/mol | ≤0.5 nmol/mol | ≤1 i-nmol/mol |
| Iphutha | ±2%FS | ±5%FS | ±3%FS | ±2%FS |
| Impendulo | ≤4 iminithi | ≤5 amaminithi | ≤120s | ≤30s |
| Ukugcinwa kwedatha | 250000 amaqembu | |||
| Usayizi | (L494*W660*H188)mm | |||
| Isisindo | 15kg | |||
| Ukunikezwa kwamandla kagesi | I-AC (220±22)V, (50±1)Hz | |||
| Ukusetshenziswa | ≤300W | ≤300W | ≤700W | ≤300W
|
| Ipharamitha | PM10/PM2.5/PM1 |
| Isimiso | Indlela ye-Beta Attenuation |
| Ibanga | （0~1000）μg/m3noma (0~10000)μg/m3 |
| Ukugeleza kwesampula | 16.7L/min |
| Umjikelezo wamasampula | 60 imiz |
| Umfutho we-atmospheric | (60 - 130) kPa |
| Umswakama | (0 - 100)%RH |
| Ukugcinwa kwedatha | Idatha yezinsuku ezingama-365 yokuhlushwa ngehora |
| Usayizi | (L324*W227*H390)mm |
| Isisindo | I-11kg (ikhanda lesampula lifakiwe) |
| Ukusetshenziswa | ≤150W |
| Ukunikezwa kwamandla kagesi | I-AC (220±22)V, (50±1)Hz |
