Isikhululo sokuJonga uMgangatho woMoya we-ZR-7250
Isikhululo sokuJonga uMgangatho woMoya (AQMS) yinkqubo elinganisa iiparamitha zemitha ezifana neqondo lobushushu, ukufuma, uxinzelelo lwebhayometriki, isantya somoya, icala oya ngakulo umoya, ingxolo kunye neeparamitha ze-ambient.I-AQMS ikwadibanisa uluhlu lwabahlalutyi be-ambient ukujonga ukuxinana kongcoliseko lomoya (njenge-SO.2, HAYIX, CO, O3, PM10, PM2.5njl.) Ixesha lokwenyani kwaye ngokuqhubekayo.
Ilungele ukusetyenziswa kuluhlu lweeprojekthi, kubandakanywa uthungelwano lokubeka iliso lomoya kuzwelonke nakwizidolophini, ukubekwa kweliso ecaleni kwendlela, kunye nokujongwa komjikelezo wemizi-mveliso.
Ngubani uZR-7250?
Abaphandi, iingcali zokubeka iliso emoyeni, abacebisi bendalo, kunye nabacoci bemizi-mveliso basebenzisa i-ZR-7250 AQMS ukuseka uthungelwano lokubeka iliso lomoya kuzwelonke nakwiidolophu, ukwenza uvavanyo lwempembelelo yendalo esingqongileyo, kunye nokuqinisekisa ukuba abamkeli ababuthathaka kuluntu abakho emngciphekweni wongcoliseko lomoya.
Izicelo ezisebenzayo ze-ZR-7250 AQMS ziquka:
Uthungelwano lokuhlola umoya ezidolophini
Uthungelwano lokuhlola umoya weSizwe
Ukujongwa komoya ecaleni kwendlela
Ukujongwa kweperimeter yeshishini
Uvavanyo lwempembelelo yokusingqongileyo
Iiprojekthi zophando kunye neengcebiso
Ixesha elifutshane lokujonga indawo eshushu
Yintoni enokulinganisa iZR-7250?
Umba ocacileyo:
PM10, PM2.5, PM1
Iigesi:
SO2, HAYIX, CO, O3
Okusingqongileyo:
Iqondo lobushushu, ukufuma, ingxolo, uxinzelelo lwebharometriki, isantya somoya kunye necala eliya ngakulo
01.Umlinganiselo oqhubekayo, ngaxeshanye ukuya kutsho kwi-10 ezingcolisa umoya eziqhelekileyo kunye neeparamitha zokusingqongileyo ngexesha langempela.
02.Uthotho lwe-AQMS lunokwenziwa ngokwezifiso.Uyilo olulodwa lweemodyuli lunyusa ukuguquguquka kwaye lwenza ugcino kunye nenkonzo ibe lula.
03.Isikhululo sinokuxhotyiswa ngolungelelwaniso oludibeneyo.
04.Idatha iyalandeleka emva kwemigangatho yamazwe ngamazwe - USEPA (40 CFR Icandelo 53) kunye ne-EU (2008/50 / EC).
05. Ukuhanjiswa kwedatha ekude, umsebenzi onamandla wokugcina idatha ukuya kunyaka omnye.
| Ipharamitha | CO | SO2 | NOx | O3 |
| Umgaqo | NDIR | I-UV Fluorescence | I-CLIA | I-Uv Spectrophotometry |
| Uluhlu | (0 - 50) umol / mol | (0 ~ 500)umol/mol | (0 ~ 500) nmol/mol | (0 ~ 500) nmol/mol |
| Isampulu yokuqukuqela | (800-1500)mL/min | (500-1000)mL/min | (450±45)mL/min | 800 mL/min |
| Owona mda wokubona usezantsi | ≤0.5 umol / mol | ≤2 umol / mol | ≤0.5 nmol/mol | ≤1 nmol/mol |
| Impazamo | ±2%FS | ±5%FS | ±3%FS | ±2%FS |
| Impendulo | ≤4min | ≤5min | ≤120s | ≤30s |
| Ukugcinwa kwedatha | Amaqela angama-250000 | |||
| Ubungakanani | (L494*W660*H188)mm | |||
| Ubunzima | 15kg | |||
| Ukunikezwa Amandla | AC (220±22)V, (50±1)Hz | |||
| Ukusetyenziswa | ≤300W | ≤300W | ≤700W | ≤300W |
| Ipharamitha | PM10/PM2.5/PM1 |
| Umgaqo | Indlela yokuthomalalisa iBeta |
| Uluhlu | (0 ~ 1000)μg/m3 okanye (0 ~ 10000)μg /m3 |
| Isampulu yokuqukuqela | 16.7L/min |
| Umjikelo wesampulu | 60min |
| Uxinzelelo lwe-atmospheric | (60-130) kPa |
| Ukufuma | (0-100)%RH |
| Ukugcinwa kwedatha | Iintsuku ezingama-365 zedatha yoxinaniso lweyure |
| Ubungakanani | (L324*W227*H390)mm |
| Ubunzima | 11kg (intloko yesampuli ifakiwe) |
| Ukusetyenziswa | ≤150W |
| Ukunikezwa Amandla | AC (220±22)V, (50±1)Hz |
Hambisa iMpahla
