UkuJonga i-Atmospheric

Iintlobo zeemveliso

iveliso ezifakiwe

MR-ACT Gas Telemetry Imaging System Early Warning

I-MR-FAT Fourier Transform Infrared Telemeter

I-MR-AX i-Odor Gas Detector inokuchonga uhlobo lwegesi yevumba

I-MR-AX I-Odor Gas Detector inokuchonga uhlobo lwe-O...

I-MR-AX i-Multi-Gas Detector inokulinganisa iNgxaki yeegesi

I-MR-AX i-Multi-Gas Detector inokulinganisa uninzi lwe ...

MR-DO2 Multi-Component Gas-Liquid Mixing Dynami...

MR-DF2 High-Precision Dynamic Isixhobo soSasazo lwerhasi

I-MR-DF2 iHigh-Precision Dynamic Gas Distribution ...

Imitha ye-MR-DF3 ePhathwayo ePhezulu-echanekileyo eDynamic yokusasaza igesi

I-MR-DF3 Ephathekayo ePhezulu-Echanekileyo

I-MR-A(S) iMoni yoMgangatho woMoya we-Ambient (Isikhululo esizenzekelayo)

I-MR-A(S) i-Ambient Monitor yoMgangatho woMoya (Okuzenzekelayo ...

I-MR-A(M) iMoni yoMgangatho woMoya we-Ambient (Isikhululo soMoya esiNcinci)

I-MR-A(M) i-Ambient Monitor yoBulunga boMoya (Umoya omncinci ...

I-MR-A i-Ambient Monitor yoMgangatho woMoya (Ephathekayo)

0102

I-MR-A(M) iMoni yoMgangatho woMoya we-Ambient (Isikhululo soMoya esiNcinci)

I-MR-A (M) imonitha yomgangatho womoya we-ambient (isikhululo somoya esincinci) sisixhobo sokubeka iliso kwiiparamitha zegesi emoyeni. Inokulinganisa ngaphezu kweentlobo ezingama-30 zeegesi, i-particle ye-particle kunye nezinye izinto ezingcolisayo kunye neegesi eziyityhefu neziyingozi emoyeni.

Qhagamshelana nathi

iinkcukacha zemveliso

Ifanelekile kwiiModeli

umxholo

I-MR-A(M) imonitha yomgangatho womoya ongqongileyo (isikhululo sokubeka iliso esincinci) sisijoni somgangatho womoya esihlala sithobelana nendlela yeKlasi C "yeNdlela zokuBeka iliso loMoya kunye nokuPhuma kweGesi kunye noHlalutyo" epapashwe nguRhulumente woLawulo lokusiNgqongileyo. Inokubeka iliso ubuncinane iimonitha ezine zomgangatho womoya ngexesha elinye. Ukuxinwa kweegesi ezilinganisiweyo kunye nomcimbi ofunekayo kwi-Arhente yoKhuseleko lweNdalo. Iigesi ezibekwe esweni zokusingqongileyo ziquka: SO2, VOC, H2S, NH3, kwaye inokwandiswa ukubeka iliso ngaphezu kweentlobo ezingamashumi amathathu ze-NO2, CO, O3, NOX, CH4, HCl, HF, Cl2, CO2, njl. Igesi; Ugxininiso lwamasuntswana othuli lubandakanya: PM2.5, PM10. TSP; iparameters meteorological: ubushushu, ukufuma, uxinzelelo lomoya, isantya somoya, ulwalathiso lomoya, ukukhanya, ultraviolet radiation, imitha yelanga, ingxolo, ioksijini ion negative, njl ImiGangatho yokuThutha" (GB 14554-93), "iMigangatho yokuNcofa iPetroleum yoShishino oluNgcolisayo" (GB 31570-2015), "I-Petrochemical Industry Pollution "Plastic Emission Standard" (GB 31571-2015) kunye nezinye iinkcukacha ezihambelanayo, usebenzisa i-algorithm ye-original core ukuphumeza ukufumanisa ukuchaneka okuphezulu kunye nesisombululo se-1 ppb, enokufikelela kwisizwe. isikhululo solawulo lwezalathi zokubek' esweni, kwaye sinamalungelo azimeleyo epropathi enomgangatho ophezulu wokuqonda (Patent No.: ZL2011 1 0364029.4 imveliso yesiqinisekiso semetroloji yeSizwe, inombolo ye-CMC: I-Beijing 01150025 No. 01 inengxelo yokuthelekisa ekhutshwe yi-China Academy of Environmental Sciences.

Iindawo zesicelo

Uphononongo lomgangatho womoya we-Ambient kunye nokubeka iliso
Ukubeka iliso okongeziweyo kweziza ezilawulwa ngurhulumente
Ukujongwa komgangatho womoya ezidolophini
Ukubekwa esweni kweendawo eziphambili
Ukujongwa kwendlela yezithuthi
Ukujongwa komda wepaki yemizi-mveliso
Ukubekwa kweliso kwindalo esingqongileyo

uphawu oluphambili

Ukusebenzisa inzwa yegesi ye-ppb, isixhobo sinokuchaneka kokuchaneka okuphezulu kunye nokusebenza okuzinzile;
Inokudityaniswa kwiiplatifti ezahlukeneyo zesoftware ngokweemfuno zabasebenzisi;
IP43 uyilo lwesicelo sangaphandle, ukungangeni kwamanzi, ukothuka, ukuchasana nomhlwa, kunye nokuxhathisa isitshizi setyuwa;
Ukushisa okuthe rhoqo kunye noyilo lwe-dehumidification luqinisekisa ukusebenza okuthembekileyo kwesixhobo kwiindawo ezikhuselekileyo;
Uyilo lwenqanaba lomkhosi, kunye nobushushu, ukufuma kunye nembuyekezo yenqaku elingu-zero;
Ipompo yesampuli yokuqukuqela ethe gqolo eyakhelwe ngaphakathi, ukujonga okuzinzile, impendulo ekhawulezayo, ubomi benkonzo ≥ iminyaka emi-2;
Indlela yegesi yenziwe nge-anti-adsorption polytetrafluoroethylene ukuqinisekisa ukuchaneka komlinganiselo kunye nokwandisa ubomi benkonzo;
Inokufakwa kwi-floor-standing installing, ukufakwa kwe-hoop, ukufakwa kodonga kunye nezinye iindlela zokufakela;
Ubungakanani obuncinci, ukubeka iliso okudibeneyo, kunye nolona khetho lungcono loyilo lwegridi;
Imveliso ithatha idizayini yeemodyuli, kwaye iimodyuli eziphambili ziyakwazi ukuchithwa ngokulula kwaye zibuyiselwe kumenzi wokulinganisa kunye nokulinganisa, okwenza kube lula ukuzigcina;
Idizayini yesikrini sokuchukumisa i-LCD, imizobo, iigophe, iitshathi kunye nezinye iindlela zokubonisa;
Ngembuyekezo yeqondo lobushushu, inokuqonda ulungiso oluzenzekelayo lophazamiseko olunqamlezayo, ulungiso oluzenzekelayo lwendawo eyi-zero kunye noluhlu lokukhukuliseka, njl.;
Bala ngokuzenzekelayo umndilili weyure, umndilili wemihla ngemihla, umndilili weveki, umndilili wenyanga, umbuzo wedatha yembali kunye neminye imisebenzi ukuze uyisebenzise ngokulula. Ingaphezulu kweendlela zemveli kunye nezintsonkothileyo zokufumanisa ezifuna ukuqokelelwa kwerhasi kwisiza kwaye emva koko kuhlalutywe elabhoratri.
Ukuguqulwa okuzenzekelayo kweeyunithi zedatha yokubeka iliso, mg/m3, ppb, ppm;
Ukugcinwa kwedatha kukhuselekile kwaye kunokwethenjelwa, kunye nomsebenzi webhokisi elimnyama kwaye awuyi kulahleka.

Iiparamitha zokubeka iliso

1.Gas esweni inxalenye

Iiparamitha zokubona	Uluhlu lokulinganisa	isisombululo	Ukuchaneka	Umgaqo womlinganiselo
sulfur dioxide SO2	(0～5)mg/m³	0.030mg/m³(0.01ppm)	≤±2％FS	I-electrolysis enokwenzeka rhoqo (i-electrochemistry)
ihydrogen sulfide H2S	(0～1.5)mg/m³	0.015mg/m³(0.01ppm)	≤±2％FS	I-electrolysis enokwenzeka rhoqo (i-electrochemistry)
I-Amoniya NH3	(0～3)mg/m³	0.008mg/m³(0.01ppm)	≤±2％FS	I-electrolysis enokwenzeka rhoqo (i-electrochemistry)
ukuguquka kwezinto eziphilayo VOC	(0～50)mg/m³	0.004mg/m³(2ppb)	≤±2％FS	Ukufota (PID)

2.Inxalenye yokubeka iliso kwiMeteorology

Iimpawu zemozulu	Uluhlu lokulinganisa	isisombululo	Ukuchaneka	Umgaqo womlinganiselo
ubushushu bomoya	-40 ~ 123.8℃	0.1℃	±0.3℃, iqondo elinguziro lokukhukuliseka lingaphantsi kwe-0.04℃/ngonyaka	Indlela yombane weDiode junction
Ubuntu bezizalwane	0~100%RH	0.05%RH	±3% RH eqhelekileyo	Unamandla
icala lomoya	0-359.9º (Akukho mabala angaboniyo)	0.1º	±3%	ultrasound
isantya somoya	0-60m/s	0.05m/s	±3%	ultrasound
uxinzelelo lomoya	1-110 kPa	0.01 kPa	±0.05 kPa	I-Piezoresistive

Amagqabantshintshi:Iiparamitha zingandiswa: ngaphezu kweentlobo ezingamashumi amathathu zegesi ezifana ne-H2S, i-CH4, i-HF, i-CL2, i-NH3, i-CO2, i-HCL, i-VOC, njl., ezinokuthi zenziwe ngokwezifiso ngokweemfuno zomsebenzisi.

Kwangaxeshanye, iiparamitha ezintlanu zemeteorological ezifana nesantya somoya, icala lomoya, ubushushu, ukufuma, kunye noxinzelelo lomoya lungongezwa ngokweemfuno zabathengi, kunye nesixhobo sokuhlola umgangatho womoya esisebenza ngeendlela ezininzi esinokwandiswa ukubeka iliso kwiiparamitha ezinje. imvula, umthamo wekhephu, i-CO2, ukukhanya, ingxolo, kunye ne-oksijini engalunganga.

Iimpawu zobugcisa

Ubomi boluvo	Inzwa ye-Electrochemical iminyaka emi-2, Iinzwa ze-infrared kunye ne-PID iminyaka emi-2
Ukuchaneka	≤±2%FS
Umgca	≤±2%FS
Zero drift	≤±2%FS
Ixesha lokuphendula
Ubushushu bokusebenza	-20℃～+60℃
ubushushu bokugcina	-20℃～+60℃
Ukufuma okusebenzayo	15%～95%RH(akukho kucondensation)
uxinzelelo lomsebenzi	65.1–115kPa
Indlela yokusebenza	esebenza ngokuqhubekayo
Ukuhamba kwesampulu	1L/min (igesi),
Indlela yesampulu	Impompo yesampula yovavanyo lwamandla aphezulu
bonisa	Ifakwe 7-intshi LCD touch screen
Ujongano lwedatha	USB, RS485, RS232, GSM/GPRS/3G/4G,RTU modbus
Inqanaba lokhuseleko	IP43
Ukusebenza kombane	110VAC ~ 240VAC 50Hz (eyakhelwe-ngaphakathi ibhetri ye-lithium inokusebenza ngokuqhubekayo kwiiyure ezisi-8 emva kokuphela kombane)
Ukusetyenziswa kwamandla aphezulu	10W@220V AC
Indlela yokufakela	Ukufakwa kwe-hoop, ukufakwa kodonga, ukufakwa komgangatho
Ubunzima obupheleleyo	25KG
Imilinganiselo	1000×370×260mm Ubude×Ubude×Ububanzi

Isoftware yePC

Isoftware yekhompyuter yekhompyuter ikwinkqubo ye-IMS, kwaye iseva yelifu isetyenziselwa ukunxibelelana neendawo zokuhlola umgangatho womoya we-ambient ukuphumeza imisebenzi efana nolawulo loqhagamshelo, ukuqokelela idatha, ukugcinwa kunye nokuhanjiswa kwenani elikhulu lezixhobo ezikude.

Umsebenzi we-IMS unezi mpawu zilandelayo:

(1) Ixhasa intambo yenethiwekhi, i-GPRS kunye ne-4G uxhulumaniso, akukho lungelelwaniso olunzima olufunekayo, kwaye isicelo silula kwaye sikulungele;

(2) Ukuxhasa i-APP ye-mobile yokubeka iliso ekude;

(3) I-alamu yenkxaso yedatha, i-APP yeselula inokutyhala ulwazi lwe-alamu, kwaye inokuqwalasela i-SMS push kunye ne-WeChat push;

(4) Ukuxhasa ukurekhodwa kwedatha yembali, ukuqokelela kunye nokurekhoda idatha yeendawo zokubeka iliso ezibhalisiweyo, kunye nenkxaso yokuboniswa kwedatha yeengqungquthela zoluhlu kunye nohlalutyo lwamanani olusetyenziswa ngokuqhelekileyo;

(5) Ixhasa ukuqaliswa kwakhona kwe-breakpoint, umsebenzi wokuvala i-remote shutdown, ukuvala ukulawulwa kude, kunye nokuququzelela ulawulo lwesixhobo esikude.

(6) Ixhasa ulwahlulo lwemvume, kwaye inokwaba ulwazi lweakhawunti ngeemvume ezahlukeneyo ngokwemeko yokwenyani ukuququzelela ukusetyenziswa kwabathengi.

Imisebenzi ye-APP yeselula

(1) Ukujongwa kwedatha kunokujongwa kwaye iindawo zokubeka iliso zinokongezwa ngokungenamkhawulo;

(2) Xa i-alam yedatha isenzeka, i-alamu inokukhuthazwa kwaye imiyalezo ingathunyelwa;

(3) Ulwazi lwesixhobo esikude lunokulawulwa.