Isitholi sokuvuza kwegesi ye-methane esilawulwa yi-laser esiphathwa ngesandla (JJB30)
1. Isifinyezo
I-laser ephathwa ngesandla ekude negesi ye-methane iwubuchwepheshe obuthuthukisiwe obuphezulu obuthola ukuvuza kwe-methane kusuka kude. Yisizukulwane esisha semikhiqizo yokuthola ukuvuza, okuthuthukisa kakhulu ukusebenza kahle nokuphepha kokuhlola ukuhamba, ithuluzi elitholakalayo, elaziwa kabanzi emhlabeni jikelele.
Isebenzisa i-tunable laser spectroscopy (TDLS) ukuthola ngokushesha ukuvuza kwegesi okufika kumamitha angu-30 ukusuka lapha. Abantu bangabona ngempumelelo izindawo okunzima ukuzifinyelela noma ezingafinyeleleki ezindaweni eziphephile, njengemigwaqo ematasa, amapayipi alengayo, imibhoshongo emide, amapayipi okuthutha amade, amakamelo anganakiwe nokuningi. Ukusetshenziswa kwayo akugcini nje ngokuthuthukisa ukusebenza kahle kanye nekhwalithi yokuhlola ukuhamba, kodwa futhi kwenza kube lula okungenakufinyelelwa noma okunzima ukufinyelelwa endaweni yokuhlola.
Ilula, isetshenziswa kancane amandla futhi ingasekela imisebenzi yokulinganisa eqhubekayo yesikhathi eside futhi ingazivumelanisa nezidingo ezahlukene zemvelo (njengobubanzi bokushisa nokusebenza kanye nengcindezi, umswakama ophezulu, njll.). Lo mkhiqizo unekhono lokusabela lokubona elibucayi, imizuzwana engu-0.1 nje ukuthola imiphumela yokuhlolwa, ukunemba kokubona okufika ku-100ppm-m noma ngaphansi futhi ungenziwa ngezifiso ngokwezindlela zokudlulisa idatha yamakhasimende, njenge-Bluetooth.
2. Izici
1. Imikhiqizo ephephile ngokwendalo;
2. Igesi (i-methane) iyakhetha, ayinawo amanye amagesi, umhwamuko wamanzi, ukuphazamiseka kothuli;
3. Ibanga lokuthola: ukuthola ukuvuza kwegesi okuqukethe i-methane kanye ne-methane ebangeni elingamamitha angu-30;
4. Usayizi omncane, isisindo esincane, kulula ukuwuthwala;
5. Ukusetshenziswa kwamandla okuphansi, kungasebenza isikhathi eside;
7. Ukusebenza okuphezulu okuvikela ukushaqeka, ukungangeni manzi kanye nokuvikela uthuli;
8. Impendulo esheshayo, ububanzi obukhulu bokulinganisa kanye nokunemba okuphezulu kokulinganisa;
9. Ingakwazi ukurekhoda idatha kanye nomsebenzi wokudlulisa i-Bluetooth.
3. Amapharamitha Obuchwepheshe
Indlela yokuthola: i-harmonic laser spectrum theory
Ukutholwa kwegesi :CH4 (NH3 / HCL / C2H6 / C3H8 / C4-C6 ongazikhethela)
Uhlobo lwenzwa: i-laser ye-infrared
Ububanzi bokulinganisa: 0-10% vol (0 kuya ku-99,999 ppm-m)
Ibanga lokutholwa: kufika ku-30m
Ibanga lokuthola ukuzwela: 0-15m, 5ppm-m
Ibanga lokutholwa elingu-15-30m, 10ppm-m%
Ukunemba kokulinganisa: ± 10% @ 100 ppm-m (2m)
Isikhathi sokuphendula :0.1 s (1s njengokuhlukanisa)
I-alamu: i-alamu ekhanyayo yedijithali
Imodi yokubonisa: I-LCD
Imodi yokushaja: isihlalo sokushaja, 110-240VAC, 50 / 60Hz
Ukunikezwa Kwamandla: Ibhethri Le-Lithium Elingaphinde Lishajwe (Ibhethri Elingaphinde Lishajwe Elingaphinde Lishajwe)
Amahora okusebenza: amahora ayi-10 okusebenza uma ushaje ngokugcwele
Izinga lokushisa lokusebenza: -20 ℃ ~ 50 ℃
Umswakama ohlobene: ≤99%
Ingcindezi: 80kPa-116kPa
Ubukhulu bangaphandle: 132mm × 74mm × 36.5mm
Isisindo somshini: 360g
Izinto zokwakha: ABS + PC
Umsebenzi wokuzihlola uza nemisebenzi yokuzihlola kanye nokulinganisa, ngaphandle kwesidingo sokulinganisa nsuku zonke
Ikilasi lokuvikela nge-laser: Ikilasi IIIR
Isitifiketi: I-Exia II CT6
Isigaba sokuvikela: IP65
Isesekeli Ongakukhetha: ibhande le-ergonomic
