I-GDWS-311RC SF6 I-Gas Dew Point Tester
I-GDWS-311RC iyithuluzi elikahle lokuhlola indawo yamazolo yegesi ye-SF6.Ingxenye eyinhloko izinzwa zochungechunge lwe-DRYCAP ezikhiqizwe yinkampani yaseFinland Vaisala.Ngama-chips wehadiwe ochwepheshe kanye nama-algorithms wesoftware amahle kakhulu we-STMicroelectronics, sikhiqize isizukulwane esisha sethuluzi lokuhlola umswakama wegesi.
●Ukuqapha umswakama kwempahla kagesi yegesi ye-SF6 yamandla kagesi
●Ukuhlolwa kwekhwalithi yegesi yesilinda segesi ye-SF6
●Ukukhiqiza igesi ehlanzekile
●Ukunikezwa kwegesi eyomile embonini ye-semiconductor
●Ukusetshenziswa kocwaningo nentuthuko
●Ukuqapha igumbi/indlu eyomile
●Indawo yokwelapha ukushisa kwensimbi kanye nokutholwa komswakama kwegesi yezimboni elabhorethri, njengomoya, CO2, N2, H2, O2, SF6, He, Ar kanye namanye amagesi angasebenzi.
●Kungcono kunokunemba kwesilinganiso esingu-±2℃.
●Yonke indlela yegesi iwumklamo we-polymer, iqinisekisa ukuthi ayikho into elenga odongeni lwamanzi futhi iqinisekisa isivinini sokuhlola.
●Ivalvu elawula umzimba wensimbi engenawoyela isetshenziselwa ukuqinisekisa ukunemba kwevelu elinganisiwe.
●Ama-algorithms esoftware athuthukile athuthukisa ukunemba kokuhlolwa kwezinzwa.
●Isixazululo sokucushwa kwe-chassis esihlanganisiwe, abasebenzisi bangahlanganisa kalula amathuluzi ahlobene nezinto ezisetshenziswayo.Iphakheji iyonke iyathwalwa, okwenza umsebenzisi abe nesipiliyoni esikhululeke kakhudlwana.
●Qala isivivinyo, asikho isidingo sokushisa kuqala kanye ne-oscillate.
●Ukuguqulwa kwezinga lokushisa nokulungiswa kwedatha yengcindezi.
●Ubuchwepheshe bekhompiyutha obungacacile.
●Amandla ebhethri e-lithium anamandla amakhulu, qaphela ukuhlinzekwa kwamandla okubili kwe-AC ne-DC.Awekho amandla e-AC akusayithi adingekayo.Ukunikezwa kwamandla ebhethri ye-lithium kuyaqhubeka nokusebenza isikhathi esingaphezu kwamahora angu-8 ngaphandle kwesidingo sokunikezwa kwamandla kwangaphandle.
●I-Anti-electromagnetic interference circuit design yokuqinisekisa ukwethembeka komkhiqizo.
●Umsebenzi wokugaywa kabusha kwegesi, ulungele imvelo.
●Idatha yokuhlola izinzile futhi inganikeza kokubili amanani ajwayelekile wephoyinti lamazolo kanye namanani aguquliwe wephoyinti lamazolo ku-20℃.
●Indawo yokuhlola ehamba phambili ibonisa ukuthi umsebenzisi angakwazi ukulungisa ukugeleza kwegesi ngendlela enembile futhi ngokushesha.Yehlisa isikhathi sokuhlola.
●I-air inlet yakhelwe ngejoyinti elincane elizivalayo, futhi indlela yomoya ezohlolwa ngeke ivuze lapho indlela yomoya inqanyulwa.
●Indlela yokulinganisa: Isimiso sokulinganisa esiqinile nesinamandla
●Ibanga lokulinganisa: indawo yamazolo -80℃--+20℃(support ppmv)
●Ukunemba: ±2℃
(uma izinga lokushisa lamazolo lingaphansi kuka-0 ℃, ukuphuma kwenzwa kuyiphuzu lesithwathwa)
●Isikhathi sokuphendula: 63% [90%]
+20→-20℃ Td 5s[45s]
-20→-60℃ Td 10s[240s]
●Ukulungiswa: 0.01 ℃
●Ikhono lokuphinda: ± 0.5℃
●Iyunithi yokubonisa: ℃, ppm, ℃P20(inani eliguquliwe ku-20℃)
●Ukugeleza kwegesi: 400-600ml/min
●Isibonisi sokugeleza: 0-1000mL imitha yokugeleza yedijithali
●Isampula yokucindezela kwegesi: ≤1MPa
●Ukunikezwa kwamandla: 220VAC±10%, 50Hz, AC/DC ukusetshenziswa, ukusebenza okuqhubekayo akukhona ngaphansi kwamahora angu-8.
●Sebenzisa izinga lokushisa lendawo: -20-+60℃
●Umswakama wendawo: 90%RH
●Umthelela yenani lokulinganisa: Awukho umthelela wengcindezi nokugeleza
●Ubukhulu: 395*295*155mm
●Isisindo: mayelana ne-2kg
| Iyunithi eyinhloko | 1 isiqephu |
| I-adaptha | 1 setha |
| Ipayipi le-Teflon (kufaka phakathi i-valve yokulungisa ukugeleza nesixhumi esisheshayo) | 1 setha |
| Ipayipi lomsila | 1 setha |
| Izingxenye ezisele | 1 setha |
| Ishaja | 1 isiqephu |
| Umsebenzisi's Umhlahlandlela | 1 kopisha |
| Umbiko Wokuhlola | 1 kopisha |
