Indlu yangasese ibalulekileindawoempilweni yethu. Kungahlangabezana nezidingo zethu zomzimba kodwa kunezingozi ezithile zokuphepha. Ngo-2019, umbhangqwana osemusha eShanghai washona ngemuva kokufakwa ubuthi endlini yokugezela ekhaya labo. Umnyango wezomlilo wafika endaweni yesehlakalo wasebenzisa umshini wokuthola igesi enobuthi owathola i-hydrogen sulfide enezingqimba ezintathu idlula izinga. Ngemva kokucindezela inkinobho yesitsha sendlu yangasese, i-hydrogen sulfide ephezulu kakhulu engu-100ppm yakhiqizwa ngokushesha. Ngemva kokuhlola, laba bobabili bafa ngenxa yobuthi be-hydrogen sulfide. Ngokusho kwedatha, lapho umoya uqukethe i-hydrogen sulfide engu-200ppm, ungabangela ubuthi uma uphefumula imizuzu emi-5 kuya kwengu-8. Uma umoya uqukethe i-1000ppm kuya ku-1500ppm, ungabangela ukufa ngesikhathi esifushane. Ukuvezwa kobuthi obukhulu kakhulu: phefumulela umlomo owodwa kuya kwemibili ukuze ukwazi ukuyeka ukuphefumula ngokushesha, ufe ngokushesha.
Ngaphezu kwezingozi ezifihliwe zezindlu zangasese zasekhaya, izindlu zangasese zomphakathi nazo "zingababulali abangabonakali". ENingizimu Korea, intombazane yaya endlini yangasese yomphakathi eseceleni komgwaqo kodwa ayizange iphume kamuva. Lapho itholakala, yayingazi lutho futhi yashona ngemuva kokuthola isibhedlela. Ngemva kophenyo, intombazane yaphefumula i-hydrogen sulfide ethangini lokukhipha amanzi endlini yangasese yomphakathi, okwabangela ukufa. I-hydrogen sulfide iyigesi engenambala, enobuthi kakhulu, ene-asidi. Inephunga elikhethekile lamaqanda abolile, ngisho nokuhlushwa okuphansi kwe-hydrogen sulfide kungalimaza umuzwa womuntu wokuhogela. Lokho esikubiza ngokuthi "iphunga lendlu yangasese" kuwumphumela wesenzo salezi gesi ezixubile. Igesi iqukethe nama-hydrocarbon afana ne-methane, okuyingozi kakhulu.
Ngokuthuthuka kobuchwepheshe obufana nobuhlakani bokwenziwa kanye ne-Internet of Things, umkhiqizo wobuchwepheshe wezindlu zangasese zomphakathi ezihlakaniphile uye wandiswa. Ihlanganisa idatha enkulu, i-Internet of Things, isitoreji samafu, ukubalwa kwamafu, izinzwa, i-SIG-MESH kanye nobunye ubuchwepheshe ukuze kuvunyelwe izindlu zangasese zendabuko ukuba nombono wesikhathi sangempela, ukwahlulela okunembile kanye namakhono okucubungula anembile. I-Amonia, i-hydrogen sulfide, i-CO2, izinga lokushisa, kanye nomswakama kuyizinkomba ezibalulekile zedatha ekuhlolweni kwekhwalithi yomoya wezindlu zangasese zomphakathi. Ukuhlolwa kwale datha akuhlukaniseki ekulinganisweni kwethu kwezinzwa. Ngisho nezinye izindlu zangasese zomphakathi ezivamile kufanele zifakwe: i-alamu yegesi ye-ammonia, i-alamu ye-hydrogen sulfide kanye nomlandeli wokukhipha umoya, njll., ukususa iphunga elingavamile ngesikhathi ukuze kugwenywe ukulimala.
Inzwa yegesi ye-HENGKO Hydrogen sulfide：
Isikhathi sokuphendula:<10s
Isikhathi sokubuyisela: ＜ amasekhondi angu-40
Ububanzi bomswakama: 10~95%RH (Akukho ukujiya)
Ibanga lokushisa: -20℃ ~ 50℃
Isilinganiso se-IP: IP66
Indlu yenzwa yegesi inamandla okumelana nokuqhuma futhi ayishisi, ifaneleka kakhulu endaweni yegesi eqhumayo embi kakhulu.
Ububanzi bokucindezela: 150bar
Ububanzi bokushisa: -70℃ -600℃
Usayizi we-Pore: 0.2-90um noma ngokwezifiso
Inzwa yokushisa nomswakama ye-HENGKO:
Umphumela we-analog: 4-20mA，RS485
Isiginali yokuphuma: I²C
Ububanzi bomswakama: 0-100% RH
Ububanzi bokushisa: -40℃ -125℃
Isilinganiso sokungangeni manzi: IP65 kanye ne-IP67
I-HENGKO lokushisa kanye nomswakama inzwa ye-probe casingivikela isimo sezulu futhi izovimba amanzi ukuthi angangeni emzimbeni wesenzwa futhi ayilimaze, kodwa ivumela umoya ukuthi udlule ukuze ukwazi ukukala umswakama ngaphandle.
I-HENGKO Technology Co., Ltd. ingumkhiqizi wezobuchwepheshe obuphezulu ogxile ku-R&D, ukuklama nokwenziwa kwezinto zokuhlunga zensimbi engagqwali ezinezimbobo ezisikiwe, i-carbonation diffuser, i-probe ye-sensor yemitha yomswakama wokushisa kanye ne-gas detector izindlu ezinezimbobo njll. Kunezinhlobo ezahlukene zezinzwa zegesi kanye nezinzwa zokushisa nomswakama ezitholakala ku-reference yakho, sicela usithinte ukuze uthole imininingwane eyengeziwe.
Isikhathi sokuthunyelwe: Novemba-30-2020
