I-Nernst N2035A ACID dewpoint analyzer

Incazelo emfushane:

Isilinganiso se-probe esizinikezele: Isihlaziyi esisodwa singakala kanyekanye okuqukethwe komoyampilo, indawo yamazolo emanzini, umswakama, kanye nendawo yamazolo e-asidi.

Ibanga lokulinganisa:

0°C~200°C inani lephoyinti lamazolo e-asidi

1ppm ~ 100% okuqukethwe komoyampilo

0~100% umhwamuko wamanzi

-50°C~100°C inani lephoyinti lamazolo

Okuqukethwe kwamanzi (g/Kg).


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Ibanga lohlelo lokusebenza

I-Nernst N2035AI-ACID dewpoint analyzeriyithuluzi lokuqapha ngesikhathi sangempela ku-inthanethi izinga lokushisa le-asidi le-dewpoint ku-flue gas kubhayela nesithando sokushisa.

Ngokwezinga lokushisa elilinganisiwe le-acid dew point, izinga lokushisa legesi ephumayo le-boiler nesithando sokushisa lingalawulwa ngempumelelo.Yehlisa izinga lokushisa eliphansi le-sulfuric acid dew point corrosion of equipment.Thuthukisa ukusebenza kahle kokushisayo.Khulisa ukuphepha kokusebenza kubhayela futhi welule impilo yesevisi yemishini.

Izici zohlelo lokusebenza

Ngemuva kokusebenzisa i-Nernst N2035AI-ACID dewpoint analyzer(amazolo e-asidi), ungakwazi ngokunembile ukwazi inani le-asidi lamazolo, okuqukethwe komoyampilo, umusi (% inani lomhwamuko wamanzi) noma iphuzu lamazolo (-50 °C ~ 100°C), okuqukethwe kwamanzi (g / kg) kanye nenani lomswakama RH i-flue gas ye-boiler kanye nesithando sokushisa.

Umsebenzisi angakwazi ukulawula izinga lokushisa legesi ephumayo ngaphakathi kwebanga elingaphezudlwana kwendawo yamazolo e-asidi yegesi ephumayo ngokuya ngokuboniswa kwethuluzi noma amasiginali amabili okukhiphayo we-4-20mA.Ukuze ugweme ukugqwala kwe-acid esezingeni eliphansi futhi kwandise ukuphepha kokusebenza kwe-boiler.

Umgomo wohlelo lokusebenza

Kuma-boilers wezimboni noma ama-boilers wezitshalo zamandla, ukucwenga kwe-petroleum kanye namabhizinisi amakhemikhali kanye neziko lokushisa.Izibaseli zezinto ezimbiwa phansi (igesi yemvelo, igesi eyomile yokuhlunga, amalahle, uwoyela omkhulu, njll.) ngokuvamile zisetshenziswa njengezibaseli.

Lawa mafutha aqukethe ngaphezulu noma ngaphansi kwenani elithile lesulfure, elizokhiqiza i-SO2ngesikhathi sokushiswa kwe-peroxide.Ngenxa yokuba khona kwe-oxygen eyengeziwe ekamelweni elivuthayo, inani elincane le-SO2iphinde ihlangane ne-oxygen yakhe i-SO3, Fe2O3futhi V2O5ngaphansi kwezimo zomoya ezeqile ezivamile.(i-flue gas kanye nensimbi evuthayo iqukethe le ngxenye).

Cishe i-1 ~ 3% yazo zonke i-SO2iguqulelwa ku-SO3.SO3I-gas ku-high-temperature flue gas ayigqwali izinsimbi, kodwa lapho izinga lokushisa le-flue gas lehla ngaphansi kuka-400 ° C, SO3izohlangana nomhwamuko ukuze ikhiqize umhwamuko we-sulfuric acid.

Ifomula yokusabela imi kanje:

SO3+ H2O ——— H2SO4

Lapho isitimu se-sulfuric acid sijiya endaweni yokushisisa ngasemsileni wesithando somlilo, izinga lokushisa eliphansi le-sulfuric acid dew point corrosion kuyokwenzeka.

Ngesikhathi esifanayo, uketshezi lwe-sulfuric acid olufingqiwe endaweni yokushisa esezingeni eliphansi nalo luzonamathela othulini lwegesi ephumayo ukuze kwakheka umlotha onamathelayo okungelula ukuwususa.Isiteshi segesi se-flue sivinjiwe noma sivinjiwe, futhi ukumelana kuyanda, ukuze kwandiswe ukusetshenziswa kwamandla kwe-fan yokusalungiswa eyenziwe.Ukugqwala nokuvinjwa komlotha kuzobeka engcupheni isimo sokusebenza sendawo yokushisisa kubhayela.Njengoba i-flue gas iqukethe kokubili i-SO3kanye nomhwamuko wamanzi, bazokhiqiza i-H2SO4umhwamuko, okuholela ekwandeni kwephuzu lamazolo e-asidi egesi ye-flue.Lapho izinga lokushisa legesi ephuma ku-flue liphansi kunezinga lokushisa le-asidi lamazolo e-flue gas, i-H2SO4i-steam izonamathela ku-flue kanye nesishintshi sokushisa ukuze yenze u-H2SO4isisombululo.Kuphinde kulimaze okokusebenza, okuholela ekuvuzeni kwesishintshi sokushisa kanye nokulimala komtshingo.

Kumadivayisi asekelayo wesithando sokushisa noma ibhayili, ukusetshenziswa kwamandla kwe-flue kanye nesishintshi sokushisa kubala cishe u-50% wengqikithi yamandla asetshenziswa idivayisi.Ukushisa kwegesi ephumayo kuthinta ukusebenza kahle kokushisa okushisayo kwezithando zokushisa kanye nama-boilers.Ukuphakama kwezinga lokushisa lokukhipha umoya, kunciphisa ukusebenza kahle kokushisa.Njalo ngo-10°C enyuka izinga lokushisa legesi ephumayo, ukusebenza kahle kwe-thermal kuzokwehla cishe ngo-1%.Uma izinga lokushisa legesi yokukhipha umoya liphansi kunezinga lokushisa le-asidi lamazolo egesi ephumayo, lizodala ukugqwala kwemishini futhi libangele izingozi zokuphepha ekusebenzeni kwezithando zokushisa namabhayela.

Izinga lokushisa elikahle lokukhipha umoya wesithando sokushisisa nebhayela kufanele libe phezulu kancane kunezinga lokushisa elineasidi lamazolo egesi ephumayo.Ngakho-ke, ukunquma izinga lokushisa lamazolo e-asidi yezithando zokushisa nama-boilers kuyisihluthulelo sokuthuthukisa ukusebenza kahle kokushisa nokunciphisa izingozi zokuphepha zokusebenza.

Izici zobuchwepheshe

 Isilinganiso se-probe esizinikezele:I-analyzer eyodwa ingakala ngasikhathi sinye okuqukethwe komoyampilo, indawo yamazolo amanzi, umswakama, nendawo yamazolo e-asidi.

Ukulawula okuphumayo kwamashaneli amaningi:I-analyzer inomphumela wamanje we-4-20mA kanye nesixhumi esibonakalayo sokuxhumana kwekhompyutha i-RS232 noma isixhumi esibonakalayo sokuxhumana kwenethiwekhi RS485

 Ibanga lokulinganisa:

0°C~200°C inani lephoyinti lamazolo e-asidi

1ppm ~ 100% okuqukethwe komoyampilo

0~100% umhwamuko wamanzi

-50°C~100°C inani lephoyinti lamazolo

Okuqukethwe kwamanzi (g/Kg).

Ukulungiselelwa kwe-alamu:I-analyzer inokukhishwa kwe-alamu oku-1 okujwayelekile kanye nokuphumayo kwe-alamu oku-3 okuhlelekayo.

 Ukulinganisa okuzenzakalelayo:II-ACID dewpoint analyzerizoqapha ngokuzenzakalelayo amasistimu ahlukahlukene okusebenza futhi ilinganise ngokuzenzakalelayo ukuze iqinisekise ukunemba komhlaziyi ngesikhathi sokulinganisa.

Isistimu ehlakaniphile:I-analyzer ingaqedela imisebenzi yezilungiselelo ezahlukahlukene ngokuya ngezilungiselelo ezinqunywe kusengaphambili.

Bonisa umsebenzi wokuphumayo:I-analyzer inomsebenzi oqinile wokubonisa amapharamitha ahlukahlukene kanye nokukhipha okuqinile nomsebenzi wokulawula wamapharamitha ahlukahlukene.

Ukukhetha ipharamitha eguquguqukayo:Ingakhethwa ngokwamafutha ahlukene (i-lignite, amalahle ahlanziwe, amalahle ahlutshiwe, igesi yemvelo, igesi yesithando somlilo, uwoyela osindayo, amamaki ahlukahlukene kawoyela kawoyela, njll.), SO2ekhiqizwa okuqukethwe okuhlukile kwesibabule, kanye nezinga lokuguqulwa likaphethiloli ngamunye libe yi-SO3, thola ngokuqondile amanani ephuzu lamazolo e-flue gas acid dew point yezibaseli ezihlukahlukene.

Ukufaka kulula futhi kulula:Ukufakwa kwe-analyzer kulula kakhulu futhi kukhona ikhebula elikhethekile lokuxhuma ne-zirconia probe.

Imininingwane

Indlela yokubonisa

• 32-bit umbala English digital display

Imiphumela

• Amashaneli amabili 4~20mA DC aqondile

• Indawo yamazolo ene-asidi,

• Umhwamuko wamanzi

• Okuqukethwe kwamanzi

• Indawo yamazolo amanzi,

• I-oxygen esele

• Uhlelo lwe-alamu edluliselwe ngezindlela ezine

• RS232 serial communication

• Ukuxhumana kwenethiwekhi ye-RS485

Ibanga: isethwe yikhibhodi

• 0°C~200°C inani lephoyinti lamazolo

• 0~100% umhwamuko wamanzi

• Inani lomswakamo elingu-0~100%.

• 0~10000g/Kg

• -50°C~100°C indawo yamazolo

Wonke amabanga okukhiphayo ayalungisekaary Ipharamitha Displayy Ipharamitha Isibonisi

UkunembaP

• Ukunemba ±0.5°C

• Ukulungiswa ngu-0.1°C

• Ukunemba kokuphinda ±0.5%

Okunye ukunemba kokulinganisa kubalwa ngokusekelwe ekunembeni kokulinganisa umoya-mpilo

Izinga lokushisa elisebenzayo legesi ye-flue

• 0~1400°C

SO2isisekelo

10ppm~15%

SO3ukuguqulwa

0.1%~6%

I-reference gas

I-reference gas isebenzisa iphampu yokudlidliza ye-micro-motor

Amandla Ruireqements

85VAC kuya ku-264VAC 3A

Izinga Lokushisa Lokusebenza

Izinga Lokushisa Lokusebenza -40°C kuya ku-60°C

Umswakamo Ohlobene 5% ukuya ku-95% (okungafinyeleli)

Izinga Lokuvikeleka

IP65

IP54 enephampu yomoya eyinkomba yangaphakathi

Ubukhulu nesisindo

300mm W x 180mm H x 100mm D 3.0kg


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