S2000 infrared CO₂ analyzer shine ingantaccen kayan aikin microprocessor wanda ke aiki akan ka'idar bincike na infrared mara tarwatsewa (NDIR) masana'antu photometric. Kayan aikin yana da madaidaicin simintin simintin aluminium, ɗigon-matrix mai hoto shuɗi LCD allon, ƙirar software mai sarrafa menu na kasar Sin, da faifan maɓalli. Yana iya da hankali ya nuna bayanai daban-daban kamar abubuwan da aka auna, ƙimar maida hankali, zafin firikwensin, kewayon kewayon, fitarwa na yanzu, agogo na ainihi, da sigogin daidaitawa, kyale masu amfani don sauƙin aiwatar da ayyuka gami da saitin sigina, daidaitawa, daidaitawar ƙararrawa, da kiyayewa.

S2000 CO analyzer is the non dispersive infrared (NDIR) gas analyzer. Ka'idar aikinsa ta dogara ne akan zaɓin ɗaukar hasken infrared ta wasu iskar gas. Kayan aiki yana ɗaukar tushen haske guda ɗaya, bututu guda ɗaya tare da tantanin iskar gas mai rabe-rabi, da na'urar ganowa ta ci gaba, tana ba da kyakkyawan aiki, ingantaccen nazari, da kwanciyar hankali mai kyau. Yana amfani da fasahar sarrafa dijital ta ci gaba kuma tana fasalta sabon allon nunin LCD.

Nitrous Oxide Analyzer sabon nau'in na'urar binciken iskar gas ce ta kan layi wanda kamfaninmu ya haɓaka, yana amfani da na'urori masu auna firikwensin haɗe tare da ci-gaban hanyoyin samarwa da sabbin fasahar microcomputer. Mai nazari ya dogara ne akan ka'idoji irin su infrared, electrochemistry, Laser, da micro-flow thermal conductivity. Yana fasalta daidaitattun ma'auni, kyakkyawan kwanciyar hankali, lokacin amsawa mai sauri, kewayon aikace-aikace, da tsawon sabis.

Na'urar nazarin fasahar methane ta infrared (IR) an tsara shi musamman don auna methane kai tsaye a cikin syngas da aikace-aikacen auna iskar gas. The tunable diode Laser ma'auni fasahar for CH₄ wata sabuwar dabara ce da aka ƙera musamman don aikace-aikacen likita da lura da gurɓataccen iskar gas. Yana ba da madaidaicin madaidaici, ingantaccen ma'aunin iskar gas CH₄ tare da ƙarancin ganowa na 5ppb. Wannan fasaha ta ci gaba tana bawa ƙwararrun kiwon lafiya damar gano ƙarancin ƙarancin methane a cikin samfuran haƙuri, yana tabbatar da mafi girman matakin daidaito da aminci.

SINZEN mai binciken iskar gas ɗin zafin zafi yana ci gaba da auna yawan iskar gas na yanayi yayin aikin maganin zafi. Yana iya auna daidai adadin CO, CO₂, da CH₄ iskar gas, kuma kayan aiki guda ɗaya na iya auna lokaci guda kuma a ci gaba da auna yawan abubuwan abubuwan gas guda biyu. Wannan na'urar tantancewa kayan aiki ne da aka ƙera don auna yawan iskar gas iri-iri da ke fitowa daga tanderu yayin aikin maganin zafi. Ana iya amfani da shi don sarrafa tsari ko ci gaba da aikace-aikacen sa ido, samar da ingantaccen bayanin tsari na ainihin lokaci wanda ke ba masu aiki damar yin gyare-gyare kamar yadda ake buƙata don tabbatar da samfuran sun cika ƙayyadaddun da aka yi niyya. Ta hanyar auna yawan adadin iskar gas ɗin daidai, mai binciken ya kuma taimaka wajen tabbatar da cewa hayaƙi ba ta wuce iyakokin doka ba, ta yadda za a hana gurɓacewar muhalli da haɓaka inganci da ingantaccen tsarin kulawa.

An ƙera mai nazarin iskar oxygen ɗin mu na zirconia don saka idanu daidai da sarrafa iskar oxygen a cikin iskar gas mai ƙonewa, tukunyar jirgi, da tanderun masana'antu masu zafi. Waɗannan masu nazarin suna ba da lokacin amsawa cikin sauri, babban kwanciyar hankali, da ma'auni mai dogaro koda ƙarƙashin yanayin aiki mai tsauri. Mai kariyar binciken yumbu mai haƙƙin mallaka yana da juriyar lalata, juriya mai zafi, kuma yana iya jure yanayin zafi har zuwa [darajar da ta ɓace] °C.

A halin yanzu, mafi yawan kayan auna nitrogen oxide akan kasuwa suna ƙayyade adadin nitrogen dioxide (NO₂) ko jimlar nitrogen oxides (NOₓ) ta hanyar fara canza NO₂ a cikin jimlar NOₓ (NO+NO₂) zuwa NO. Koyaya, saboda ingantaccen juzu'in NO₂/NO (wanda ya dogara da ainihin NO₂ maida hankali), wasu yanayin filin ba su dace da amfani da mai jujjuya oxide na nitrogen don juyar da NO₂- zuwa-NO ba. Don magance wannan batu, Shandong SINZEN Instrument Co., Ltd. ya ƙera SUV-100 gas analyzer, wanda ke amfani da hanyar auna NO₂ kai tsaye don auna gurɓatacce. Mai nazari ya dogara ne akan ultraviolet sha spectroscopy da chemometric algorithms. Yana iya auna yawan iskar gas kamar SO₂, NO, NO₂, da O₂. Yana nuna daidaitattun ma'auni, babban abin dogaro, lokacin amsawa da sauri, da fa'ida mai fa'ida, ana iya amfani da shi sosai a cikin sa ido kan kan layi, sarrafa masana'antu, sa ido kan aminci, da sauran aikace-aikace.

Masu nazarin iskar oxygen sune kayan aiki masu mahimmanci don tabbatar da bin ka'ida, sa ido kan hayaki, da inganta hanyoyin masana'antu. Bugu da ƙari, suna taimakawa masana'antu daban-daban wajen sa ido da sarrafa hayakin nitrogen oxide, ta yadda suke taimakawa wajen tabbatar da bin ka'idojin muhalli da rage tasirin muhalli na ayyukansu. Ta hanyar samar da ingantattun ma'aunin ma'aunin nitrogen oxide (NOₓ), NOₓ masu nazari suna sauƙaƙe aiwatar da ingantattun matakan kula da gurɓataccen iska. Waɗannan matakan sun haɗa da daidaita hanyoyin konewa, haɓaka ƙimar iska da man fetur, ko shigar da tsarin rage yawan kuzari (SCR). A taƙaice, injiniyoyin tsari suna amfani da masu nazarin iskar gas na nitrogen don aunawa da kuma nazarin yawan iskar nitrogen oxides a cikin samfuran iskar gas. Waɗannan masu nazarin suna taka muhimmiyar rawa wajen sa ido kan muhalli, sarrafa hayaƙi, da haɓaka tsari a cikin masana'antu daban-daban.

Mai nazarin sulfur dioxide (SO₂) kayan aikin bincike ne na iskar gas wanda ya dogara da ultraviolet sha spectroscopy da kuma Bambance-bambancen gani Absorption Spectroscopy (DOAS) algorithm. Hasken hasken da tushen hasken ke fitarwa yana mai da hankali ne kuma an haɗa shi cikin fiber na gani. Ana watsa shi ta hanyar fiber na gani zuwa kwayar ma'aunin zafi mai zafi na waje. Bayan wucewa ta cikin tantanin gas kuma iskar gas ɗin da aka nufa, ana ɗaukar hasken ta wani fiber na gani zuwa na'urar gani. A cikin na'ura mai ba da hanya tsakanin hanyoyin sadarwa, hasken yana tarwatsewa ta hanyar grating, kuma siginar gani da aka tarwatsa ana canza shi zuwa siginar lantarki ta hanyar mai gano tsararru, ta haka ne ke samun ci gaba da samun bayanan gani na iskar gas. Dangane da wannan bayanan bakan, kayan aikin suna amfani da DOAS algorithm don ƙididdige yawan adadin iskar gas da aka auna.

The fluegasanalyzerisagasanalysisinstrumentedonultravioletabsorptionspectroscopy da kuma ban mamaki absorptionspectroscopy (DOAS) tsakiya da hada-hadar fiber, ana watsawa ta hanyar dakin auna fiber zuwa waje mai tsayi. ana watsa haske ta hanyar wani fibertoaspectrometer.Cikin na'urar duban,hasken yana tarwatsewa ta hanyar tarwatsawa,da kuma siginar da aka tarwatsa ana canza shi zuwa siginar lantarki ector, samun ci gaba da absorption duban dan tayi na gas.Basedon wannan siffar bayanai, da kayan aiki da DOASalgorithm don lissafta da mayar da hankali na auna gas.

The TK-1000S Ci gaba da watsi da Tsarin (CEMS) an haɓaka shi sosai ta hanyar Shandong SINZEN Instrument Co., Ltd., yana ba da ƙwararrun ƙwararru sama da shekaru 10 a masana'antar tushen gurɓataccen gurɓataccen iska a haɗe tare da fasaha na gani na gani na gani (DOAS) Wannan tsarin yana ɗaukar ci gaba mai girma-zazzabi daban-daban tare da ka'idodin sampratured daban-daban na samprviolet daban-daban. ma'auni, ta amfani da hanyar aunawa a cikin wurin da ke da ikon sa ido kan kan layi na ainihin abubuwan gurɓataccen iskar gas (kamar SO₂ da NOₓ) da sigogin iskar gas (gami da zafi da abun ciki na oxygen) a cikin iskar gas.

Na'urar firikwensin gas na SINZEN Minfrared galibi ya ƙunshi fasahar tace infrared correlation filter (GFC) da kuma ƙwanƙwasa dogon hantsi na gani mai ɗaukar iskar gas (L-Cell), tacewa mai tsayi, injin gano infrared da madaidaiciyar madaidaiciyar da'ira sarrafa siginar don kammala ƙididdigar ƙididdigar iskar gas a cikin rukunin infrared. Na'urar firikwensin yana da halaye na daidaitattun daidaito, kwanciyar hankali mai kyau da lokacin amsawa mai sauri. Ana amfani da samfurin a cikin aikace-aikace masu zuwa: Gwajin ingancin iska; Masana'antu aiwatar da iskar gas bincike, da dai sauransu.