I-Nernst N2038 iqondo eliphezulu lokuhlaziya indawo yombethe

Uluhlu lwesicelo

Ubushushu obuphezulu beNernst N2038indawo yokuhlalutya indawo yombetheisetyenziselwa ukulinganisa okuqhubekayo kwi-intanethi yendawo yombethe okanye umxholo we-oxygen kwi-high-temperature annealing furnace kunye ne-hydrogen epheleleyo okanye i-nitrogen-hydrogen igesi exutywe njenge-atmosphere yokukhusela.

Iimpawu zesicelo

Iqondo lobushushu eliphezulu leNernst 2038indawo yokuhlalutya indawo yombetheokanye ubushushu obuphezulu be-micro oksijini analyzer isetyenziselwa ukubeka esweni ixabiso lendawo yombethe okanye i-oksijini encinci eziko xa i-sheet yensimbi epholileyo ifakwe kwi-annealing annealing. Ukuze ugweme iingxaki ezahlukeneyo ezibangelwa ukusabela kwe-oxidation yendawo yentsimbi kunye ne-oxygen ngexesha lokushisa okuphezulu kwe-annealing.

Kuyaziwa ukuba kukho ioksijini kunye nomphunga wamanzi kwisithando somlilo. Xa umxholo we-oxygen ungaphezulu kwe-10^-22% kwindawo yobushushu obuphezulu okanye xa umphunga wamanzi ubola ube yioksijini kunye nehydrogen kwiqondo lobushushu eliphezulu, ioksijini esemoyeni iya kuxutywa nepleyiti yentsimbi.

Xa ioksijini kwisithando somlilo ingaphantsi kwe-10^-15%, kunzima ukulinganisa ngokuthe ngqo umxholo we-oksijini kunye nendlela eqhelekileyo yokulinganisa i-oxygen.

Ngenxa yokuba ioksijini ekwiziko kunye nehydrogen ekwiatmosfera ekhuselayo iya kusabela ukuvelisa amanzi kumaqondo obushushu aphezulu. Khipha igesi kwisithando somlilo, ukulinganisa ixabiso lombethe kunye nemitha yokulinganisa umbethe, kwaye usebenzise ixabiso lendawo yombethe ukuyiguqulela kumxholo we-oksijini kwi-furnace.Kuba akuzange kwenzeke ukusombulula ingxaki yokulinganisa ngokuthe ngqo i-micro -i-oksijeni kwisithando somlilo esiphezulu kwixesha elidlulileyo, indlela yokulinganisa ixabiso lombethe kwisithando somlilo isetyenziswe endaweni yokulinganisa i-micro-oksijini kwisithando somlilo, kunye nexabiso lombethe lisetyenziswa endaweni yexabiso le-oxygen.

Uchungechunge lwe-Nernst lwe-probes kunye nabahlalutyi lunokulinganisa ngokuthe ngqo ixabiso le-micro-oksijeni kwindawo yokukhusela kwisithando somlilo ngokuchaneka ukuya kwi-10.^-30%, kwaye abasebenzisi banokuyiguqulela kwixabiso lendawo yombethe ehambelana neemfuno zabo.

Le ndlela yokulinganisa ioksijini echanekileyo, echanekileyo, echanekileyo inokutshintsha indlela yemveli yokulinganisa ixabiso lombethe kwindawo ekhuselayo eziko kunye nemitha yendawo yombethe.

Nangona kunjalo, abasebenzisi abaqhele ukusebenzisa indlela yendawo yombethe basengasebenzisa indlela abaqhelene nayo ukumisela umxholo we-micro-oxygen kwi-atmosphere yesithando somlilo ngokusebenzisa ixabiso lendawo yombethe.

Iimpawu zobugcisa

• Umlinganiselo weprobe ezimbini:Nyeindawo yokuhlalutya indawo yombethengeeprobes ezimbini zinokugcina iindleko zokufakela kunye nokuphucula ukuthembeka.

•Ulawulo lwemveliso yamajelo amaninzi:I-analyzer inemveliso emibini ye-4-20mA yangoku kunye nojongano lonxibelelwano lwekhompyuter RS232 okanye ujongano lonxibelelwano lwenethiwekhi RS485

• Uluhlu lomlinganiselo:Uluhlu lomlinganiselo we-oxygen li-10^-30ukuya kwi-100% ioksijini,

-60°C～+40°C ixabiso lendawo yombethe

•Useto lwe-alam:I-analyzer ine-1 imveliso ye-alamu jikelele kunye ne-3 iziphumo ze-alarm ezicwangcisiweyo.

• Ulungelelwaniso oluzenzekelayo:I-analyzer iya kubeka esweni ngokuzenzekelayo iinkqubo ezahlukeneyo zokusebenza kunye nokulinganisa ngokuzenzekelayo ukuqinisekisa ukuchaneka kwe-analyzer ngexesha lokulinganisa.

•Inkqubo yobukrelekrele:I-analyzer inokugqiba imisebenzi yezicwangciso ezahlukeneyo ngokwezicwangciso ezichazwe kwangaphambili.

•Bonisa umsebenzi wemveliso:I-analyzer inomsebenzi oqinileyo wokubonisa iiparitha ezahlukeneyo kunye nesiphumo esinamandla kunye nomsebenzi wokulawula iiparitha ezahlukeneyo.

•Umsebenzi wokhuseleko:Xa isithando somlilo singasebenzi, umsebenzisi unokulawula ukucima i-heater ye-probe ukuqinisekisa ukhuseleko ngexesha lokusetyenziswa.

•Ukufakela kulula kwaye kulula:ukufakwa kwe-analyzer kulula kakhulu kwaye kukho ikhebula elikhethekileyo lokudibanisa ne-zirconia probe.

Iinkcukacha

Igalelo

• I-zirconia enye okanye ezimbini i-oxygen probes okanye izinzwa

• iindlela ezintathu K-uhlobo okanye R-uhlobo thermocouple

• Ukufakwa kwe-alam ekude

• Igalelo lokucoca uxinzelelo olukude

• Igalelo lolawulo lokhuseleko

Iziphumo

• Iilayini ezimbini ze-4～20mA (milliampe) okanye i-DC yombane ophumayo

• Owona mthwalo uphezulu 1000R (ohm)

• Indlela enye imveliso jikelele alarm

• Irhasi yolungelelwaniso olulawulekayo ezimbini

• Indlela enye yokuphuma kwerhasi yokucoca uthuli

Umboniso weParameter engundoqo

• Umxholo we-oksijeni: ukusuka kwi-10^-30ukuya kwi-100%

• Ixabiso lendawo yombethe: ukusuka – 60°C ukuya + 40°C

Umboniso weParameter yesibini

Nayiphi na okanye konke oku kulandelayo kunokukhethelwa ukuboniswa kumgca ongezantsi:

• Phanda #1 ixabiso lendawo yombethe

• Phanda #2 ixabiso lendawo yombethe

• I-avareji yendawo yombethe #1 kunye ne-probe #2

• Unyaka, inyanga, usuku nomzuzu umboniso

• Yenza umboniso wexesha

• Umboniso wexesha logcino

• Umxholo we-oksijeni weprobe #1

• Umxholo we-oksijeni weprobe #2

• I-avareji yesiqulatho seoksijini yeprobe #1 kunye ne-probe #2

• Probe #1 ixabiso lombane lomqondiso

• Probe #2 ixabiso lombane wesignali

• Phanda #1 ixabiso lobushushu

• Phanda #2 ixabiso lobushushu

• Ixabiso lobushushu elincedisayo

• Phanda #1 ixabiso lothintelo

• Probe #2 ixabiso leimpedance

• Ixabiso leqondo lobushushu le-ambient

• Ixabiso lokufuma kwi-ambientCondary iParameter ebonisa iParameter Bonisa

UkuchanekaP

± 1% yeyona nto ifundwayo ye-oksijini kunye nokuphindaphinda kwe-0.5%.

Uthotho/Ujongano Lwenethiwekhi

RS232

RS485 MODBUS^TM

Irhasi yereferensi

Irhasi yereferensi ithatha impompo yokungcangcazela kwemoto encinci

Power Ruireqements

85VAC ukuya 240VAC 3A

Ubushushu bokusebenza

Ubushushu bokusebenza -25°C ukuya kuma-55°C

Ukufuma okuzalanayo 5% ukuya 95% (non-condensing)

Umgangatho woKhuselo

IP65

IP54 kunye nempompo yomoya yesalathiso sangaphakathi

Imilinganiselo kunye nobunzima

280mm W x 180mm H x 95mm D 3.5kg