pyroscience Pyro Developer Tool Logger Software

Ulwazi lweMveliso

Iinkcukacha

• Igama lemveliso: Pyro Developer Tool PyroScience Logger Software
• Inguqulelo: V2.05
• Umenzi: PyroScience GmbH
• Inkqubo eSebenzayo: Windows 7/8/10
• Iprosesa: Intel i3 Gen 3 okanye kamva (Iimfuno ezincinci)
• Imizobo: 1366 x 768 pixel (Iimfuno ezincinci), 1920 x 1080 pixel (Iimfuno ezicetyiswayo)
• I-Disk Space: 1 GB (Iimfuno ezincinci), i-3 GB (Iimfuno ezicetyiswayo)
• I-RAM: I-4 GB (Iimfuno ezincinci), i-8 GB (Iimfuno ezicetyiswayo)

Imiyalelo yokusetyenziswa kwemveliso

1. Ukuhlohla
   Qinisekisa ukuba isixhobo sePyroScience asiqhagamshelwanga kwiPC yakho ngaphambi kokufaka iSixhobo soMphuhlisi wePyro. Isoftware iya kufaka ngokuzenzekelayo umqhubi we-USB ofunekayo. Emva kofakelo, isoftware iya kufumaneka ukusuka kwimenyu yokuqala kunye nedesktop.
2. Izixhobo ezixhaswayo
   Isixhobo soPhuhlisi sePyro sixhasa izixhobo ezahlukeneyo zokungena kwedatha kunye nokudibanisa. Jonga kwincwadi yomsebenzisi yoluhlu lwezixhobo ezixhaswayo.
3. Ngaphezuluview Ifestile engundoqo
   Ujongano olungundoqo lwefestile lunokwahluka ngokusekelwe kwisixhobo esiqhagamshelwe. Kwizixhobo ezinamatshaneli amaninzi afana ne-FSPRO-4, iziteshi zomntu ngamnye zinokuhlengahlengiswa kwiithebhu ezahlukeneyo. Izixhobo zokungena zodwa ezifana ne-AquapHOx Loggers ziya kuba nethebhu ezinikeleyo kwimisebenzi yokungena.

Imibuzo Ebuzwa Rhoqo (FAQ)

• Q: Ziziphi iimfuno zobugcisa ekusebenziseni iSixhobo soMphuhlisi wePyro?
  A: Iimfuno ezincinci ziquka i-Windows 7/8/10, i-Intel i3 Gen 3 iprosesa okanye kamva, imifanekiso ye-pixel ye-1366 x 768, i-1 GB disk space, kunye ne-4 GB RAM. Iimfuno ezicetyiswayo zezi Windows 10, Intel i5 Gen 6 iprosesa okanye kamva, 1920 x 1080 pixel graphics, 3 GB disk space, kunye 8 GB RAM.
• Q: Ndingafikelela njani kwisetingi eziphambili kunye neenkqubo zokulinganisa kwisoftware?
  A: Ukufikelela kuseto oluphambili kunye neenkqubo zolungelelwaniso, jonga kujongano lwesoftware kwaye ufumane iinketho ezithile phantsi kweseto lwemodyuli okanye imenyu yoqwalaselo.

Pyro Developer Tool PyroScience Logger Software
UKUQALA NGOKUKHANYAYO 

Pyro Developer Tool PyroScience Logger Software
Ingxelo yoXwebhu 2.05

• Isixhobo soPhuhlisi sePyro sikhutshwa ngu:
• I-PyroScience GmbH
• Kackertstr. 11
• 52072 Aachen
• Jemani
• Umnxeba +49 (0)241 5183 2210
• Ifeksi +49 (0)241 5183 2299
• I-imeyile info@pyroscience.com
• Web www.pyroscience.com
• Ibhalisiwe: Aachen HRB 17329, Germany

INTSHAYELELO

Isoftware yePyro Developer Tool yisoftware yokugawulwa kwemithi ephucukileyo ekhuthazwa ngokukodwa kwiinjongo zovavanyo lweemodyuli zeOEM. Inika izicwangciso ezilula kunye neenkqubo zokulinganisa, kunye neempawu ezisisiseko zokungena. Ngaphaya koko, useto olongezelelweyo oluphambili lubonelela ngolawulo olupheleleyo kuzo zonke iimpawu zemodyuli.

IiMfuno zobuGcisa

	Iimfuno ezincinci	Iimfuno ezicetyiswayo
Inkqubo yokwenza	Windows 7/8/10	Windows 10
Iprosesa	Intel i3 Gen 3 (okanye ilingana) okanye kamva	Intel i5 Gen 6 (okanye ilingana) okanye kamva
Umzobo	1366 x 768 pixel (iWindows scaling: 100%)	1920 x 1080 pixel (iHD egcweleyo)
Indawo yediskhi	1 GB	3 GB
i-ram	4 GB	8 GB

Ukuhlohla

Kubalulekile: Musa ukuqhagamshela isixhobo sePyroScience kwiPC yakho ngaphambi kokuba iPyro Developer Tool ifakwe. Isoftware iya kufaka ngokuzenzekelayo umqhubi we-USB ofanelekileyo.

Amanyathelo okuhlohla: 

• Nceda ufumane isoftwe echanekileyo kwithebhu yokukhuphela yesixhobo sakho esithengiweyo www.pyroscience.com
• Unzip kwaye uqalise isifakeli kwaye ulandele imiyalelo
• Qhagamshela isixhobo esixhaswayo ngentambo ye-USB kwikhompyuter.
• Emva kofakelo oluyimpumelelo, inkqubo entsha yokunqunyulwa-mfutshane "Isixhobo soMphuhlisi wePyro" yongezwa kwimenyu yokuqala kwaye inokufumaneka kwidesktop.

Izixhobo ezixhaswayo
Le software isebenza naso nasiphi na isixhobo sePyroScience ngoguqulelo lwe-firmware>= 4.00. Ukuba isixhobo sixhotyiswe nge-interface ye-USB, sinokuqhagamshelwa ngokuthe ngqo kwi-Windows PC kwaye isebenze kunye nale software. Ukuba imodyuli iza nojongano lwe-UART, ngoko ke intambo yeadaptha ye-USB ekhoyo eyahlukileyo iyafuneka ekusebenziseni le software.
Multi-analyte imitha FireSting-PRO nge

• Iitshaneli ze-4 zamehlo (inombolo yento: FSPRO-4)
• Iitshaneli ze-2 zamehlo (inombolo yento: FSPRO-2)
• Ijelo eli-1 lokukhanya (inombolo yento: FSPRO-1)

Oxygen imitha FireSting-O2 nge 

•  Iitshaneli ezi-4 ezibonakalayo (inombolo yento: FSO2-C4)
• Iitshaneli ezi-2 ezibonakalayo (inombolo yento: FSO2-C2)
• Itshaneli ye-1 ye-optical (inombolo yento: FSO2-C1)

OEM iimitha 

• Imodyuli ye-Oxygen OEM (inombolo yento: PICO-O2, PICO-O2-SUB, FD-OEM-O2)
•  imodyuli ye-pH ye-OEM (inombolo yento.: PICO-PH, PICO-PH-SUB, FD-OEM-PH)
• Imodyuli ye-OEM yobushushu (inombolo yento: PICO-T)

Ngaphantsi kwamanzi AquapHOx iimitha 

• Logger (inombolo yenqaku.: APHOX-LX, APHOX-L-O2, APHOX-L-PH)
• Umthumeli (inombolo yenqaku: APHOX-TX, APHOX-T-O2, APHOX-T-PH)

PHEZULUVIEW Ifestile EPHAMBILI

Ifestile engundoqo inokukhangela ngokwahlukileyo ngokuxhomekeke kuhlobo lwesixhobo osisebenzisayo. Xa usebenzisa isixhobo esineetshaneli ezininzi ezifana neFSPRO-4, itshaneli nganye ihlengahlengiswa kwaye iya kuboniswa kwiithebhu. Zonke iziteshi zilawulwa ngaxeshanye kunye nebar yokulawula eyongezelelweyo. Xa usebenzisa izixhobo ezinomsebenzi wokugawula wedwa njenge-AquapHOx Loggers, ithebhu entsha yomsebenzi wokugawulwa kwemithi iya kuboniswa.

IISETHINGI ZOMVA

• Qhagamshela isixhobo sakho kwiPC kwaye uqalise iPyro Developer Software
• Cofa kwiiSetingi (A)
• Ngenisa iKhowudi yoluvo lwenzwa oyithengileyo

Isofthiwe iya kuqonda i-analyte (O2, pH, ukushisa) ngokuzenzekelayo ngokusekelwe kwikhowudi yenzwa.

• Nceda ukhethe isivamvo sakho sobushushu ukuze ufumane imbuyekezo yobushushu obuzenzekelayo kumlinganiselo wakho
• Nceda uqaphele ukuba ungasebenzisa iinketho ezininzi kwimbuyekezo yobushushu bezinto zoluvo zohlalutyo (pH, O2):
• Sample Temp. Isivamvo: Isivamvo sobushushu esongezelelweyo sePt100 siqhagamshelwe kwisixhobo sakho.
• Kwimeko ye-AquapHOx, inzwa yokushisa edibeneyo iya kusetyenziswa.
• Kwimeko yezixhobo ze-PICO, inzwa yobushushu be-Pt100 kufuneka ithengiswe kwisixhobo (TSUB21-NC).
• I-Case Temp. Uluvo: Isixhobo esifundwayo sinesivamvo sobushushu ngaphakathi. Ungasebenzisa lo luvo lobushushu ukuba isixhobo sonke siya kuba nobushushu obufanayo nesakhoample.
• Temp esisigxina: Ubushushu be s yakhoampI-le ayiyi kutshintsha ngexesha lokulinganisa kwaye iya kugcinwa rhoqo isebenzisa ibhafu ye-thermostatic.
• Nceda uchwetheze kuxinzelelo (mbar) kunye nobutyuwa (g/l) kwi-s yakhoample

Kwizisombululo zetyuwa ezisekelwe kwi-NaCl ixabiso letyuwa lingabalwa ngendlela elula:

• Ubutyuwa [g/l] = Ukusebenza [mS/cm] / 2
• Ubutyuwa [g/l] = Amandla e-Ionic [mM] / 20
• Xa utshintshela kuseto oluphezulu lwesixhobo, kunokwenzeka ukutshintsha ubunzulu be-LED, umtshini ampukukhanyisa kunye nobude bexesha le-LED. Ezi xabiso ziya kuchaphazela umqondiso woluvo (kunye nezinga le-photobleaching). Musa ukuwatshintsha la maxabiso ukuba umqondiso woluvo lwakho lwanele (amaxabiso acetyiswayo: >100mV kumoya ojikeleze)

UKULUNGISWA KOMVA

Ukulinganisa i-oxygen sensors
Kukho iindawo ezimbini zokulinganisa i-oxygen sensor calibration:

• Umgangatho ophezulun: ukulinganisa kumoya ojikeleze okanye i-100% i-oxygen
• 0% ulungelelwaniso: ukulinganisa kwi-0% ye-oxygen; kucetyiswa kwimilinganiselo ephantsi kwe-O2
• Ukulinganisa enye yezo ngongoma kuyafuneka (ukulinganisa inqaku eli-1). Ulungelelwaniso lweengongoma ezi-2 olunokhetho olunamanqaku olungelelaniso omabini lunokuzikhethela kodwa luyakhethwa kwimilinganiselo yokuchaneka okuphezulu kuluhlu olupheleleyo loluvo.

Ulungelelwaniso oluPhezulu

• Qhagamshela isivamvo sakho se-oksijini kwisixhobo sakho kwaye uvumele isivamvo silingane kwiimeko zakho zokulinganisa (jonga kwincwadi yesivamvo se-oxygen ukuze ufumane iinkcukacha ezithe chatha ulungelelwaniso)
• Ukuqinisekisa isignali ezinzileyo, nceda ulandele 'dPhi (°)' (A) kujongano lwegraphical. I-dPhi imele ixabiso elikrwada elilinganisiweyo
• Nje ukuba ufikelele kumqondiso ozinzileyo we-dPhi kunye nobushushu, cofa ku-Calibrate
• (B) kwaye emva koko kwi-Air Calibration (C).
• Phawula: Xa iwindow yokulinganisa ivuliwe, i-dPhi yokugqibela kunye nexabiso lobushushu liyasetyenziswa. Akukho mlinganiso ungaphaya owenziweyo. Vula ifestile kuphela xa ixabiso lizinzile.
• Ifestile yokulinganisa iya kuvula. Kwifestile yoLungiso, ixabiso lokugqibela elilinganisiweyo lobushushu liya kuboniswa (D).
  • Chwetheza kuxinzelelo lomoya lwangoku kunye nokufuma (E)
• Omabini amaxabiso anokubonwa kumaxabiso alinganisiweyo kwifestile engundoqo. Ukuba inzwa ifakwe emanzini okanye ukuba umoya ugcwele amanzi, faka i-100% ye-Humidity.
• Cofa ku-Calibrate ukwenza ulungelelwaniso oluphezulu

0% Ulungelelwaniso

• Faka i-oksijini kunye nenzwa yobushushu kwisisombululo sakho se-oxygen-free calibration (into ye-OXCAL) kwaye ulinde kwakhona de kufike uphawu oluzinzile lwenzwa (dPhi) kunye nobushushu.
• Emva kokuba uphawu oluzinzileyo lufikelelwe, cofa ku Calibrate (B) uze emva koko uZero Calibration (C).
• Kwifestile yokulinganisa, lawula ubushushu obulinganisiweyo uze ucofe ku Calibrate

Inzwa ngoku i-2-point ilinganisiwe kwaye ilungele ukusetyenziswa.

 Ukulungelelaniswa kweenzwa ze-pH
Ngokuxhomekeke kwisixhobo esisetyenzisiweyo kunye neemfuno, ezi ndlela zilandelayo zokulinganisa zinokwenzeka:

•  Imilinganiselo yasimahla yokulinganisa inokwenzeka ngeenzwa ezintsha ze-pH
• (SN>231450494) ngokudibanisa nokulungelelaniswa kwangaphambili
• Izixhobo ze-FireSting-PRO (SN> 23360000 kunye nezixhobo ezinophawu)
• Ukulinganisa kwenqaku elinye kwi-pH 2 kunyanzelekile ukuba kusetyenziswe kwakhona i-sensors okanye i-readout-devices engakulungele ukulinganisa kwangaphambili. Ulungelelwaniso olwenziwa ngesandla luyacetyiswa ngokubanzi ukwenzela ukuchaneka okuphezulu.
• Ulungelelwaniso lwamanqaku amabini kwi-pH 11 phambi kokuba yonke imilinganiselo icetyiswa kakhulu kwimilinganiselo echanekileyo
• Ulungelelwaniso lokulinganisa i-pH luyacetyiswa kwimilinganiso kwimidiya entsonkothileyo (usetyenziso olukwinqanaba eliphezulu kuphela)Okubalulekileyo: Nceda UNGAsebenzisi izisombululo zebuffer ezifumaneka kurhwebo ezisetyenziselwa i-pH electrode. Ezi zithinteli (ezinemibala kunye nezingenambala) ziqulethe i-anti-microbial agents eziza kutshintsha ngokungenakuguquleka ukusebenza kwesivamvo se-pH. Kubalulekile ukusebenzisa kuphela ii-capsules ze-PyroScience buffer (I-Item PHCAL2 kunye ne-PHCAL11) okanye ii-buffers ezenziwe ngokwakho kunye ne-pH eyaziwayo kunye namandla e-ionic okulungelelaniswa (iinkcukacha ezithe vetshe kwisicelo).
• Kubalulekile: Nceda UNGAZIsebenzisi izisombululo ze-buffer ezikhoyo kurhwebo ezisetyenziselwa i-pH electrode. Ezi zithinteli (ezinemibala kunye nezingenambala) ziqulethe i-anti-microbial agents eziza kutshintsha ngokungenakuguquleka ukusebenza kwesivamvo se-pH. Kubalulekile ukusebenzisa kuphela ii-capsules ze-PyroScience buffer (I-Item PHCAL2 kunye ne-PHCAL11) okanye ii-buffers ezenziwe ngokwakho kunye ne-pH eyaziwayo kunye namandla e-ionic okulungelelaniswa (iinkcukacha ezithe vetshe kwisicelo).

Ulungelelwaniso lwe-pH ephantsi (indawo yokuqala yolungelelwaniso)
Funda i-pH ye-sensor manual ngolwazi olungakumbi malunga nenkqubo yokulinganisa.

• Qhagamshela isivamvo sakho se-pH kwisixhobo sakho kwaye uvumele isivamvo silingane kwidist. H2O ubuncinane imizuzu engama-60 ukuququzelela ukumanzisa kwenzwa.
• Lungisa i-pH 2 isithinteli (inqaku lenombolo. PHCAL2). Gxininisa inzwa kwi-pH 2 buffer kwaye uvumele inzwa ilingane ubuncinane i-15 min.
• Ukuqinisekisa isignali ezinzileyo, nceda ulandele 'dPhi (°)' (A) kujongano lwegraphical. I-dPhi imele ixabiso elikrwada elilinganisiweyo
• Kubalulekile: Nceda ujonge ixabiso elithi "Signal intensity". Ukuba ixabiso ngu <120mV nceda wandise ubunzulu be-LED.
• Nje ukuba ufikelele kuphawu oluzinzileyo, cofa ku Calibrate (B).
• Phawula: xa iwindow yokulinganisa ivuliwe, i-dPhi yokugqibela kunye nexabiso lobushushu liyasetyenziswa. Akukho mlinganiso ungaphaya owenziweyo. Vula ifestile kuphela xa ixabiso lizinzile.
• Kwifestile yoLungiso, khetha i-pH ephantsi (C), faka ixabiso le-pH kunye nobutyuwa be-pH yakho yesithinteli kwaye uqinisekise ukuba ubushushu obuchanekileyo bubonisiwe.
• Xa usebenzisa i-PHCAL2, nceda uchwetheze ixabiso le-pH kwiqondo lobushushu langoku. Ityuwa yesithinteli yi-2 g/l.

Cofa ku-Calibrate ukwenza ulungelelwaniso lwe-pH ephantsi

Ulungelelwaniso lwe-pH ephezulu (Indawo yolungelelwaniso yesibini) C

• Kwindawo yesi-2 yolungelelwaniso lungiselela isithinteli esine-pH 11 (PHCAL11)
•  Hlanza inzwa ye-pH ngamanzi adibeneyo kwaye untywilisele inzwa kwi-pH 11 buffer
• Vumela inzwa ilingane ubuncinci be-15 min
• Emva kokuba uphawu oluzinzileyo lufikelelwe, cofa ku Calibrate (B)
• Kwifestile yoLungiso, khetha i-pH ephezulu (D), faka ixabiso le-pH kunye nobutyuwa be-pH yakho yesithinteli kwaye uqinisekise ukuba ubushushu obuchanekileyo bubonisiwe.

Xa usebenzisa i-PHCAL11, nceda uchwetheze ixabiso le-pH kwiqondo lobushushu langoku. Ityuwa yi-6 g/l.

Cofa ku-Calibrate ukwenza ulungelelwaniso lwe-pH ephezulu

Inzwa ngoku i-2-point ilinganisiwe kwaye ilungele ukusetyenziswa.

Ulungelelwaniso lokulinganisa i-pH (ukhetho, kuphela kwizicelo eziphambili)
Oku kuya kwenza uhlengahlengiso lwe-pH-offset kwisithinteli esinexabiso le-pH elaziwa ngokuthe ngqo. Oku kungasetyenziselwa imilinganiselo kumajelo osasazo antsonkothe ​​kakhulu (umz. imidiya yenkcubeko yeseli) okanye ukwenza uhlengahlengiso kwixabiso lereferensi elaziwayo (umz. i-spectrophotometric pH measurement). Nceda ubhekisele kwincwadana ye-pH sensor manual ngolwazi olungakumbi.
Isithinteli/ sampi-le yokulinganisa i-pH ye-offset kufuneka ibe ngaphakathi koluhlu oluguquguqukayo lwenzwa. Oku kuthetha ukuba, isisombululo kufuneka sibe ne-pH ephakathi kwe-6.5 kunye ne-7.5 ye-PK7 sensors (okanye i-pH 7.5 kunye ne-8.5 ye-PK8 sensors).

• Faka inzwa kwi-buffer enexabiso le-pH elaziwayo kunye netyuwa. Emva kokuba uphawu oluzinzileyo lufikelelwe, cofa ukulinganisa kwifestile enkulu (A). Khetha i-offset (E) kwaye ufake ixabiso le-pH lereferensi

Ukulinganisa i-optical sensors yeqondo lokushisa 

Izinzwa zobushushu bokukhanya zilinganiswe ngokuchasene nenzwa yobushushu yangaphandle.

• Qhagamshela inzwa yobushushu bokukhanya kwisixhobo sakho
• Ukuqinisekisa umqondiso woluvo oluzinzileyo, landela 'dPhi (°)' (A) kujongano lomzobo. I-dPhi imele ixabiso elikrwada elilinganisiweyo.
• Nje ukuba ufikelele kuphawu oluzinzileyo, cofa ku Calibrate (B)
• Kwifestile yokulinganisa, chwetheza kwireferensi yobushushu kwaye ucofe ku Calibrate (C).

Inzwa ngoku ilinganisiwe kwaye ilungele ukusetyenziswa.

UMLINGANISELO NOKUNGENA

Emva kokulungelelaniswa kwenzwa okuyimpumelelo, iMilinganiselo kunye nokuLogga kunokuqalwa.
Imilinganiselo 

• Kwifestile engundoqo, lungisa ifayile yakhoampixesha lokuphumla (A)
• Khetha iparameter yakho ekufuneka iboniswe kwigrafu (B)
• Cofa kwiRekoda (C) ukugcina idatha kwisicatshulwa esahlukileyo sethebhu file ne file ulwandiso '.txt'. Zonke iiparamitha kunye namaxabiso akrwada aya kubhalwa.

Qaphela: Idatha file igcina idatha nge-factor ye-1000 ukuze kuthintelwe isahluli sekoma. Ukwahlula idatha kunye ne-1000 ukufumana iiyunithi ezisetyenziswa ngokuqhelekileyo (pH 7100 = pH 7.100).

UkuLogina kwesixhobo/ UkuLoga ngokuzimeleyo
Ezinye izixhobo (umzekelo, i-AquapHOx Logger) zibonelela ngokhetho lokuloga idatha ngaphandle koqhagamshelwano kwiPC.

•  Ukuqala ukuloga, yiya kwiDevice Logging (D) kwaye ulungise useto lwakho
• Khetha a Fileigama
• Qala ukuloga ngokucofa kuQalisa ukuloga. Isixhobo ngoku sinokuqhawulwa kwiPC kwaye siya kuqhubeka nokuloga kwedatha.
• Emva kovavanyo, qhagamshela isixhobo sokungena kwiPC, kwakhona
• Idatha efunyenweyo inokukhutshelwa emva kovavanyo kwicala lasekunene lefestile ngokukhetha ilogi echanekileyofile kwaye ucofe ku Khuphela (E). Ezi '.txt' files inokuthathwa ngaphandle ngokulula kwiinkqubo zespreadsheet eziqhelekileyo.

UHLANGANISO LWESIKO LESIXHOBO ESIFUNDWAYO

Ukudityaniswa kwesixhobo esifundwayo kulungiselelo lwesiko, kunokwenzeka ukuvala isoftware emva kolungelelwaniso kunye nokuqhawula isixhobo kwiPC. Emva kokuvala isoftware kunye nokukhanyisa imodyuli, ulungelelwaniso lugcinwa ngokuzenzekelayo ngaphakathi kwememori ye-flash yangaphakathi yemodyuli. Oku kuthetha ukuba izicwangciso ezihlengahlengisiweyo kunye neyokugqibela ye-sensor calibration iyaqhubeka nasemva komjikelezo wamandla wemodyuli. Ngoku imodyuli inokudityaniswa kulungiselelo oluthile lomthengi ngokusebenzisa ujongano lwayo lwe-UART (okanye ngentambo yojongano lwe-USB kunye nechweba layo le-COM). Nceda ujonge incwadana yemigaqo yesixhobo ngolwazi oluthe vetshe ngeprothokholi yonxibelelwano.

ISIPHUMO SOKUPHUMA KUNYE NEMODE YOSASAZO

• Ezinye izixhobo (umzekelo, i-FireSting pro, i-AquapHOx Transmitter) ibonelela ngeSiphumo esihlanganisiweyo se-Analog. Ingasetyenziselwa ukudlulisa iziphumo zomlinganiso (umzekelo, ioksijini, i-pH, ubushushu, uxinzelelo, ukufuma, ubungakanani bomqondiso) njengevolthitage/ yangoku (kuxhomekeke kwisixhobo) imiqondiso kwezinye izixhobo zombane (umz. abagawuli, abarekhoda beetshathi, iinkqubo zokufunyanwa kwedatha).
• Ngapha koko, ezinye izixhobo zinokusebenza ngendlela ebizwa ngokuba yiNdlela yoSasazo, apho isixhobo senza imilinganiselo ngokuzimeleyo ngaphandle kwePC eqhagamshelweyo. Imowudi ye-auto-ayinamsebenzi wokugawulwa okuhlanganisiweyo, kodwa amaxabiso alinganisiweyo kufuneka afundwe ngokuphuma kwe-analog umz. ngumfaki wedatha wangaphandle. Ingcamango esisiseko emva kwe-auto-mode kukuba yonke imisebenzi enxulumene noseto lwe-sensor kunye nokulinganiswa kwenzwa kusenziwa ngexesha lokusebenza ngokubanzi ngePC. Xa oku kusenziwa, imodyuli yosasazo inokuqwalaselwa kwaye isixhobo siya kuqalisa uMlinganiselo ngokuzimeleyo nje ukuba unikezelo lwamandla lunikezelwa nge-USB okanye izibuko elongezelelweyo.
• Kwaye okokugqibela, izibuko lolwandiso libonelela ngojongano olupheleleyo lwedijithali (i-UART) lwamathuba okudibanisa okuphambili kwizixhobo zombane zesiko. Olu jongano lwe-UART lusenokusetyenziswa ngexesha lokusebenza kwemowudi ezenzekelayo ukulungiselela ukufundwa kwedijithali kumaxabiso alinganisiweyo.

 FireSting-PRO

• Ukufaka useto lwe-Analog Output, nceda uye kwi-Advanced (A)-AnalogOut (B).
• Iziphumo ze-4 ze-analog zichongwe ngamabomu kunye no-A, B, C, kunye no-D ukuze zihluke ngokucacileyo kwi-number 1, 2, 3, kunye ne-4 yamajelo optical. Imvelaphi yeyokuba iziphumo ze-analog azimiselwanga kumajelo athile aqinisekisa ukuguquguquka okuphezulu.
• Imveliso ye-analog ixhomekeke kwisixhobo. Kwi-example ngezantsi, i-AnalogOutA inikezela ngevoltage imveliso phakathi 0 yaye 2500 mV. Cofa ku Gcina zonke kwiFlash ukugcina useto.

Phawula: Amaxabiso ahambelanayo obuncinane kunye nobuninzi beziphumo ahlala ekwiyunithi yexabiso elikhethiweyo. Intsingiselo kwi-example ngasentla, i-0 mV ihambelana ne-0 ° dphi kunye ne-2500 mV ihambelana ne-250 ° dphi.

 I-AquapHOx Transmitter

• Ukufaka useto lwe-Analog Output, nceda uvale isoftware yePyro Developer Tool. Ifestile yesethingi iya kuvula ngokuzenzekelayo.
• Esi sixhobo sixhotyiswe nge-2 voltage/iziphumo ze-analog zangoku. Xa usebenzisa i-0-5V imveliso, nceda ulungise i-AnalogOut A kunye ne-B. Xa usebenzisa i-4-20mA imveliso, nceda ulungise i-AnalogOut C kunye ne-C.
• Imveliso ye-analog ixhomekeke kwisixhobo. Kwi-example ngezantsi, i-AnalogOutA inikezela ngevoltage imveliso phakathi 0 yaye 2500 mV.
• Ngexesha lokusebenza kwemodus yosasazo, iziphumo zomlinganiso zinokufundwa ngaphandle umz. yi-analog data logger ukusuka kwimveliso ye-analog. Indlela yoSasazo ivaliwe ngokungagqibekanga:
• Ithuba losasazo [ms] lisetelwe ku-0. Ngokutshintsha oku, indlela yosasazo ivuleleka ngokuzenzekelayo.

IISETHINGI EZIQHELEKILEYO

Iisetingi ezikwizinga eliphezulu ziqulathe iirejista zokuseta, iirejista zolungelelwaniso kunye noseto lwemveliso ye-analog kunye nemo yokusasaza. Ukungenisa olu seto, nceda uye ku Kukwinqanaba Eliphambili kwiwindow engundoqo kwaye ukhethe irejista yezicwangciso.
 Ukutshintsha useto

• Kwiirejista zokucwangcisa izicwangciso ezichazwe yikhowudi yoluvo. Njengakwifestile yokuseta kunokwenzeka ukuba utshintshe ubunzulu be-LED, umtshina ampliification kunye ne
• Ubude bexesha le-LED. Kwirejista yendawo yokucwangcisa, inzwa yeqondo lokushisa kwimbuyekezo yeqondo lokushisa ngokuzenzekelayo inokukhethwa. Iirejista ezingakumbi zibandakanya izicwangciso ezingaphezulu kunye nezicwangciso zenzwa yobushushu bangaphandle, umzekeloampLe inzwa yobushushu bePt100. Utshintsho kwiirejista zoseto luya kuchaphazela umqondiso woluvo.
• Ungawatshintshi la maxabiso ukuba umqondiso woluvo lwakho lwanele. Ukuba utshintsha iirejista zokucwangcisa, phinda ulungelelanise phambi kokusetyenziswa kwesinzwa kwimilinganiselo.
• Emva kokulungelelanisa useto lwakho, kubalulekile ukugcina ezi zicwangciso zitsha kwimemori ye-flash yangaphakathi yesixhobo. Cofa Gcina konke kwiFlash ukwenza olu tshintsho lube sisigxina, nasemva komjikelo wamandla.
• Kwiinguqulelo zesoftware entsha, imowudi yosasazo inokuqwalaselwa kunye nezicwangciso zoluvo.

 Ukutshintsha iFactory Calibration

• Ioksijini
  Kwirejista yolungelelwaniso kukho imiba yolungelelwaniso lwefektri edwelisiweyo. Ezi zinto (F, fixed f, m, fixed Ksv, kt, tt, mt kunye neTofs) zizigxina ezithile kwizikhombisi zeREDFLASH kwaye zihlengahlengiswa ngokuzenzekelayo kuhlobo loluvo olukhethiweyo kwiKhowudi yoluvo. Kucetyiswa ngamandla ukuba utshintshe ezi parameters kuphela emva kokunxibelelana nePyroScience.
• pH
  Ngokuphathelele i-oksijini, i-factory calibration factor ye-pH zidweliswe kwirejista yokulinganisa kwaye ihlengahlengiswa ngokuzenzekelayo kuhlobo lwe-sensor ekhethiweyo kwi-Sensor Code (umz. SA, SB, XA, XB).
• Ubushushu
  Imiba yokulinganisa imveliso yobushushu bokukhanya zidweliswe kwiirejista zokulinganisa. Le miba yimiba ethile kwaye ihlengahlengiswa ngokuzenzekelayo kuhlobo loluvo olukhethiweyo kwikhowudi yeSensor.

Ukutshintsha ulungelelwaniso lwefektri 

• Qinisekisa ukuba umjelo womlinganiselo ochanekileyo uyaboniswa (ubalulekile kwisixhobo esinamajelo amaninzi iFireSting-PRO) phambi kokutshintsha imiba yolungelelwaniso.
• Cofa kwiRejista yokuFunda ukubona izinto zangoku zokulinganisa
• Lungisa useto
• Cofa Gcina konke kwiFlash ukwenza olu tshintsho lube sisigxina, nasemva komjikelo wamandla

Kubalulekile: Kuphela irejista yokulinganisa ehambelana ne-analyte ekhethiweyo inokulungiswa.

Imbuyekezo yangasemva 

• Cofa kwirejista ekwiNqanaba eliphezulu (A) uze emva koko kuCalibration (B).
• Ukuba usebenzisa i-1m, 2m okanye 4m ifayibha yamehlo, nceda uchwetheze kula maxabiso kwifestile efanelekileyo (C).

Ubude beFayibha	Imvelaphi Ampukukhanya (mV)	Ngasemva dPhi ( °)
AquapHOx PHCAP	0.044	0
2cm-5cm (PICO)	0.082	0
1m (PICO)	0.584	0
I-1m fiber ye-APHOx okanye i-FireSting	0.584	0
I-2m fiber ye-APHOx okanye i-FireSting	0.900	0
I-4m fiber ye-APHOx okanye i-FireSting	1.299	0

Imbuyekezo yangasemva esenziwa ngesandla
Kwimeko apho ulinganisa indawo yoluvo ngefiber engenanto (SPFIB), unokwenza imbuyekezo yemvelaphi yesandla. Nceda uqiniseke, ukuba ifayibha/intonga yakho iqhagamshelwe kwisixhobo kodwa AYIQHAGAMSHELWE kwisixhobo soluvo.

• Cofa ku Measure Background (D) ukwenza imanual luminescence background

SampLes
Umboniso womzobo wokukhanya kwe-sinusoidally modulated excitation kunye nokukhanya okuphumayo. Ukutshintsha kwesigaba phakathi kochulumanco kunye nokukhanya okuphumayo kubonakala kumboniso womzobo.
Idatha yelifa elongezelelweyo file

• Idatha eyongezelelweyo file iya kurekhodwa, ukuba Vuselela iData yeLifa File (A) yenziwe. Idatha eyongezelelweyo file yi .tex file efana nefomathi yesoftware yePyro Oxygen Logger. Ukuchonga ezongezelelweyo file emva kokurekhoda, idatha file Igama libandakanya igama eliphambili lelifa.
• Ukuveliswa kwedatha yelifa elongezelelweyo file ixhaswa kuphela kwi-oxygen sensors. Khetha kwiYunithi ye-Oxygen yeLifa (B) iyunithi yeoksijini eza kugcinwa kwidatha yelifa elongezelelweyo file.

Qaphela: Kwizixhobo ezinamatshaneli amaninzi, onke amajelo kufuneka abe no-s ofanayoample interval.

IZILUMKISO KUNYE NEEPHOSO

Izilumkiso ziboniswa kwikona ephezulu ngasekunene yefestile yomlinganiselo ophambili weSixhobo soMphuhlisi wePyro.

Isilumkiso okanye Impazamo	Inkcazo	Kwenziwe ntoni ?
Ngokuzenzekelayo Ampl. Inqanaba Elisebenzayo	Umtshina wesixhobo ugcwele ngenxa yogxininiso oluninzi kakhulu. I ampukunyuswa kuncitshiswa ngokuzenzekelayo ukunqanda ukugcwala ngokugqithiseleyo kwesixhobo.	Ukuncitshiswa kokukhanya kwendawo (umz. lamp, ukukhanya kwelanga) kuyacetyiswa. Okanye unciphise ubunzulu be-LED kunye/okanye umtshini amplification (jonga kwi Useto). KUBALULEKILEYO: oku kufuna ulungelelwaniso loluvo olutsha.
Ubungakanani boMqondiso buPhantsi	Ubungakanani boluvo buphantsi. Ingxolo ephakamileyo kufundo lwesivamvo.	Kwizinzwa ezingaqhagamshelwanga: jonga umdibaniso phakathi kwefiber kunye nenzwa. Kungenjalo, tshintsha ubunzulu be-LED phantsi kweesetingi eziphambili.

		OKUBALULEKILEYO: oku kufuna umlinganiselo omtsha woluvo.
I-Optical detector igcwele	Umtshina wesixhobo ugcwele ngenxa yokukhanya okujikeleze kakhulu.	Ukuncitshiswa kokukhanya kwendawo (umz. lamp, ukukhanya kwelanga) kuyacetyiswa. Okanye unciphise ubunzulu be-LED kunye/okanye umtshini amplification (jonga kwi Useto). KUBALULEKILEYO: oku kufuna ulungelelwaniso loluvo olutsha!
Ref. Phantsi kakhulu	Ubungakanani bomqondiso wezalathiso buphantsi (<20mV). Ukonyuka kwengxolo ekufundeni kwe-optical sensor.	Qhagamshelana info@pyroscience.com ngenkxaso
Ref. Phezulu kakhulu	Umqondiso wesalathiso uphezulu kakhulu (>2400mV). Oku kunokuba nefuthe elibi kakhulu ekuchanekeni kokufundwa kwenzwa.	Qhagamshelana info@pyroscience.com ngenkxaso
Sample Temp. Isivamvo	Ukusilela kwesample isivamvo sobushushu (Pt100).	Qhagamshela inzwa yobushushu bePt100 kwisidibanisi sePt100. Ukuba inzwa sele iqhagamshelwe, i-sensor inokophuka kwaye idinga ukutshintshwa.
I-Case Temp. Isivamvo	Ukungaphumeleli kwesivamvo sobushushu bemeko.	Qhagamshelana info@pyroscience.com ngenkxaso
ISensom yoxinzelelo	Ukungaphumeleli kwenzwa yoxinzelelo.	Qhagamshelana info@pyroscience.com ngenkxaso
Ukufuma woluvo	Ukungaphumeleli kwenzwa yokufuma.	Qhagamshelana info@pyroscience.com ngenkxaso

IZIKHOKELO ZOKUKHUSELEKA

• Kwimeko yeengxaki okanye umonakalo, qhawula isixhobo kwaye usiphawule ukuthintela naluphi na ukusetyenziswa! Qhagamshelana nePyroScience ngengcebiso! Akukho malungu anokusetyenzwa ngaphakathi kwisixhobo. Nceda uqaphele ukuba ukuvula indlu kuya kuchitha iwaranti!
• Landela imithetho efanelekileyo kunye nezikhokelo zokhuseleko kwilabhoratri, njengemiyalelo ye-EEC yomthetho okhuselayo wabasebenzi, umthetho wesizwe wokhuselo wabasebenzi, imigaqo yokhuseleko yothintelo lwengozi kunye nokhuseleko lwamaphepha avela kubenzi beekhemikhali ezisetyenziswa ngexesha lemilinganiselo kunye nee-capsules ze-PyroScience buffer.
• Phatha i-sensor ngononophelo ngakumbi emva kokususwa kwe-cap yokukhusela! Thintela ukucinezeleka koomatshini kwincam ebuthathaka yokuva! Kuphephe ukugoba okuqinileyo kwentambo yefayibha! Thintela ukwenzakala ngeenzwa zohlobo lwenaliti!
• Izixhobo zoluvo azenzelwanga zonyango, i-aerospace, okanye iinjongo zasemkhosini okanye naziphi na ezinye iinkqubo ezibaluleke kakhulu kukhuseleko. Akufunekanga zisetyenziselwe izicelo ebantwini; hayi kuvavanyo lwe-vivo ebantwini, hayi ukuxilongwa kwabantu okanye naziphi na iinjongo zonyango. Abenzi boluvo akufuneki badibane ngqo nokutya okulungiselelwe ukutyiwa ngabantu.
• Isixhobo kunye nezivamvo kufuneka zisetyenziswe elabhoratri ngabasebenzi abaqeqeshiweyo kuphela, ngokulandela imiyalelo yomsebenzisi kunye nezikhokelo zokhuseleko zencwadana.
• Gcina izixhobo zoluvo kunye nesixhobo kude nabantwana!

QHAGAMSHELANA 

• PyroScience GmbH Kackertstr. 1152072 Aachen Deutschland
  • Umnxeba: +49 (0) 241 5183 2210
  • Ifeksi: +49 (0)241 5183 2299
  • info@pyroscience.com
  • www.pyroscience.com
  • www.pyroscience.com
• PyroScience GmbH Kackertstr. 11 52072 Aachen Deutschland
  • Umnxeba: +49 (0) 241 5183 2210
  • Ifeksi: +49 (0)241 5183 2299
  • info@pyroscience.com
  • www.pyroscience.com

Amaxwebhu / Izibonelelo

pyroscience Pyro Developer Tool Logger Software [pdf] Incwadi yokusebenzisa IPyro Developer Tool Logger Software, Developer Tool Logger Software, Software Logger, Software

Iimbekiselo

• Incwadi yokusebenzisa