I-TDC5 Temperature Controller
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Ulwazi Lomkhiqizo
Imininingwane
- Umkhiqizo: TDC5 Temperature Controller
- Umkhiqizi: Gamry Instruments, Inc.
- Iwaranti: iminyaka engu-2 kusukela ngosuku lokuthunyelwa kwangempela
- Ukusekela: Usizo lwefoni lwamahhala lokufakwa, ukusetshenziswa, kanye
ukushuna
Imiyalo yokusetshenziswa komkhiqizo
Ukufakwa
Qinisekisa ukuthi unemodeli yensimbi nezinombolo ze-serial
etholakalayo ukuze isetshenziswe.
Vakashela ikhasi losekelo ku-https://www.gamry.com/support-2/ ukuze uthole
imininingwane yokufaka.
Ukusebenza
Uma uhlangabezana nezinkinga, xhumana nosekelo ngefoni noma nge-imeyili
imininingwane edingekayo.
Ukuze uthole usizo olusheshayo, shayela ocingweni oluseduze ne-
ithuluzi lokuxazulula inkinga ngesikhathi sangempela.
Isondlo
Hlola njalo izibuyekezo zesofthiwe ekhasini losekelo
enikeziwe.
Gcina imodeli yensimbi nezinombolo ze-serial ziseduze nganoma yikuphi usekelo
izicelo.
FAQ
Q: Iyini isikhathi sewaranti ye-TDC5 Temperature
Isilawuli?
IMP: Iwaranti ivala iziphambeko ezivela ekwenziweni okuyiphutha
iminyaka emibili kusukela ngedethi yokuqala yokuthunyelwa.
Umbuzo: Ngingafinyelela kanjani ukwesekwa kwamakhasimende?
A: Ungaxhumana nosekelo ngocingo ku 215-682-9330 or
mahhala ku 877-367-4267 ngesikhathi sase-US Eastern Standard Time.
Q: Yini ehlanganiswa ngaphansi kwewaranti enomkhawulo?
A: Iwaranti ihlanganisa ukulungiswa noma ukushintshwa kweziphambeko
ukukhiqiza, ngaphandle kokunye umonakalo.
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Imanuwali Yesilawuli Sezinga lokushisa le-TDC5
Copyright © 20192025 Gamry Instruments, Inc. Ukubuyekezwa 1.5.2 Julayi 28, 2025 988-00072
Uma Unezinkinga
Uma Unezinkinga
Sicela uvakashele isevisi yethu kanye nekhasi losekelo ku-https://www.gamry.com/support-2/. Leli khasi liqukethe ulwazi lokufakwa, ukubuyekezwa kwesofthiwe, nokuqeqeshwa. Iqukethe futhi izixhumanisi zemibhalo yakamuva etholakalayo. Uma ungakwazi ukuthola ulwazi oludingayo kithi webkusayithi, ungaxhumana nathi nge-imeyili usebenzisa isixhumanisi esinikezwe kithi webindawo. Noma, ungasithinta ngenye yalezi zindlela ezilandelayo:
Ifoni Ye-inthanethi
https://www.gamry.com/support-2/
215-682-9330 9:00 AM-5:00 PM (Isikhathi SaseMpumalanga Sase-US) 877-367-4267 (Yamahhala yase-US nase-Canada Kuphela)
Sicela ube nemodeli yensimbi yakho nezinombolo ze-serial ezitholakalayo, kanye nanoma iyiphi isofthiwe esebenzayo nezibuyekezo ze-firmware.
Uma unezinkinga ngokufaka noma ukusebenzisa i-TDC5 Temperature Controller, sicela ushayele ocingweni oluseduze kwethuluzi, lapho ungashintsha khona izilungiselelo zensimbi ngenkathi ukhuluma nathi.
Siyajabula ukuhlinzeka ngezinga elifanelekile losekelo lwamahhala kubathengi be-TDC5. Ukwesekwa okunengqondo kuhlanganisa usizo locingo oluhlanganisa ukufakwa okuvamile, ukusetshenziswa, nokushuna okulula kwe-TDC5.
Iwaranti Enomkhawuko
I-Gamry Instruments, Inc. iqinisekisa kumsebenzisi wangempela walo mkhiqizo ukuthi ngeke ungabi nasici okuvela ekwenziweni okuyiphutha komkhiqizo noma izingxenye zawo isikhathi esiyiminyaka emibili kusukela ngedethi yokuqala yokuthunyelwa kwakho.
I-Gamry Instruments, Inc. ayenzi ziqinisekiso mayelana nokusebenza okwanelisayo kwe-Reference 3020 Potentiostat/Galvanostat/ZRA okuhlanganisa isofthiwe ehlinzekwe ngalo mkhiqizo noma ukufaneleka komkhiqizo nganoma iyiphi injongo. Ikhambi lokwephulwa kwalesi Siqiniseko Esinomkhawulo lizokhawulelwa kuphela ukulungisa noma ukushintshwa, njengoba kunqunywa i-Gamry Instruments, Inc., futhi ngeke lihlanganise omunye umonakalo.
I-Gamry Instruments, Inc. igodla ilungelo lokwenza izibuyekezo ohlelweni nganoma yisiphi isikhathi ngaphandle kokuzifaka kunoma yisiphi isibopho sokufaka okufanayo kumasistimu athengwa ngaphambilini. Zonke izicaciso zesistimu zingashintsha ngaphandle kwesaziso.
Awekho amawaranti adlulela ngale kwencazelo lapha. Lesi siqinisekiso sisendaweni, futhi asibandakanyi noma yiziphi kanye nazo zonke ezinye iziqinisekiso noma izethulo, eziveziwe, ezishiwoyo noma eziphathelene nomthetho, okuhlanganisa ukuthengiswa nokufaneleka, kanye nanoma yiziphi kanye nazo zonke ezinye izibopho noma izikweletu ze-Gamry Instruments, Inc., okuhlanganisa kodwa kungagcini lapho , umonakalo okhethekile noma umphumela.
Lesi Siqiniseko Esinomkhawulo sikunikeza amalungelo athile omthetho futhi ungase ube namanye, ahluka ngokwezifundazwe. Ezinye izifundazwe azikuvumeli ukukhishwa komonakalo wengozi noma owumphumela.
Akekho umuntu, ifemu noma inhlangano egunyazwe ukuthatha i-Gamry Instruments, Inc., noma yisiphi isibopho esengeziwe, noma isikweletu esinganikezwanga ngokucacile lapha ngaphandle kokuthi sibhalwe ngokufanelekile yisikhulu se-Gamry Instruments, Inc.
Ukuzihlangula
I-Gamry Instruments, Inc. ayikwazi ukuqinisekisa ukuthi i-TDC5 izosebenza nawo wonke amasistimu ekhompyutha, izifudumezi, izinto zokupholisa, noma amaseli.
Ulwazi olukule manuwali luhlolisiswe ngokucophelela futhi kukholakala ukuthi lunembile kusukela ngesikhathi sokukhishwa. Nokho, i-Gamry Instruments, Inc. ayithathi sibopho ngamaphutha angase avele.
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Amalungelo okushicilela
Amalungelo okushicilela
I-copyright ye-TDC5 Yezilawuli Zezinga lokushisa Yemanuwali © 2019-2025, Gamry Instruments, Inc., wonke amalungelo agodliwe. I-CPT I-Software Copyright © 19922025 Gamry Instruments, Inc. Chaza Ulimi Lwekhompyutha I-copyright © 19892025 Gamry Instruments, Inc. I-Interface 1010, I-Interface 5000, I-Interface Power Hub, EIS Box 5000, Reference 620, Reference 3000TM, Reference 3000AETM, Reference 30K, EIS Box 5000, LPI1010, eQCM 15M, IMX10kmDC Framework, E-Rmche I-Analyst 2, i-Echem ToolkitPy, i-Faraday Shield, ne-Gamry izimpawu zokuthengisa ze-Gamry Instruments, Inc. I-Windows® ne-Excel® ziwuphawu lokuthengisa olubhalisiwe lwe-Microsoft Corporation. I-OMEGA® iwuphawu lokuthengisa olubhalisiwe lwe-Omega Engineering, Inc. Ayikho ingxenye yale dokhumenti engakopishwa noma yenziwe kabusha nganoma iyiphi indlela ngaphandle kwemvume ebhaliwe yangaphambili ye-Gamry Instruments, Inc.
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Okuqukethwe
Okuqukethwe
Uma Unezinkinga ………………………………………………………………………………………………………………………. 3
Iwaranti Enomkhawuko ………………………………………………………………………………………………………………………… 3
Ukuzihlangula ………………………………………………………………………………………………………………………………………… .. 3
Amalungelo obunikazi …………………………………………………………………………………………………………………………………………… … 4
Okuqukethwe…………………………………………………………………………………………………………………………. . 5
Isahluko 1: Ukucatshangwa Kwezokuphepha………………………………………………………………………………………………………………… ……………………………………………………………………………………………………………………….. 7 Line Vol.tages ……………………………………………………………………………………………………………………………………………………………………… Ama-OutletsFuses ……………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………. …………………………………………………………………………………………………………………………………………………………………………………………………………………………………………… …………………………………………………………………………………………………… 8 Isexwayiso se-RFI……………………………………………… …………………………………………………………………………………………….. 8 Ukuzwela Okudlula Kagesi …………………………………… ………………………………………………………………………… 5
Isahluko 2: Ukufakwa…………………………………………………………………………………………………………………….. 11 Ukuhlola Okubonakalayo Kokuqala ………………………………………………………………………………………………………….. 11 Ukuqaqa i-TDC5 Yakho … ………………………………………………………………………………………………………….. 11 Indawo Engokoqobo ………………… …………………………………………………………………………………………………………. 11 Umehluko Phakathi kwe-Omega CS8DPT kanye ne-TDC5 ……………………………………………………………………… 12 Umehluko Wezingxenyekazi Zekhompyutha ………………………………… ………………………………………………………………………. 12 Umehluko weFirmware ………………………………………………………………………………………………….. 12 AC Line Connection ……… ……………………………………………………………………………………………………………………………………………………………………………………………………………………………… …………………………………………………………………………………………………….. 12 Ikhebula le-USB …………………… ……………………………………………………………………………………………………….. 13 Ukusebenzisa Isiphathi Sedivayisi ukufaka i-TDC14 ……… ……………………………………………………………………………….. 5 Ukuxhuma i-TDC14 ku-heater noma ku-Cooler …………………………… ………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………… ………………………………. 5 Amakhebula Omakhalekhukhwini avela ku-Potentiostat …………………………………………………………………………………………….. 17 Ukusetha Amamodi Okusebenza we-TDC5 …………………………………………………………………………………………….. 18 Ukuhlola Ukusebenza kwe-TDC18………………………………… ………………………………………………………………………….. 5
Isahluko 3: I-TDC5 Sebenzisa ……………………………………………………………………………………………………………………….. 19 Ukusebenzisa i-Framework Scripts ukuze Usethe futhi Ulawule i-TDC5 Yakho ……………………………………………………………………………………………………………… …………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………….view ………………………………………………………………………. 20 Ishuna Nini ………………………………………………………………………………………………………………….. 20 Ukushuna Okuzenzakalelayo i-TDC5 ………………………………………………………………………………………
I-Appendix A: Ukucushwa Kwesilawuli Esizenzakalelayo ………………………………………………………………………………….. 23 Imenyu Yemodi Yokuqalisa …………………… …………………………………………………………………………………………. 23 Imenyu Yemodi Yokuhlela ………………………………………………………………………………………………….. 28 Izinguquko Amathuluzi Egeyimu Anazo Yenzelwe Izilungiselelo Ezizenzakalelayo …………………………………………………….. 31
Isithasiselo B: Inkomba ………………………………………………………………………………………………………………………………. 33
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Ukucatshangelwa Kokuphepha
Isahluko 1: Ukucatshangelwa Kokuphepha
I-Gamry Instruments TDC5 isekelwe kusilawuli sezinga lokushisa elijwayelekile, i-Omega Engineering Inc. Model CS8DPT.. I-Gamry Instruments yenze izinguquko ezincane zale yunithi ukuze ivumele ukuhlanganiswa kwayo kalula kusistimu yokuhlola i-electrochemical. I-Omega inikeza Umhlahlandlela Womsebenzisi ohlanganisa izindaba zokuphepha ngokuningiliziwe. Ezimweni eziningi, ulwazi lwe-Omega aluphindwaphindwa lapha. Uma ungenayo ikhophi yalo mbhalo, thintana no-Omega ku-http://www.omega.com. I-TDC5 Temperature Controller yakho ihlinzekiwe isesimweni esiphephile. Bheka Umhlahlandlela Womsebenzisi we-Omega ukuze uqinisekise ukusebenza okuqhubekayo okuphephile kwalolu cingo.
Ukuhlola
Uma uthola i-TDC5 Temperature Controller yakho, ihlole ukuze uthole ubufakazi bokulimala komkhumbi. Uma ubona noma yimuphi umonakalo, sicela wazise i-Gamry Instruments Inc. kanye nenkampani yenethiwekhi ngokushesha. Londoloza isiqukathi sokuthumela ukuze sihlolwe inkampani yenethiwekhi.
I-TDC5 Temperature Controller yonakaliswe ekuthunyelweni ingaba yingozi yokuphepha. Isisekelo esivikelayo singenziwa singasebenzi uma i-TDC5 ilimele ekuthunyelweni. Ungasebenzisi izinto ezilimele kuze kube yilapho uchwepheshe wesevisi eqinisekisa ukuphepha kwazo. Tag i-TDC5 eyonakele ukukhombisa ukuthi ingaba yingozi kwezokuphepha.
Njengoba kuchazwe ku-IEC Publication 348, Izidingo Zokuphepha Zezinto Zokusebenza Zokukala Kagesi, i-TDC5 iyisisetshenziswa Sekilasi I. Imishini Yekilasi I iphephile kuphela ezingozini zokushaqeka kagesi uma ikesi yale nto ixhunywe endaweni evikelayo yomhlaba. Ku-TDC5 lokhu kuxhumana komhlabathi okuvikelayo kwenziwa nge-ground prong entanjeni yomugqa we-AC. Uma usebenzisa i-TDC5 ngentambo yolayini evunyelwe, ukuxhuma emhlabathini ovikelekile kwenziwa ngokuzenzakalelayo ngaphambi kokwenza noma yikuphi ukuxhuma kwamandla.
Uma indawo yokuvikela ingaxhumekile kahle, idala ingozi yokuphepha, engabangela ukulimala kwabasebenzi noma ukufa. Ungakunaki ukuvikelwa kwalo mhlaba nganoma iyiphi indlela. Ungayisebenzisi i-TDC5 enentambo enwetshiwe enezintambo ezi-2, ene-adaptha enganikezeli indawo eyisivikelo, noma enentambo kagesi engaxhunywanga kahle nomhlabathi ovikelayo.
I-TDC5 ihlinzekwa ngentambo efanele ukusetshenziswa e-United States. Kwamanye amazwe, kungase kudingeke ukuthi esikhundleni sentambo ufake eyodwa elungele uhlobo lwakho lwendawo kagesi. Kufanele ngaso sonke isikhathi usebenzise intambo enesixhumi sowesifazane se-CEE 22 Standard V ekugcineni kwensimbi yekhebula. Lesi yisixhumi esifanayo esisetshenziswe entanjeni yolayini evamile yase-US enikezwe i-TDC5 yakho. I-Omega Engineering (http://www.omega.com) ingumthombo owodwa wezintambo zamazwe ngamazwe, njengoba kuchazwe kumhlahlandlela wabo womsebenzisi.
Uma ushintsha intambo, kufanele usebenzise intambo elinganiselwe ukuthwala okungenani u-15 A we-AC wamanje. Uma ushintsha intambo, kufanele usebenzise intambo yomugqa ene-polarity efanayo naleyo enikezwe i-TDC5. Intambo yolayini engafanele ingadala ingozi yokuphepha, engabangela ukulimala noma ukufa.
I-polarity yezintambo zesixhumi esinezintambo ezifanele iboniswa kuThebula 1 kuzo zombili izintambo zolayini zase-US nezintambo zase-Europe ezilandela isimiso sezintambo “ezivunyelanisiwe”.
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Isifunda sase-US European
Ukucatshangelwa Kokuphepha
Ithebula 1 Imibala Nemibala Yentambo Yomugqa
Umugqa Omnyama Onsundu
Okuluhlaza Okumhlophe Okukhanyayo Okumaphakathi
I-Earth-Ground Green Green/Yellow
Uma unokungabaza mayelana nentambo ezosetshenziswa ne-TDC5 yakho, sicela uxhumane nosebenza ngogesi oqeqeshiwe noma uchwepheshe wesevisi yezinsimbi ukuze uthole usizo. Umuntu oqeqeshiwe angenza ukuhlola kokuqhubeka okulula okungaqinisekisa ukuxhunywa kwe-chassis ye-TDC5 emhlabeni futhi ngalokho ahlole ukuphepha kokufakwa kwakho kwe-TDC5.
Umugqa Voltages
I-TDC5 yakhelwe ukusebenza kulayini we-AC voltagiphakathi kuka-90 no-240 VAC, 50 noma 60 Hz. Akukho ukuguqulwa kwe-TDC5 okudingekile uma ushintsha phakathi kolayini we-AC wamazwe ngamazwe we-UStages.
Kushintshwe i-AC OutletsFuses
Zombili izindawo ezishintshwayo ezingemuva kwe-TDC5 zinamafuse ngenhla nangakwesokunxele semiphumela. Ku-Output 1, isilinganiso esiphezulu esivunyelwe se-fuse singu-3 A; ku-Output 2, i-fuse ephezulu evunyelwe ngu-5 A.
I-TDC5 ihlinzekwa ngamafuse angu-3 A no-5 A, asheshayo, angu-5 × 20 mm ezindaweni ezishintshayo.
Ungase ufise ukuhlanganisa amafuse endaweni ngayinye ukuze uthole umthwalo olindelekile. Okwesiboneloample, uma usebenzisa i-heater ye-cartridge engu-200 W enentambo yamandla engu-120 VAC, amandla amanje angaphansi kuka-2 A. Ungase ufune ukusebenzisa i-fuse engu-2.5 A endaweni eshintshwayo ukuya ku-heater. Ukugcina isilinganiso se-fuse singaphezu kwamandla alinganiselwe kungavimbela noma kunciphise umonakalo ku-heater engasebenzi kahle.
TDC5 Electrical Outlet Safety
I-TDC5 inezindawo ezimbili ezishintshayo zikagesi ephaneli elingemuva lendawo ebiyelwe. Lezi zitolo zingaphansi kolawulo lwemojuli yesilawuli ye-TDC5 noma ikhompuyutha eyirimothi. Ngokucatshangelwa kwezokuphepha, noma nini lapho i-TDC5 inikwa amandla, kufanele uphathe lezi zitolo njengezivuliwe.
Ezimweni eziningi, i-TDC5 inika amandla isitolo esisodwa noma zombili lapho inikwa amandla okokuqala.
Izingxenye zikagesi ezishintshiwe kuphaneli engemuva ye-TDC5 kufanele ngaso sonke isikhathi ziphathwe njengezivuliwe noma nini lapho i-TDC5 inikwa amandla. Khipha intambo yolayini ye-TDC5 uma kufanele usebenze ngocingo oxhumene nalezi zitolo. Ungathembi ukuthi amasiginali okulawula alezi zitolo, uma evaliwe, ahlala evaliwe. Ungathinti noma iyiphi intambo exhunywe kulezi zitolo ngaphandle uma intambo kalayini ye-TDC5 inqanyuliwe.
Ukuphepha kwe-heater
I-TDC5 Temperature Controller ivamise ukusetshenziselwa ukulawula isisetshenziswa sikagesi sokushisisa esitholakala noma eduze neseli ye-electrochemical egcwele i-electrolyte. Lokhu kungamela ingozi enkulu yokuphepha ngaphandle kwalapho kuthathwa ukunakekelwa ukuze kuqinisekiswe ukuthi i-heater ayinazo izintambo eziveziwe noma abathintwayo.
Isifudumezi esinamandla e-AC esixhunywe kuseli eliqukethe i-electrolyte singamela ingozi enkulu yokushaqeka kukagesi. Qiniseka ukuthi azikho izintambo eziveziwe noma uxhumano kwisekhethi yehitha yakho. Ngisho nokufakwa okuqhekekile kungaba yingozi yangempela lapho amanzi anosawoti echithwa ocingweni.
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Ukucatshangelwa Kokuphepha
Isexwayiso se-RFI
I-TDC5 Temperature Controller yakho ikhiqiza, isebenzisa, futhi ingasakaza amandla efrikhwensi yomsakazo. Amazinga okukhanya aphansi ngokwanele ukuthi i-TDC5 akufanele iveze inkinga yokuphazamiseka ezindaweni eziningi zaselabhorethri yezimboni. I-TDC5 ingase ibangele ukuphazamiseka kwefrikhwensi yomsakazo uma isebenza endaweni yokuhlala.
Ukuzwela Okudlula Kagesi
I-TDC5 Temperature Controller yakho yakhelwe ukunikeza ukuvikeleka okunengqondo ezintweni ezidlulayo zikagesi. Kodwa-ke, ezimeni ezimbi kakhulu, i-TDC5 ingase ingasebenzi kahle noma ihlukumezeke ngenxa yezinto ezidlulayo zikagesi. Uma unezinkinga mayelana nalokhu, izinyathelo ezilandelayo zingasiza:
· Uma inkinga ingugesi omile (izinhlansi ziyabonakala uma uthinta i-TDC5: o Ukubeka i-TDC5 yakho endaweni esebenza kuyo yokulawula engashintshi kungasiza. Izindawo zokusebenza ezilawula ukuqina manje sezitholakala ngokuvamile ezindlini eziphakela ngamakhompyutha nakubahlinzeki bamathuluzi kagesi. I-antistatic umata waphansi nawo ungasiza, ikakhulukazi uma ukhaphethi ubandakanyeka ekukhiqizeni ugesi ongashintshi o Ama-ionizers womoya noma ngisho nezinto ezilula zomoya zinganciphisa ivolumutage itholakala ekukhishweni okumile.
· Uma inkinga kuyizintambo zikagesi ze-AC (ngokuvamile ezivela ezinjini zikagesi ezinkulu eduze ne-TDC5): o Zama ukuxhuma i-TDC5 yakho kusekethe yegatsha lamandla e-AC ehlukile. o Xhuma i-TDC5 yakho kusicindezeli sentambo kagesi. Izicindezeli zokuhlinza ezingabizi seziyatholakala manje ngenxa yokusebenzisa imishini yekhompyutha.
Xhumana ne-Gamry Instruments, Inc. uma lezi zinyathelo zingayixazululi inkinga.
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Ukufakwa
Isahluko sesi-2: Ukufakwa
Lesi sahluko sihlanganisa ukufakwa okuvamile kwe-TDC5 Temperature Controller. I-TDC5 yakhelwe ukwenza izivivinyo ku-Gamry Instruments CPT Critical Pitting Test System, kodwa futhi iwusizo kwezinye izinjongo. I-TDC5 iyi-Omega Engineering Inc., i-Model CS8DPT Temperature Controller. Sicela uphindeview Umhlahlandlela Womsebenzisi we-Omega ukuze uzijwayeze nokusebenza kwesilawuli sezinga lokushisa.
Ukuhlola Okubonakalayo Kokuqala
Ngemva kokukhipha i-TDC5 yakho kubhokisi layo lokuthumela, ihlole noma yiziphi izimpawu zomonakalo wokuhamba ngomkhumbi. Uma noma yimuphi umonakalo uqashelwa, sicela wazise i-Gamry Instruments, Inc., kanye nenkampani yenethiwekhi ngokushesha. Londoloza isiqukathi sokuthumela ukuze sihlolwe inkampani yenethiwekhi.
Isisekelo esivikelayo singenziwa singasebenzi uma i-TDC5 ilimele ekuthunyelweni. Ungasebenzisi izinto ezilimele kuze kube yilapho ukuphepha kwazo sekuqinisekiswe uchwepheshe wesevisi oqeqeshiwe. Tag i-TDC5 eyonakele ukukhombisa ukuthi ingaba yingozi kwezokuphepha.
Ikhipha i-TDC5 Yakho
Uhlu olulandelayo lwezinto kufanele lunikezwe ne-TDC5 yakho: Ithebula 2
Uhlu lokupakisha lwe-Gamry TDC5 (i-Omega CS8DPT elungisiwe) ene-Gamry P/N 992-00143
Isiqephu 1
4 1
1 1 1 1 1 2 1
I-Gamry P/N 988-00072 990-00481
630-00018 990-00491
720-00078 721-00016 952-00039 985-00192 990-00055 -
I-Omega P/N M4640
Incazelo I-Gamry TDC5 Operator's Manual Fuse Kit – 5X20, 250V, 5A Fast-Blow Fuse – 5X20, 250V, 5A Fast-Blow Gamry TDC5 (i-Omega CS8DPT elungisiwe) I-Main Power Cord (inguqulo yase-USA) TDC5 I-adaptha ye-TDC3.0 yekhebuli ye-RTD8 ye-USB i-Omega6 uhlobo lwe-USB. ft RTD Hlola Omega Okukhipha Izintambo Umhlahlandlela Womsebenzisi we-Omega
Xhumana nommeleli wakho wendawo we-Gamry Instruments uma ungakwazi ukuthola noma yiziphi zalezi zinto ezitsheni zakho zokuthumela.
Indawo Engokoqobo
Ungabeka i-TDC5 yakho endaweni evamile yebhentshi. Uzodinga ukufinyelela ngemuva kwethuluzi ngoba ukuxhumeka kwamandla kwenziwa ngemuva. I-TDC5 ayikhawulelwe ekusebenzeni endaweni eyisicaba. Ungayisebenzisa ohlangothini lwayo, noma ubheke phansi.
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Ukufakwa
Umehluko Phakathi kwe-Omega CS8DPT ne-TDC5
Hardware Umehluko
I-Gamry Instruments TDC5 inokwengezwa okukodwa uma kuqhathaniswa ne-Omega CS8DPT engashintshiwe: Isixhumi esisha sengezwa kuphaneli yangaphambili. Kuyisixhumi esinamaphini amathathu esisetshenziselwa i-RTD enezintambo ezintathu zeplatinamu engu-100. Isixhumi se-RTD sifakwe intambo ngokuhambisana nomugqa wetheminali yokufaka ku-Omega CS8DPT. Usengasebenzisa uhla olugcwele lokuxhuma okokufaka.
Uma wenza okunye ukuxhuma okokufaka: · Qaphela ukuze ugweme ukuxhuma izinto zokufaka ezimbili, eyodwa kusixhumi se-Gamry esinamaphini angu-3 kanye nesinye emgqeni wetheminali. Khipha i-RTD kusixhumi sayo uma uxhuma noma iyiphi inzwa kumugqa wetheminali yokufaka. · Kumelwe ulungise kabusha isilawuli ukuze uthole okokufaka okunye. Bheka imanuwali ye-Omega ukuze uthole imininingwane eyengeziwe.
I-Firmware Umehluko
Izilungiselelo zokucushwa kwe-firmware yesilawuli se-PID (esilinganiselayo, esihlanganisayo nesiphuma kokunye) ku-TDC5 siyashintshwa kusukela kokumisiwe kwe-Omega. Bheka Isithasiselo A ukuze uthole imininingwane. Ngokuyisisekelo, ukusethwa kwesilawuli se-Gamry Instruments kuhlanganisa:
· Configuration for operation with a three-wire 100 platinum RTD as the temperature sensor · PID tuning values appropriate for a Gamry Instruments FlexCellTM with a 300 W heating jacket and active
ukupholisa ikhoyili yokufudumeza ye-FlexCell.
I-AC Line Connection
I-TDC5 yakhelwe ukusebenza kulayini we-AC voltagiphakathi kuka-90 no-240 VAC, 50 noma 60 Hz. Kufanele usebenzise intambo yamandla ye-AC efanelekile ukuze uxhume i-TDC5 kumthombo wakho wamandla we-AC (ama-mains). I-TDC5 yakho ihanjiswe ngentambo yamandla ye-AC yohlobo lwase-USA. Uma udinga intambo yamandla ehlukile, ungathola eyodwa endaweni noma uthinte i-Omega Engineering Inc. (http://www.omega.com).
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Ukufakwa
Intambo kagesi esetshenziswa ne-TDC5 kufanele inqanyulwe ngesixhumi sowesifazane se-CEE 22 Standard V ekugcineni kwensimbi yekhebula futhi kufanele ilinganiselwe isevisi engu-10 A.
Uma ushintsha intambo kufanele usebenzise intambo elinganiselwe ukuthwala okungenani u-10 A we-AC wamanje. Intambo yolayini engafanele ingadala ingozi yokuphepha, engabangela ukulimala noma ukufa.
Ukuhlola amandla
Ngemuva kokuthi i-TDC5 ixhunywe ku-AC voltage umthombo, ungakwazi ukuyivula ukuze uqinisekise ukusebenza kwayo okuyisisekelo. Iswishi yamandla iyiswishi enkulu ye-rocker ohlangothini lwesobunxele lwephaneli elingemuva.
Amandla
Qiniseka ukuthi i-TDC5 esanda kufakwa ayinakho ukuxhunywa kwezitolo zayo ezishintshiwe ze-OUTPUT lapho iqala ukunikwa amandla. Ufuna ukuqinisekisa ukuthi i-TDC5 inamandla ngendlela efanele ngaphambi kokwengeza ubunkimbinkimbi bamadivayisi angaphandle. Uma i-TDC5 inikwa amandla, isilawuli sezinga lokushisa kufanele sikhanyise futhi sibonise imilayezo embalwa yesimo. Umlayezo ngamunye uzoboniswa imizuzwana embalwa. Uma uxhume i-RTD kuyunithi, isibonisi esiphezulu kufanele sibonise izinga lokushisa lamanje ku-probe (amayunithi angamadigri Celsius). Uma ungenayo i-probe efakiwe, isibonisi esiphezulu kufanele sibonise umugqa oqukethe izinhlamvu ze-OPER, njengoba kukhonjisiwe ngezansi:
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Ukufakwa
Ngemuva kokuthi iyunithi inikwe amandla ngendlela efanele, yivale ngaphambi kokwenza ukuxhumana okusele kwesistimu.
Ikhebula le-USB
Xhuma ikhebula le-USB phakathi kwembobo yohlobo A lwe-USB kuphaneli engaphambili ye-TDC5 kanye nembobo yohlobo A lwe-USB kukhompuyutha yakho yokusingatha. Ikhebuli enikeziwe yalokhu kuxhumeka iyikhebula ye-USB yohlobo A eneziphetho ezimbili. Uhlobo A luyisixhumi esingunxande kanti uhlobo B luyisixhumi se-USB esicishe sibe isikwele.
Ukusebenzisa Isiphathi Sedivayisi ukufaka i-TDC5
1. Ngemva kokuthi i-TDC5 ixhunywe embobeni ye-USB etholakalayo kukhompuyutha yokusingatha, vula ikhompuyutha yokusingatha. 2. Ngena ku-akhawunti yakho yomsebenzisi. 3. Qalisa Isiphathi Sedivayisi kukhompuyutha yakho yokusingatha. 4. Nweba ingxenye Yezimbobo Kumphathi Wedivayisi njengoba kukhonjisiwe.
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Ukufakwa
5. Vula i-TDC5 bese ubheka okusha okuvela kungazelelwe ngaphansi kwamachweba. Lokhu okufakile kuzokutshela inombolo ye-COM ehlotshaniswa ne-TDC5. Qaphela lokhu ukuze ukusebenzise ngesikhathi sokufakwa kwesofthiwe ye-Gamry Instruments.
6. Uma imbobo ye-COM ingaphezu kwenombolo 8, nquma ngenombolo yembobo engaphansi kuka-8. 7. Chofoza kwesokudla ku-USB Serial Kudivayisi entsha evelayo bese ukhetha Izakhiwo. Idivayisi ye-USB Serial
Iwindi lezakhiwo njengaleli eliboniswe ngezansi liyavela. Izilungiselelo Zembobo
I-Advance 15
Ukufakwa 8. Khetha ithebhu Yezilungiselelo Zembobo bese uchofoza inkinobho ethi Okuthuthukile…. Izilungiselelo Ezithuthukisiwe zebhokisi le-COMx
ibhokisi livela njengoba kukhonjisiwe ngezansi. Lapha, u-x umele inombolo yembobo ethile oyikhethile.
9. Khetha Inombolo Yembobo Ye-COM entsha kumenyu yokudonsela phansi. Khetha inombolo engu-8 noma ngaphansi. Awudingi ukushintsha noma yiziphi ezinye izilungiselelo. Ngemva kokwenza ukukhetha, khumbula le nombolo ozoyisebenzisa ngesikhathi sokufaka isofthiwe ye-Gamry.
10. Chofoza izinkinobho OK emabhokisini amabili ezingxoxo avuliwe ukuze uwavale. Vala Isiphathi Sedivayisi. 11. Qhubeka nokufaka isofthiwe ye-Gamry. Khetha Isilawuli Sezinga lokushisa kokuthi Khetha Izici
ibhokisi lengxoxo. Cindezela Okulandelayo ukuze uqhubeke nenqubo yokufaka.
12. Ebhokisini lengxoxo Lokulungiselela Isilawuli Sezinga lokushisa, khetha i-TDC5 kumenyu yokudonsela phansi ngaphansi kokuthi Uhlobo. Khetha imbobo ye-COM oyiphawule ngaphambili.
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Ukufakwa
Inkambu Yelebula kufanele ibe negama. I-TDC iyisinqumo esivumelekile, esikahle.
Ukuxhuma i-TDC5 ku-Heater noma i-Cooler
Kunezindlela eziningi zokushisa iseli ye-electrochemical. Lokhu kufaka i-heater engacwiliki ku-electrolyte, itheyiphu yokufudumeza ezungeze iseli, noma ingubo yokushisisa. I-TDC5 ingasetshenziswa nazo zonke lezi zinhlobo zama-heater, inqobo nje uma inamandla e-AC.
Isifudumezi esinamandla e-AC esixhunywe kuseli eliqukethe i-electrolyte singamela ingozi enkulu yokushaqeka kukagesi. Qiniseka ukuthi azikho izintambo eziveziwe noma uxhumano kwisekhethi yehitha yakho. Ngisho nokufakwa okuqhekekile kungaba yingozi uma amanzi anosawoti echitheka ocingweni.
Amandla e-AC ehitha athathwa ku-Output 1 kuphaneli yangemuva ye-TDC5. Lokhu okukhiphayo kuyisixhumi sabesifazane sohlobo lwe-IEC B (oluvamile e-USA naseCanada). Izintambo zikagesi ezinesixhumi wesilisa esihambisanayo ziyatholakala emhlabeni wonke. Intambo yokuphumayo ehlinzekwe nge-Omega egcina ngezintambo ezingenalutho ihanjiswe neyunithi yakho. Ukuxhuma kule ntambo yokuphumayo kufanele kwenziwe kuphela uchwepheshe kagesi oqeqeshiwe. Sicela uhlole ukuthi i-fuse eku-Output 1 ifanelekile yini ukusetshenziswa ne-heater yakho. I-TDC5 ihanjiswa nefuse engu-3 A Output 1 esivele ifakiwe. Ngaphezu kokulawula i-heater, i-TDC5 ingakwazi ukulawula idivayisi yokupholisa. Amandla e-AC e-cooler athathwa endaweni ephumayo ebhalwe ukuthi Output 2 ngemuva kwe-TDC5. Intambo yokuphumayo ehlinzekwe nge-Omega egcina ngezintambo ezingenalutho ihanjiswe neyunithi yakho. Ukuxhuma kule ntambo yokuphumayo kufanele kwenziwe kuphela uchwepheshe kagesi oqeqeshiwe. Umshini wokupholisa ungaba lula njenge-valve ye-solenoid kumugqa wamanzi abandayo oholela ejazini lamanzi elizungeze iseli. Esinye isisetshenziswa esivamile sokupholisa i-compressor eyunithi yesiqandisi. Ngaphambi kokuxhuma idivayisi yokupholisa ku-TDC5, qinisekisa ukuthi i-Output 2 fuse iyinani elilungile ledivayisi yakho yokupholisa. I-TDC5 ihanjiswa nefuse engu-5 A Output 2 esivele ifakiwe.
Ukulungiswa kwezintambo zokuphuma kwe-Omega kufanele kwenziwe kuphela uchwepheshe kagesi oqeqeshiwe. Ukulungiswa okungalungile kungadala ingozi enkulu yokushaqeka kukagesi.
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Ukufakwa
Ukuxhuma i-TDC5 ku-RTD Probe
I-TDC5 kufanele ikwazi ukukala izinga lokushisa ngaphambi kokuba ikwazi ukukulawula. I-TDC5 isebenzisa i-RTD yeplatinamu ukukala izinga lokushisa leseli. I-RTD efanelekile ihlinzekwa ne-TDC5. Le nzwa ixhuma kukhebuli ye-adaptha ehlinzekwe ne-TDC5 yakho:
Xhumana ne-Gamry Instruments, Inc. endaweni yethu yase-US uma udinga ukufaka esikhundleni se-RTD yenkampani yangaphandle ohlelweni lwe-CPT.
Amakhebula Eseli asuka ku-Potentiostat
I-TDC5 ohlelweni lwakho ayithinti uxhumo lwekhebula yeseli. Lokhu kuxhumana kwenziwa ngokuqondile kusuka ku-potentiostat kuya kuseli. Sicela ufunde Ibhukwana Lokusebenza Le-potentiostat yakho ukuze uthole imiyalelo yekhebula yeselula.
Ukusetha i-TDC5 Operating Modes
Isilawuli se-PID esakhelwe ku-TDC5 sinezinombolo eziningi zezindlela zokusebenza ezihlukile, ngayinye yazo elungiswa ngokusebenzisa amapharamitha afakwe umsebenzisi.
Sicela ubheke imibhalo ye-Omega enikezwe i-TDC5 yakho ukuze uthole ulwazi mayelana namapharamitha ahlukahlukene esilawuli. Ungashintshi ipharamitha ngaphandle kolwazi oluthile lomthelela waleyo pharamitha kusilawuli.
I-TDC5 ithunyelwa enezilungiselelo ezizenzakalelayo ezifanele ukushisisa nokupholisa i-Gamry Instruments FlexCell kusetshenziswa ijakhethi yokushisisa engu-300 W kanye nokugeleza kwamanzi abandayo alawulwa yi-solenoid ukuze kupholiswe. Isithasiselo A siklelisa izilungiselelo zefekthri TDC5.
Ihlola Ukusebenza kwe-TDC5
Ukuhlola ukusebenza kwe-TDC5, kufanele usethe iseli yakho ye-electrochemical ngokuphelele, kuhlanganise ne-heater (futhi mhlawumbe nesistimu yokupholisa). Ngemva kokuthi udale lokhu kusetha okuphelele, sebenzisa iskripthi se-TDC Set Temperature.exp. Cela izinga lokushisa le-Setpoint ngaphezudlwana kwezinga lokushisa legumbi (ngokuvamile u-30°C indawo enhle yokubeka). Qaphela ukuthi izinga lokushisa elibonwayo kusibonisi lizozulazula ngaphezu kancane nangaphansi kwezinga lokushisa le-setpoint.
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Ukusetshenziswa kwe-TDC5
Isahluko 3: Ukusetshenziswa kwe-TDC5
Lesi sahluko sihlanganisa ukusetshenziswa okuvamile kwe-TDC5 Temperature Controller. I-TDC5 ihloselwe ikakhulukazi ukusetshenziswa ku-Gamry Instruments CPT Critical Pitting Test System. Kufanele futhi ibonakale iwusizo kwezinye izinhlelo zokusebenza.
I-TDC5 isuselwe kusilawuli sezinga lokushisa se-Omega CS8DPT. Sicela ufunde imibhalo ye-Omega ukuze uzijwayeze ukusebenza kwalolu hlelo lokusebenza.
Ukusebenzisa Izikripthi Zohlaka ukuze Umise futhi Ulawule i-TDC5 Yakho
Ukuze kube lula kuwe, isofthiwe ye-Gamry Instruments FrameworkTM ihlanganisa imibhalo embalwa ye-ExplainTM eyenza kube lula ukusethwa nokushuna kwe-TDC5. Sincoma kakhulu ukuthi usebenzise imibhalo ukuze ushune i-TDC5 yakho. Le mibhalo ihlanganisa:
Iskripthi TDC5 Qala Okuzenzakalelayo Tune.exp TDC Setha Temperature.exp
Incazelo
Isetshenziselwa ukuqalisa inqubo yesilawuli yokushuna ngokuzenzakalela Ishintsha Iphoyinti Lokusetha le-TDC lapho ezinye izikripthi zingasebenzi.
Kunohlangothi olulodwa lokusebenzisa lezi zikripthi. Asebenza kuphela kukhompuyutha ene-Gamry Instruments potentiostat efakwe kusistimu futhi exhunyiwe okwamanje. Uma ungenayo i-potentiostat ohlelweni, iskripthi sizobonisa umlayezo wephutha futhi sinqamule ngaphambi kokuthi sikhiphe noma yini ku-TDC5.
Awukwazi ukusebenzisa noma yisiphi isikripthi se-TDC5 kusistimu yekhompyutha engafaki i-Gamry Instruments potentiostat.
Idizayini eshisayo yokuhlola kwakho
I-TDC5 isetshenziselwa ukulawula izinga lokushisa leseli ye-electrochemical. Lokhu ikwenza ngokuvula nokuvala umthombo wokushisa odlulisela ukushisa kuseli. Uma uthanda, i-cooler ingasetshenziswa ukususa ukushisa esitokisini. Kunoma ikuphi, i-TDC5 ishintsha amandla e-AC iye kuheater noma kupholisa ukuze ilawule isiqondiso sanoma yikuphi ukudluliswa kokushisa.
I-TDC5 iyisistimu evaliwe. Ikala izinga lokushisa kweseli futhi isebenzisa impendulo ukuze ilawule isifudumezi nesipholile.
Izinkinga ezimbili ezinkulu zokushisa zikhona ngezinga elithile kuyo yonke imiklamo yesistimu:
· Inkinga yokuqala ama-gradients okushisa esitokisini ahlala ekhona. Kodwa-ke, zingancishiswa ngokwakhiwa kweseli okufanele:
o Ukuxuba i-electrolyte kusiza kakhulu.
o Ihitha kufanele ibe nendawo enkulu yokuxhumana neseli. Amabhantshi amanzi alungile kulokhu. Izishisi zohlobo lwe-Cartridge zimpofu.
o I-insulation ezungeze iseli ingase inciphise i-inhomogeneity ngokunciphisa ukulahlekelwa ukushisa ngezindonga zeseli. Lokhu kuyiqiniso ikakhulukazi eduze kwe-electrode esebenzayo, okungenzeka imele indlela enkulu yokubalekela ukushisa. Akuyona into engavamile ukuthola izinga lokushisa le-electrolyte eduze kwe-electrode esebenzayo engu-5°C liphansi kunalelo lenqwaba ye-electrolyte.
o Uma ungakwazi ukuvimbela inhomogeneities ezishisayo, ungakwazi okungenani ukunciphisa imiphumela yabo. Okukodwa okucatshangelwayo okubalulekile komklamo ukubekwa kwe-RTD esetshenziselwa ukuzwa izinga lokushisa leseli. Beka i-RTD eduze ngangokunokwenzeka ku-electrode esebenzayo. Lokhu kunciphisa iphutha phakathi kwezinga lokushisa langempela ku-electrode esebenzayo kanye nesilungiselelo sezinga lokushisa.
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Ukusetshenziswa kwe-TDC5
· Inkinga yesibili iphathelene nezinga lokushisa lokushintsha. o Ungathanda ukuba nezinga lokudlulisa ukushisa libe phezulu okuqukethwe yingqamuzana, ukuze izinguquko ekushiseni kwengqamuzana zenziwe ngokushesha.
o Iphuzu elicashile kakhulu ukuthi izinga lokulahlekelwa ukushisa okuvela kuseli kufanele libe phezulu. Uma kungenjalo, isilawuli sibeka engcupheni yokudlulela ngokweqile kwezinga lokushisa lephoyinti elimisiwe lapho sikhuphula izinga lokushisa leseli.
o Ngokufanelekile, isistimu ipholisa iseli ngokukhuthele futhi nokuyishisa. Ukupholisa okusebenzayo kungabandakanya isistimu elula njengamanzi empompi ageleza kukhoyili yokupholisa kanye nevalvu ye-solenoid.
o Ukulawula izinga lokushisa nge-heater yangaphandle njengengubo yokushisisa kuhamba kancane ngokumaphakathi. I-heater yangaphakathi, efana ne-cartridge heater, ivamise ukushesha.
Ishuna isilawuli se-TDC5 Temperature: Ngaphezuluview
Amasistimu okulawula iluphu evaliwe njenge-TDC5 kufanele ashunwe ukuze asebenze kahle. Isistimu engalungiswanga kahle ihlushwa ukusabela okunensayo, ukudubuleka ngokweqile, nokunemba okungalungile. Amapharamitha wokushuna ancike kakhulu ezicini zesistimu elawulwayo.
Isilawuli sezinga lokushisa ku-TDC5 singasetshenziswa kumodi YOKUVULA/KUVALIWE noma kumodi ye-PID (enokulinganisela, ehlangene, ephuma kokunye). Imodi ON/OFF isebenzisa amapharamitha we-hysteresis ukulawula ukushintsha kwayo. Imodi ye-PID isebenzisa amapharamitha wokushuna. Isilawuli esikumodi ye-PID sifinyelela izinga lokushisa le-set-point ngokushesha ngaphandle kokudubuleka kakhulu futhi sigcina lelo zinga lokushisa ngaphakathi kokubekezelelana okuseduze kunemodi YOKUVULA/UKUVALA.
Nini Ukushuna
I-TDC5 ivamise ukusetshenziswa kumodi ye-PID (enokulinganisela, ehlanganisayo, ephuma kokunye). Lena indlela evamile yemishini yokulawula inqubo evumela izinguquko ezisheshayo kupharamitha emisiwe. Kule modi i-TDC5 kufanele ishunwe ukuze ihambisane nezici zokushisa zesistimu eyilawulayo.
I-TDC5 ithunyelwa ngokuzenzakalelayo ukuze icushwe imodi yokulawula ye-PID. Kufanele uyiguqule ngokusobala ukuze isebenze kunoma iyiphi enye imodi yokulawula.
I-TDC5 ekuqaleni ilungiselelwe ngamapharamitha afanele i-Gamry Instruments FlexCellTM eshisiswe ngejakhethi engu-300 W futhi ipholiswe kusetshenziswa i-solenoid-valve elawula ukugeleza kwamanzi ngekhoyili yokupholisa. Izilungiselelo zokushuna zichazwe ngezansi:
Ithebula 3 Amapharamitha wokushuna asefekthri
Ipharamitha (Uphawu) Ibhendi Elinganiselwe 1 Setha Kabusha 1 Isilinganiso 1 Umjikelezo Isikhathi 1 Ibhendi Efile
Izilungiselelo 9°C 685 s 109 s 1 s 14 dB
Vuselela i-TDC5 yakho ngesistimu yakho yeselula ngaphambi kokuthi uyisebenzisele ukwenza noma yiziphi izivivinyo zangempela. Shuna futhi noma nini lapho wenza izinguquko ezinkulu ekuziphatheni okushisayo kwesistimu yakho. Izinguquko ezijwayelekile ezingase zidinge ukuhlehlisa zihlanganisa:
· Ukushintshela kuseli ehlukile.
· Ukwengezwa kwe-insulation eshisayo esitokisini.
· Ukwengezwa kwekhoyili yokupholisa.
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Sebenzisa i-TDC5 · Ukushintsha indawo noma amandla ehitha. · Ukushintsha kusuka ku-electrolyte enamanzi kuya ku-organic electrolyte. Ngokuvamile, awudingi ukushuna kabusha lapho ushintsha usuka kwenye i-electrolyte enamanzi uye kwenye. Ngakho-ke ukushuna kuyinkinga uma uqala ukusetha isistimu yakho. Ngemva kokuthi isilawuli sishunwe kusistimu yakho, ungase uzibe ukushuna inqobo nje uma ukusethwa kwakho kokuhlola kuhlala kungashintshi.
Ukushuna ngokuzenzakalelayo i-TDC5
Uma ushuna ngokuzenzakalela iseli yakho, kufanele isethwe ngokugcwele ukuze iqalise ukuhlola. Kodwa kukhona okuhlukile. Awudingi i-electrode efanayo esebenzayo (insimbi sample) esetshenziswa ekuhloleni kwakho. Ungasebenzisa usayizi ofanayo wensimbi sample.
1. Gcwalisa iseli lakho nge-electrolyte. Xhuma zonke izisetshenziswa zokushisisa nokupholisa ngendlela efanayo esetshenziswa ekuhlolweni kwakho.
2. Isinyathelo sokuqala senqubo yokushuna ukusungula izinga lokushisa lesisekelo elizinzile: a. Qalisa isofthiwe ye-Framework. b. Khetha Isilingo > Isikripthi Esiqanjwe Kamuva... > I-TDC Setha I-Temperature.exp c. Setha izinga lokushisa lesisekelo. Uma ungaqiniseki ukuthi yiliphi izinga lokushisa okufanele ulifake, khetha inani elingaphezu kancane kwezinga lokushisa legumbi lelabhorethri yakho. Ngokuvamile ukukhetha okunengqondo ngu-30°C. d. Chofoza inkinobho ethi KULUNGILE. Iskripthi siyanqanyulwa ngemva kokushintsha i-TDC Setpoint. Isibonisi se-Setpoint kufanele sishintshele ezingeni lokushisa olifakile. e. Bheka isibonisi senqubo ye-TDC5 lokushisa imizuzu embalwa. Kufanele isondele ku-Setpoint bese izungeza amanani kokubili ngenhla nangaphansi kwalelo phuzu. Kusistimu engasetshenziswanga, ukuchezuka kwezinga lokushisa eduze kwe-Setpoint kungaba ngu-8 noma u-10°C.
3. Isinyathelo esilandelayo senqubo yokushuna sisebenzisa isinyathelo sokushisa kule sistimu ezinzile: a. Kusofthiwe ye-Framework, khetha i-Experiment > Iskripthi Esiqanjwe Kanjalo… > TDC5 Qala Okuzenzakalelayo Tune.exp. Ebhokisini Lokusetha eliwumphumela, chofoza inkinobho ethi KULUNGILE. Ngemva kwemizuzwana embalwa, kufanele ubone iwindi Lesexwayiso Sesikhathi Sokusebenza njengaleli elingezansi.
b. Chofoza inkinobho ethi KULUNGILE ukuze uqhubeke. c. Isibonisi se-TDC5 singacwayiza imizuzu embalwa. Ungaphazamisi inqubo yokushuna ngokuzenzakalela. E-
ekupheleni kwesikhathi sokucwayiza, i-TDC5 ingase ibonise Kwenziwe, noma ikhodi yephutha. 21
I-TDC5 Sebenzisa 4. Uma ukushuna okuzenzakalelayo kuphumelela, i-TDC5 ibonisa Kwenziwe. Ukushuna kungahluleka ngezindlela eziningi. Ikhodi yephutha ngu-007
kuboniswa lapho i-Auto Tune ingakwazi ukuphakamisa izinga lokushisa ngo-5°C phakathi nemizuzu engu-5 evunyelwe inqubo yokushuna. Ikhodi yephutha 016 iboniswa lapho ukushuna okuzenzakalelayo kuthola isistimu engazinzile ngaphambi kokufaka isinyathelo. 5. Uma ubona iphutha, phinda inqubo yokusetha isisekelo bese uzama ukushuna ngokuzenzakalela izikhathi ezimbalwa. Uma isistimu ingashuni, ungase udinge ukushintsha izici zokushisa zesistimu yakho.
22
Ukucushwa Kwesilawuli Okuzenzakalelayo
Isithasiselo A: Ukucushwa Kwesilawuli Esizenzakalelayo
Imenyu Yemodi Yokuqalisa
I-INPt yezinga lesi-2
Izinga 3 t.C.
Rtd
I-tHRM PROC
Izinga 4 Izinga 5 Izinga 6 Izinga 7 Izinga lesi-8 Amanothi
k
Thayipha i-thermocouple K
J
Thayipha J thermocouple
t
Thayipha i-T thermocouple
E
Thayipha u-E thermocouple
N
Thayipha N thermocouple
R
Thayipha i-thermocouple engu-R
S
Uhlobo S thermocouple
b
Thayipha i-thermocouple B
C
Thayipha i-thermocouple C
I-N.wIR
3 w ngi
I-RTD yezintambo ezi-3
4 w ngi
I-RTD yezintambo ezi-4
A.CRV
2.25 k5k10k
4
2 wI 385.1 385.5 385.t 392 391.6
I-2-wire RTD 385 calibration curve, 100 385 calibration curve, 500 385 calibration curve, 1000 392 calibration curve, 100 391.6 calibration curve, 100 2250 thermer, i-therm input kwe 5000mA
Qaphela: Le menyu engaphansi ye-Live Scalling iyafana kuwo wonke ububanzi be-PROC
I-MANL Rd.1
Ukufundwa kwesibonisi esiphansi
23
Ukucushwa Kwesilawuli Okuzenzakalelayo
Ileveli 2
I-TARE LINR RdG
Ileveli 3
I-dSbL ENbL RMt N.PNt MANL LIVE deC.P °F°C d.RNd FltR
Izinga 4 Izinga 5 Izinga 6 Izinga 7 Izinga lesi-8 Amanothi
I-Rd.2
Ukufundwa kokubonisa okuphezulu
BUKHOMA
I-Rd.1
Ukufundwa kwesibonisi esiphansi
IN.1
Okokufaka kwe-Live Rd.1, ENTER okwamanje
I-Rd.2
Ukufundwa kokubonisa okuphezulu
IN.2 0
Okokufaka okubukhoma kwe-Rd.2, ENTER kuhlu lwamanje lokufakwayo lweNqubo: 0 kuya ku-24 mA
+ -10
Ibanga lokufakwayo kwenqubo: -10 kuya ku-+10 V
Qaphela: +- 1.0 kanye +-0.1 basekela i-SNGL, i-dIFF kanye ne-RtIO tYPE
+ -1
I-tYPE
I-SNGL
Ibanga lokufakwayo kwenqubo: -1 kuya ku-+1 V
I-dIFF
Umehluko phakathi kwe-AIN+ ne-AIN-
I-RtLO
Isilinganiso-metric phakathi kwe-AIN+ ne-AIN-
+ -0.1
Ibanga lokufakwayo kwenqubo: -0.1 kuya ku-+0.1 V
Qaphela: Okokufaka +- 0.05 kusekela i-dIFF kanye ne-RtIO tYPE
+-.05
I-tYPE
I-dIFF
Umehluko phakathi kwe-AIN+ ne-AIN-
I-RtLO
I-Ratiometric phakathi kwe-AIN+ ne-AIN-
Ibanga lokufakwayo kwenqubo: -0.05 kuya ku-+0.05 V
Khubaza isici se-TARE
Nika amandla i-tARE kumenyu ye-OPER
Nika amandla i-tARE ku-OPER kanye Nokufaka Kwedijithali
Icacisa inani lamaphoyinti okufanele asetshenziswe
Qaphela: Okokufaka okubukhoma kuphinda kusuka ku-1..10, emelelwa ngu-n
Rd.n
Ukufundwa kwesibonisi esiphansi
Rd.n
Ukufundwa kwesibonisi esiphansi
IN.n
Okokufaka kwe-Live Rd.n, ENTER okwamanje
FFF.F
Ifomethi yokufunda -999.9 ukuya ku-+999.9
FFFF
Ifomethi yokufunda -9999 ukuya ku-+9999
FF.FF
Ifomethi yokufunda -99.99 ukuya ku-+99.99
F.FF
Ifomethi yokufunda -9.999 ukuya ku-+9.999
°C
Ama-degree Celsius annunciator
°F
Isimemezelo seDigri Fahrenheit
AKUKHO
Ivala amayunithi angewona wezinga lokushisa
Bonisa Ukuzungeza
8
Ukufundwa kwenani ngalinye elibonisiwe: 8
16
16
24
Ukucushwa Kwesilawuli Okuzenzakalelayo
Ileveli 2
I-ECtN CoMM
Izinga 3 Izinga 4 Izinga 5 Izinga 6 Izinga 7 Izinga lesi-8 Amanothi
32
32
64
64
128
128
1
2
2
3
4
4
ANN.n
I-ALM.1 ALM.2
Qaphela: Izibonisi ezinamadijithi amane zinikeza izichasiselo ezingu-2, izibonisi ezinamadijithi angu-6 zinikeza isimo se-alamu engu-6 esifakwe kumephu ethi “1” I-alamu 2 isimo esifakwe kumephu ethi “1”
Ngaphandle#
Izinketho zesimo sokuphuma ngegama
I-NCLR
GRN
Umbala wokubonisa ozenzakalelayo: Oluhlaza
OKUBOMVU
Okubomvu
AMbR
Inhlaka
bRGt HIGH
Ukukhanya okuphezulu kwesibonisi
I-MED
Ukukhanya kwesibonisi okumaphakathi
Phansi
Ukukhanya kwesibonisi esiphansi
5 V
I-Excitation voltage: 5v
10 V
10 V
12 V
12 V
24 V
24 V
0 V
Ukujabula kuvaliwe
I-USb
Lungiselela imbobo ye-USB
Qaphela: Le menyu engaphansi ye-PROt iyafana ye-USB, i-Ethernet, kanye nezimbobo ze-Serial.
I-PROt
Imodi ye-oMEG dAt.F
I-CMd CoNt Stat
Ilinda imiyalo esuka kwenye indawo
Dlulisa ngokuqhubekayo njalo ngemizuzwana engu-###.#
Cha
I-yES Ifaka amabhayithi esimo se-alamu
I-RdNG
I-yeS Ihlanganisa ukufundwa kwenqubo
Cha
I-PEak
Cha
I-yeS Ifaka phakathi inqubo yokufunda ephezulu kakhulu
I-VALy
Cha
I-yeS Ifaka phakathi inqubo yokufunda ephansi kakhulu
Iyunithi
Cha
25
Ukucushwa Kwesilawuli Okuzenzakalelayo
Ileveli 2
Ileveli 3
I-EtHN SER
Ileveli 4
I-AddR PROt AddR PROt C.PAR
Ileveli 5
I-M.bUS bUS.F bUd
Ileveli 6 _LF_ EHo SEPR RtU ASCI
232C 485 19.2
Ileveli 7
Cha YEBO YEBO Cha _CR_ SPCE
Amanothi Ezinga lesi-8 yebo Thumela iyunithi enenani (F, C, V, mV, mA)
Yengeza okuphakelayo komugqa ngemva kokuthumela ngakunye I-Retransmits etholiwe imiyalo
Isihlukanisi Sokubuyiswa Kwenqola Kusihlukanisi Sesikhala se-Cont Kwimodi ye-CoNt Iphrothokholi ye-Modbus ejwayelekile Iphrothokholi ye-Omega ASCII I-USB idinga Ikheli le-Ethernet port ukucushwa I-Ethernet “I-Telnet” idinga Ukucushwa kwembobo ye-Serial Idivaysi eyodwa ye-Serial Comm Mode Amadivayisi amaningi I-Serial Comm Mode Isilinganiso se-Baud: 19,200 Bd
9600 4800 2400
1200 57.6
115.2
I-PRty
eyinqaba
NGISHO
AKUKHO
i-oFF
dAtA
8b ngi
7b ngi
Ima
1b ngi
2b ngi
AddR
SFty
I-PwoN
I-RSM
26
9,600 Bd 4,800 Bd 2,400 Bd 1,200 Bd 57,600 Bd 115,200 Isheke le-Bd Odd parity lisetshenzisiwe Ngisho nokuhlola kokulingana okusetshenzisiwe Ayikho i-parity bit esetshenzisiwe I-Parity bit ilungisiwe njengefomethi yedatha enguziro 7-bit ifomethi yedatha engu-1 ibhithi yokuma ye-2 yokuma kancane isimeli se-232 RUN ekukhuphuleni amandla uma singenalo iphutha ngaphambilini
Ukucushwa Kwesilawuli Okuzenzakalelayo
Ileveli 2
Londoloza Umthwalo VER.N VER.U F.dFt I.Pwd
Izinga 3 RUN.M SP.LM SEN.M
OUT.M
1.PNt 2.PNt ICE.P _____ _____ 1.00.0
kulungile? kulungile? Cha
I-Level 4 WIt RUN dSbL ENbL SP.Lo SP.HI
I-LPbk
o.CRk
E.LAt
Ngaphandle1
I-Out2 Out3 E.LAt
R.Lo R.HI kulungile? I-dSbL
Ileveli 5
I-dSbL ENbL ENbl dSbL ENbl dSbL o.bRk
ENbl dSbL
Ileveli 6
I-dSbL ENbl
Ileveli 7
I-P.dEV P.tME
Amanothi Eleveli 8 Amandla avuliwe: Imodi ye-oPER, ENTER ukuze uqalise i-RUN ngokuzenzakalelayo ekukhanselweni kwe-ENTER e-Stby, PAUS, Stop isebenzisa okuthi ENTER ngamamodi ngenhla kwezibonisi RUN Umkhawulo we-Setpoint Umkhawulo we-Setpoint Umkhawulo weSensor Monitor Loop ukunqanyulwa kwekhefu kukhutshaziwe Inani le-Loop break timeout (MM.SS) Ukutholwa kwe-Open circuit sensor inikwe amandla Ukutholwa kwenzwa yokufaka I-Lab I-Output Monitor i-OUt1 ithathelwa indawo uhlobo lokukhiphayo Ukutholwa kwekhefu lokukhipha Ukutholwa kwekhefu lokukhipha kuvimbelwe Ukuphambuka kwenqubo yekhefu lokukhipha Ukuchezuka kwesikhathi sekhefu lokukhipha i-OUt2 ithathelwa indawo uhlobo lokuphumayo i-OUt3 ithathelwa indawo uhlobo lokuphumayo Iphutha lokukhiphayo linikwe amandla Iphutha lokuphuma kwe-Latch livaliwe Setha i-offset, okuzenzakalelayo = 0 Setha ibanga eliphansi Iphuzu eliphansi, iphoyinti lokuzenzakalelayo 9 phuzu. 32°F/0°C inani lesithenjwa Isula inani le-ICE.P Layisha Landa izilungiselelo zamanje ku-USB Layisha izilungiselelo kusuka kunduku ye-USB Ibonisa inombolo yokubuyekeza i-firmware FAKA ukulanda isibuyekezo se-firmware FAKA ukusetha kabusha kokumisiwe kwasembonini Ayikho iphasiwedi edingekayo Yemodi ye-INIt
27
Ukucushwa Kwesilawuli Okuzenzakalelayo
Izinga 2 P.Pwd
Izinga 3 YEBO Cha YEBO
Ileveli 4 _____
_____
Ileveli 5
Ileveli 6
Ileveli 7
Amanothi Ezinga lesi-8 Setha iphasiwedi ye-INIt Mode Ayikho iphasiwedi ye-PROG Mode Setha iphasiwedi ye-PROG Mode
Imenyu Yemodi Yokuhlela
Izinga 2 Izinga 3 Izinga 4 Izinga 5 Izinga lesi-6 Amanothi
SP1
Umgomo wokucubungula we-PID, umgomo ozenzakalelayo we-ON.oF
SP2
ASbo
Inani le-Setpoint 2 lingakwazi ukulandelela i-SP1, i-SP2 iyinani eliphelele
I-dEVI
I-SP2 inani lokuchezuka
I-ALM.1 Qaphela: Le menyu engaphansi iyafana kukho konke okunye ukucushwa kwe-alamu.
thayipha
i-oFF
I-ALM.1 ayisetshenziselwa ukubonisa noma ukuphuma
Phezulu V
I-alamu: inani lokucubungula ngaphezu kwesicuphi se-alamu
BLO
I-alamu: inani lenqubo elingaphansi kwesicuphi se-alamu
HI.Lo.
I-alamu: inani lokucubungula ngaphandle kwezibangeli ze-alamu
ibhande
I-alamu: inani lenqubo phakathi kwezibangeli ze-alamu
Ab.dV AbSo
Imodi Ephelele; sebenzisa i-ALR.H ne-ALR.L njengezicuphi
d.SP1
Imodi yokuchezuka: izibangeli ukuchezuka ku-SP1
d.SP2
Imodi yokuchezuka: izibangeli ukuchezuka ku-SP2
I-CN.SP
Ilandelela i-Ramp & Cwilisa i-setpoint esheshayo
I-ALR.H
Ipharamitha ye-alamu ephezulu yezibalo ze-trigger
I-ALR.L
Ipharamitha ephansi ye-alamu yezibalo ze-trigger
I-A.CLR
OKUBOMVU
Isibonisi esibomvu uma i-alamu isebenza
AMbR
Isibonisi se-amber uma i-alamu isebenza
I-dEt
Umbala awushintshi ku-alamu
HI.HI
i-oFF
Imodi ye-alamu Ephezulu / Ephansi Ephansi icishiwe
GRN
Isibonisi esiluhlaza lapho i-alamu isebenza
oN
Inani le-offset lemodi Ephezulu Ephezulu / Ephansi esebenzayo
LtCH
Cha
I-alamu ayibambeki
YEBO
Izintambo ze-alamu zize zisulwe ngephaneli yangaphambili
kokubiliH
Amalashi e-alamu, asulwa ngephaneli yangaphambili noma okokufaka kwedijithali
I-RMt
Izintambo ze-alamu zize zisulwe ngokokufaka kwedijithali
I-CTCL
Cha
Okukhiphayo kucushwe nge-Alamu
NC
Okukhiphayo kuvaliwe nge-alamu
I-APN
YEBO
I-alamu iyasebenza ivuliwe
28
Ukucushwa Kwesilawuli Okuzenzakalelayo
Izinga 2 Izinga 3 Izinga 4 Izinga 5 Izinga lesi-6 Amanothi
Cha
I-alamu ayisebenzi ivuliwe
I-dE.oN
Ukubambezeleka ukuvala i-alamu (isekhondi), okuzenzakalelayo = 1.0
I-dE.oF
Ukubambezeleka ukuvala i-alamu (isekhondi), okuzenzakalelayo = 0.0
I-ALM.2
I-alamu 2
Ngaphandle1
I-OUt1 ithathelwa indawo uhlobo lokuphumayo
Qaphela: Le menyu engaphansi iyafana kuyo yonke eminye imiphumela.
ImodiE
i-oFF
Okukhiphayo akwenzi lutho
I-PId
Imodi yokulawula ye-PID
I-ACTN RVRS Isilawuli esisebenzayo sokuhlehlisa (ukushisisa)
I-dRCt Direct acting control (ukupholisa)
I-RV.DR Reverse/Direct acting control (ukushisisa/ukupholisa)
I-PId.2
Imodi yokulawula ye-PID 2
I-ACTN RVRS Isilawuli esisebenzayo sokuhlehlisa (ukushisisa)
I-dRCt Direct acting control (ukupholisa)
I-RV.DR Reverse/Direct acting control (ukushisisa/ukupholisa)
on.oF ACTN RVRS Ivaliwe uma > SP1, ivuliwe nini <SP1
I-dRCt Ivaliwe lapho SP1
I-DEAd
Inani le-Deadband, okuzenzakalelayo = 5
S.PNt
I-SP1 Kuphakathi kokuthi I-Setpoint ingasetshenziswa yokuvula/ukuvala, okumisiwe yi-SP1
I-SP2 Ukucacisa i-SP2 kuvumela okuphumayo okubili ukuthi kusethelwe ukushisa/ukuphola
I-ALM.1
Okukhiphayo kuyi-alamu esebenzisa ukucushwa kwe-ALM.1
I-ALM.2
Okukhiphayo kuyi-alamu esebenzisa ukucushwa kwe-ALM.2
I-RtRN
Kd1
Inani lokucubungula le-Out1
Ngaphandle1
Inani lokukhiphayo le-Rd1
Kd2
Inani lokucubungula le-Out2
RE.oN
Yenza kusebenze ngesikhathi sika-Ramp imicimbi
I-SE.oN
Yenza kusebenze phakathi nemicimbi ye-Soak
SEN.E
Yenza kusebenze uma kutholwa iphutha lenzwa
I-OPL.E
Yenza kusebenze uma okunye okukhiphayo kuyiluphu evuliwe
I-CyCL
I-RNGE
0-10
Ububanzi bokushaya kwe-PWM ngamasekhondi Ibanga Lokukhiphayo kwe-Analog: 0 Volts
oUt2 0-5 0-20
Inani lokukhiphayo lika-Rd2 05 Volts 020 mA
29
Ukucushwa Kwesilawuli Okuzenzakalelayo
Izinga 2 Izinga 3 Izinga 4 Izinga 5 Izinga lesi-6 Amanothi
4-20
4 mA
0-24
0 mA
Ngaphandle2
I-OUt2 ithathelwa indawo uhlobo lokuphumayo
Ngaphandle3
I-oUt3 ithathelwa indawo uhlobo lokuphumayo (1/8 DIN ingaba nokufika kokungu-6)
I-PId
I-ACTN RVRS
Nyusa ku-SP1 (okungukuthi, ukufudumeza)
I-dRCt
Nciphisa ku-SP1 (okungukuthi, ukupholisa)
I-RV.DR
Nyusa noma wehlise uye ku-SP1 (okungukuthi, ukushisisa/ukupholisa)
A.to
Setha isikhathi sokuvala sokushuna ngokuzenzakalelayo
I-TUNE
I-StRt
Iqala ukushuna okuzenzakalelayo ngemva kokuqinisekiswa kwe-StRt
rCg
Inzuzo Epholile Ehlobene (imodi yokushisisa/yokupholisa)
kweFst
Lawula Offset
I-DEAd
Lawula ibhendi efile/ibhendi yokugqagqana (kuyunithi yenqubo)
%Lo
I-Cl ephansiampumkhawulo we-Pulse, Imiphumela ye-Analog
%HI
High clampumkhawulo we-Pulse, Imiphumela ye-Analog
I-AdPt
ENbL
Nika amandla ukushuna okuguquguqukayo komqondo ongaqondakali
I-dSbL
Khubaza ukushuna okuguquguqukayo komqondo ongaqondakali
I-PId.2 Qaphela: Le menyu iyafana kumenyu ye-PID.
I-RM.SP
i-oFF
oN
4
Sebenzisa i-SP1, hhayi i-Setpoint Remote Analog Input amasethi e-SP1; ububanzi: 4 mA
Qaphela: Le menyu engaphansi iyafana kuzo zonke izigaba ze-RM.SP.
RS.Lo
I-Min Setpoint yobubanzi obulinganiselwe
IN.Lo
Inani lokokufaka le-RS.Lo
RS.HI
I-Max Setpoint yobubanzi obulinganiselwe
0 24
IN.HI
Inani lokokufaka le-RS.HI 0 mA 24 V
I-M.RMP R.CTL
Cha
I-Multi-Ramp/Imodi yokucwilisa icishiwe
YEBO
I-Multi-Ramp/Imodi yokucwilisa ivuliwe
I-RMt S.PRG
I-M.RMP ivuliwe, qala ngokufakwa kwedijithali Khetha uhlelo (inombolo yohlelo lwe-M.RMP), izinketho 199
I-M.tRk
RAMP 0
Okuqinisekisiwe u-Ramp: cwilisa i-SP kufanele ifinyelelwe ku-ramp isikhathi 0v
Ngakho-ke i-CYCL
I-Guaranteed Soak: isikhathi sokucwilisa sigcinwe njalo Umjikelezo Oqinisekisiwe: ramp inganweba kodwa isikhathi somjikelezo asikwazi
30
Ukucushwa Kwesilawuli Okuzenzakalelayo
Ileveli 2
Izinga 3 tIM.F E.ACT
N.SEG S.SEG
Izinga 4 Izinga 5 Amanothi 6
MM:SS
HH: M
Ima
Qaphela: i-tIM.F ayiveli kusibonisi esinamadijithi angu-6 esisebenzisa ifomethi ye-HH:MM:SS ethi “Amaminithi : Amasekhondi” ifomethi yesikhathi esimisiwe yezinhlelo ze-R/S “Amahora : Amaminithi” ifomethi yesikhathi esimisiwe yezinhlelo ze-R/S Yeka ukusebenza ekupheleni kohlelo.
BAMBA
Qhubeka ubambe endaweni yokugcina yokucwilisa ekupheleni kohlelo
LINk
Qala i-r eshiwoamp & cwilisa uhlelo ekupheleni kohlelo
1 kuya ku-8 Ramp/ cwilisa izingxenye (8 ngayinye, 16 isiyonke)
Khetha inombolo yesegimenti ozoyihlela, okufakiwe kungena esikhundleni sika-# ngezansi
MRt.#
Isikhathi sikaRamp inombolo, okuzenzakalelayo = 10
MRE.# ku-Ramp imicimbi kule ngxenye
ku-Ramp imicimbi ivaliwe kule ngxenye
MSP#
Inani lephoyinti lenombolo ye-Soak
MSt#
Isikhathi senombolo ye-Soak, okuzenzakalelayo = 10
MSE#
Susa imicimbi ye-Soak kule ngxenye
Imicimbi ye-Soak yale ngxenye
Izinguquko ezenziwe ngamathuluzi e-Gamry kuzilungiselelo ezizenzakalelayo
· Setha Iphrothokholi ye-Omega, Imodi Yomyalo, Akukho Okuphakelayo Kwelayini, Akukho Echo, Sebenzisa · Setha Ukucushwa Kokokufaka, I-RTD 3 Wire, 100 ohms, 385 Curve · Setha Okukhiphayo 1 kumodi ye-PID · Setha Okukhiphayo 2 kumodi yokuvula/yokuvala · Setha okukhiphayo 1 Ukuvula/Ukuvala Ukucushwa ukuze Uhlehlise, I-Dead Band 14 · Setha Okukhiphayo Okuphumayo ku-1 Ukucushwa Okuqondile ku-1 I-Dead Configut ku-Display 2 On/O FFF.F degrees C, Umbala Oluhlaza · Setha Iphuzu 1 = 35 degrees C · Setha Iphuzu 2 = 35 degrees C · Setha Ibhande Elilinganayo libe ku-9C · Setha I-Integral factor ibe ngama-685 · Setha I-Derivative factor Rate ibe yi-109 · Setha isikhathi somjikelezo sibe isekhondi elingu-1
31
Isithasiselo B: Inkomba
Intambo kalayini we-AC, 7 AC Outlet Fuse, 8 Izilungiselelo Ezithuthukisiwe ze-COM, 16 Advanced…, 16 Ukushuna Okuzenzakalelayo kwe-TDC5, izinga lokushisa elingu-23 lesisekelo, ikhebula elingu-23, 7, 13, 18 CEE 22, 7, 13 Cell Cables, 18 COM port, 16 COM, Iphaneli ye-3 yekhompuyutha, 1 Imbobo yokulawula yenombolo 1 cooler, 17 idivayisi yokupholisa, 17 CPT Critical Pitting Test System, 11, 21 CS8DPT, 7, 12, 21 CSi32, 11 Umphathi Wedivayisi, 14, 16 doNE, 23 transients kagesi, 9 Ikhodi yephutha 007, 24 Ikhodi yephutha 016, Flex 2, 2 scripts scripts 016, Flex TM2, 2 18, 22 isofthiwe ye-FrameworkTM, 21 fuse
cool, 17
I-heater, 17
Ukufakwa kwe-Gamry Software, 16 heater, 8, 17, 21, 23 ikhompuyutha engusokhaya, 14 Imodi Yokuqalisa, ukuhlolwa okungu-25, Ilebula engu-7, ivolumu yolayini engu-17tages, 8, 12 OPER, 13 Okukhiphayo 1, 17 Okukhiphayo 2, 17 Amapharamitha
Isebenza, 22
ingxenye yohlu, indawo ebonakalayo engu-11, 11 PID, 12, 18, 22 polarity, 7 Izilungiselelo Zembobo, Izimbobo ezingu-16, 14 potentiostat, 18, 21 intambo yamandla, 11 intambo yamandla edlulayo, 9
Inkomba
ukushintsha amandla, 13 Programming Mode, 30 Properties, 15 RFI, 9 RTD, 11, 12, 13, 18, 21 Runtime Isexwayiso iwindi, 23 ukuphepha, 7 Khetha Izici, 16 umonakalo wemikhumbi, 7 ugesi static, 9 ukwesekwa, 3, 9, 11, 18 Temperature 23 DC, Sep 21DC, Sep 5.
Uxhumano Lweselula, 17 Checkout, 18 Operating Modes, 18 Tuning, 22 TDC5 adaptha ye-RTD, 11 TDC5 Start Auto Tune.exp, 21 TDC5 Use, 21 usizo lwefoni, 3 Temperature Control, 16 Temperature Controller, 16 Thermal Uhlobo lwe-USB, 21 Idizayini ye-USB, 16 Idizayini ye-Thermal, 11 11, 14 USB Serial Device, 15 USB Serial Device Properties, 15 Visual Inspection, 11 Warranty, 3 Windows, 4
33
Amadokhumenti / Izinsiza
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I-GAMRY TDC5 Temperature Controller [pdf] Incwadi Yeziqondiso TDC5 Temperature Controller, TDC5, Temperature Controller, Controller |