I-PCE INDLELA I-PCE-DBC 650 i-Dry Block Temperature Calibrator
Amanyathelo okhuseleko
Ulwazi ngoKhuseleko
kule ncwadana. Ngaphandle koko, umsebenzi wokukhusela wesixhobo unokuchaphazeleka. Jonga icandelo lesilumkiso kunye nengqalelo ngolwazi lokhuseleko.
- Ezi nkcazelo zilandelayo zisebenza “kwisilumkiso” kunye “nokuqwalasela”.
- "Isilumkiso" sibonisa iimeko kunye nezenzo ezinokulimaza umsebenzisi.
- "Ingqalelo" ibonisa iimeko kunye nezenzo ezinokulimaza isixhobo.
Isilumkiso
Ukuphepha ukwenzakala komntu, nceda ulandele ezi zikhokelo.
Isishwankathelo
Musa ukusebenzisa esi sixhobo kwezinye iinkqubo ngaphandle kolungelelwaniso. Isixhobo senzelwe ukulinganisa ubushushu. Nakuphi na okunye ukusetyenziswa kunokubangela umonakalo ongalindelekanga kumsebenzisi. Musa ukubeka isixhobo phantsi kwekhabhinethi okanye ezinye izinto. Umphezulu kufuneka ubekelwe bucala ukwenzela ukhuseleko kunye nokufakwa lula kunye nokususwa kweprobes. Ingqwalasela ekhethekileyo kufuneka ihlawulwe ekusebenziseni esi sixhobo kumaqondo okushisa aphezulu ixesha elide. Akukhuthazwa ukuba akukho mntu kufuneka abekwe esweni kumaqondo aphezulu, kwaye kunokubakho iingxaki zokhuseleko. Ukongeza ekubekeni ngokuthe nkqo, asikho esinye isixhobo sokuthwala esivumelekileyo. Ukutshekisa isixhobo okanye ukujika isixhobo kunokubangela umlilo.
Kulumkele ukutsha
Ungaze uchukumise i-thermostat emsebenzini. Ungaze usebenzise isixhobo esikufutshane nezinto ezinokutsha. Ukusetyenziswa kwesi sixhobo kumaqondo aphezulu okushisa kufuna ingqalelo. Kwiqondo lobushushu elingaguqukiyo elingaphezu kwe-30 ℃, isikrini siya kubonisa i-ayikhoni yesilumkiso sobushushu obuphezulu kunye nombhalo. Kungakhathaliseki ukuba isixhobo siyasebenza okanye akunjalo, nceda ungayisusi iplagin ukuze ugweme ukulimala komntu okanye umlilo. Musa ukusivala isixhobo xa iqondo lobushushu lingaphezulu kwama-300 ℃. Oku kunokukhokelela kwiimeko eziyingozi. Khetha indawo eseti engaphantsi kwe 300 ℃, vala imveliso, kwaye uyiyeke iphole phambi kokuba uvale isixhobo.
Intshayelelo emfutshane
I-Dry Block Temperature Calibrator sisixhobo esifanelekileyo kunye nesisebenzayo sokulinganisa ubushushu., Ekulula ukuyisebenzisa. Ingasetyenziswa kakhulu koomatshini, kwishishini lemichiza, ekutyeni, kumayeza nakwamanye amashishini. Okwangoku, kukho ingxaki ye-disadvantagi-e yokufudumeza okucothayo kunye nobushushu obucothayo kwindawo yodidi olumileyo yokulinganisa iziko e-China, okuya kuthatha ixesha elide kubasebenzisi ukuba balinganise. Isizukulwana samva nje se-wellfurnacese eyomileyo siyilwe ngowona mgaqo uphambili wokufudumeza emhlabeni, oneempawu zokufudumeza okukhawulezayo, ubushushu obuphantsi, kunye nokupholisa ngokukhawuleza, kwaye iphucula kakhulu ukusebenza kakuhle kokulinganisa. Ngoncedo lwe-sensor echanekileyo kunye nesiphaluka esithembekileyo sokulawula ubushushu, i-calibrator yethu yokushisa ibhloko eyomileyo ibonelela ngokuchaneka okuphezulu kunabanye e-China, kwaye iteknoloji yayo ifikelele kwimigangatho yamazwe ngamazwe.
Iimpawu eziphambili
- Umthamo omncinci, ukhaphukhaphu, kulula ukuwuthwala;
- Iindidi ezininzi ezifakwe kumbhobho kwaye zinokuhlangabezana nobukhulu obuhlukeneyo, inani leemvavanyo zenzwa, kunye nokulinganisa. Kwaye inokwenziwa ngokweemfuno ezizodwa zabasebenzisi;
- Intsimi yobushushu obusemgangathweni kunye nentsimi yobushushu obuthe nkqo;
- Ubunzulu bokufaka boluvo bunzulu kunabanye abavelisi.
- I-5.0-intshi ye-TFT LCD touch-screen, i-16-bitt yenyani yombala womfanekiso, elula kwaye enembile ukuyisebenzisa;
- Ukupholisa ngokukhawuleza, ukubeka lula, ukuzinza kokulawula ubushushu;
- Ibhloko yokufunxa inokutshintshwa;
- Ngomthwalo weesekethe ezimfutshane, iisekethe zomthwalo, ukukhuselwa kwenzwa, kunye neminye imisebenzi.
- Ngemisebenzi yomthwalo wesiphaluka esifutshane, umthwalo wokunqunyulwa kwesekethe, i-t, kunye nokhuseleko loluvo.
Quick Reference
Isinxibelelanisi sokubonisa
Idisplay Interface: imowudi yokubonisa idijithali kunye nemowudi yokubonisa imizobo.
- Ubushushu besiphelo esibandayo: Hlaziya iqondo lokushisa elibandayo le-thermocouple ngaphakathi kwiziko elomileyo ngexesha langempela.
- Isilumkiso sobushushu obuphezulu: xa iqondo lobushushu le-thermostat lingaphezulu kwe-100 ℃, amagama aqhwanyazayo "Qaphela iHot" kunye nophawu lwesilumkiso luya kuboniswa.
- Igrafu yexesha lokwenyani: imowudi yokubonisa idijithali inokutshintshwa kwimo yegrafu yexesha lokwenyani.
- Ukukhanya kwesalathisi esiphambili: kubonisa ukuba imodyuli yokufudumeza iyasebenza okanye ayisebenzi, igrey ithetha ukuba ayisebenzi, ibomvu ithetha ukusebenza;
- Umhla kunye nexesha: Hlaziya umhla kunye nexesha ngexesha lokwenyani.
- Iqhosha lokuqala: isixhobo sokuqala.
- Stop iqhosha: xa isixhobo sisebenza (ukufudumeza), yicinezele kwaye uyeke ukusebenza.
- Iqhosha lemenyu: ngenisa kujongano lwemenyu.
- Ukusetwa kobushushu: ngena kujongano lolungiselelo lobushushu, uluhlu lokuseta: 100～1200℃
- Umlinganiselo wokushisa: Ukuhlaziywa kwexesha langempela lobushushu obulinganisiweyo be-thermocouple ngaphakathi kwesithando somlilo esomileyo, oko kukuthi, ukushisa kwentsimi yangaphakathi yesithando somlilo esomileyo;
- Ukuguquguquka kweqondo lobushushu: hlaziya umahluko wobushushu obulinganisiweyo phakathi kowona mgangatho uphezulu kunye nobuncinci kwixesha lexesha lokwenyani;
- Ixesha lokulawula ubushushu: ixesha elichithwe kwinkqubo yokulawula ukushisa kwangoku ihlaziywa ngexesha langempela ukususela ekuqaleni kokufudumeza ukuya ekupheleni kokufudumala.
Igrafu epheleleyo ingabonisa ubuninzi bamanqaku angama-600 obushushu ahlaziyayo ngokuphindaphindiweyo kwemizuzwana emi-3 / ixesha. Ijika lesikrini esigcweleyo liya kuba ngumboniso wokuskrola.
- Ixesha lokubaleka: hlaziya ixesha lokuqalisa isithando somlilo ngexesha langempela.
- Imowudi yokuBonisa yeDijithali: tshintsha ukusuka kwimowudi yokubonisa igrafu ukuya kwimowudi yokubonisa yedijithali.
Qalisa i-Dry Block Calibrator
Qhagamshela amandla e-AC
Sebenzisa intambo yamandla enikezelwe kwisinamathiselo ukuze udibanise isithando somlilo esomileyo kwi-220V AC unikezelo lwamandla.
Layita iswitshi
Vula iswitshi yamandla yangaphambili
Ukuba isixhobo asiqalisi ngempumelelo, nceda ujonge ngokwala manyathelo alandelayo:
- Jonga ukuba intambo yamandla ikunxibelelwano olulungileyo na
- Ukuba isixhobo asiqalisi emva kokutshekisha, nceda ujonge ukuba i-fuse yamandla idityanisiwe, ukuba kuyimfuneko, nceda ubuyisele i-fuse.
- Ukuba isixhobo asisebenzi emva kolu hlolo lungentla, nceda uqhagamshelane nesebe elifanelekileyo.
Ukulungele ukuSebenzisa
Landela la manyathelo ukuze usebenzise ngokukhawuleza:
Misela iqondo lobushushu ekujoliswe kulo
Cofa isethingi yebhokisi yegalelo lobushushu phantsi kojongano oluphambili, khupha ifestile yobushushu, faka ubushushu ekujoliswe kuko, cofa iqhosha elithi "qinisekisa", buyela kujongano oluphambili, kwaye ummiselo wobushushu uphumelele.
Qala ukufudumeza
Cofa
ukuqhuba isixhobo. Umbala weqhosha uya kujika ube orenji
kwaye ukukhanya kwesalathisi kuya kudanya ngexesha elithile.
Yeka ukusebenza
Cofa 
ukuyeka ukusebenza.
Imiyalelo yokusebenza
Ulwakhiwo lweMenu:
Imenyu
Ujongano lwemenyu lwahlulwe kakhulu kwiimodyuli ezi-8 ezisebenzayo, ezikuseto lwenkqubo, ukusetwa kweparamitha yemveliso, ukusetwa kokulawula ubushushu, ukulungiswa kobushushu, file ukurekhoda, idatha yokulawula ubushushu, ukusetwa kwexesha, kunye nolwazi lwenkqubo.
Umiselo lweNkqubo
Izicwangciso zeNkqubo: izinto zokuseta ngokubanzi, kubandakanywa uLwimi, isikali, ireyithi yeSisombululo, ukuKhanya, i-Alarm yoMda oPhezulu kunye noPhantsi olusezantsi. Cofa
izakubuyisela useto lwesixokelelwano kwizicwangciso zasefektri.
Ukubeka Ulwimi
Inkxaso yesiTshayina kunye nesiNgesi ukukhetha. Cofa indawo ehambelanayo kwisikrini ukuseta.
Ukusetha isikali
Ukuxhasa izidanga zeCelsius ℃ kunye neFahrenheit ℉ izikali zenkqubo ezimbini. Cofa indawo ehambelanayo kwisikrini ukuyicwangcisa.
Umiselo lweRhafu yeSigqibo
Inkxaso ye-0.01 kunye ne-0.001 imilinganiselo yesisombululo kwiinketho. Cofa indawo ehambelanayo kwisikrini ukuze uyibone.
IAlam yoMda oPhezulu
Isetyenziselwa ukuseta isivusi somda ophezulu. Xa imveliso ivuliwe, ukuba ukushisa kwebhloko ye-thermostat kudlula umda ophezulu we-alamu, inkqubo iya kukhupha ifestile ye-alamu yeqondo lokushisa, i-buzzer iya kubetha, kwaye umphumo uya kuvalwa ngenkani. Uluhlu lokucwangcisa yi-90℃~1250℃, kwaye alinako ukuba phezulu kune-alam yomda ophezulu.
IAlam yoMda osezantsi
Isetyenziselwa ukuseta i-alam esezantsi umda. Xa imveliso ivuliwe, ukuba ubushushu bebhloko ye-thermostat bungaphantsi komda we-alamu ephantsi, inkqubo iya kunika ulwazi olulumkisayo Uluhlu lokucwangcisa luyi-90℃ ~ 1250℃, kwaye alukwazi ukuba ngaphantsi komda we-alamu ophantsi.
Ukumiselwa kokukhanya
Ipesentitage ixabiso setting, iyonke 5 stalls, ngokulandelanayo 20%, 40%, 60%, 80%, kunye 100%, cofa iqhosha "+/-" ukulungisa ukukhanya.
Izicwangciso zeZiphumo zeParameter
IParameter Output Setting: Kwinkqubo yokufudumeza kunye nokupholisa, ulawulo lwe-PID luyamkelwa ukulawula indawo yokushisa yesithando somlilo. Kwesi sikrini, abasebenzisi banokwenza ngokwezifiso iiparamitha zemveliso ye-PID ukuhlangabezana neemfuno ezikwisiza. Ngaphambi kokunikezelwa, inkqubo ibeka isethi yeeparamitha ze-PID ezenziwe ngumenzi. Cofa i iqhosha ukubuyisela PID imveliso iparameters ukuya kwimveliso engagqibekanga.
Ukusetha umjikelo wePID
Ixesha lokulungiswa kwemitha likwimizuzwana kwaye livela kwi-1 ukuya kwi-100 Ixabiso lokuseta kwangaphambili li-3. Le parameter inempembelelo enkulu kumgangatho wolawulo, kwaye ixabiso elifanelekileyo linokusombulula i-overshoot kunye ne-oscillation phenomenon ngokugqibeleleyo kwaye ufumane okungcono. isantya sokuphendula. Sicebisa ukuguqula ixabiso ngokusekelwe kwixabiso lokusetwa kwangaphambili.
Isetingi ye-coefficient elinganayo ye-PID
I-coefficient ye-proportional coefficient P kwi-PID, kwi-%, isuka kwi-1 ukuya kwi-9999. Ixabiso lokuseta kwangaphambili liyi-50. Isikali sinquma ubungakanani bebhendi yesikali. Okukhona ibhendi yolungelelwaniso incinci, kokukhona impembelelo yokulawula inamandla (ilingana nokwandisa ampi-liification coefficient); ngokuchaseneyo, inkulu ibhendi yomlinganiselo, iyancipha impembelelo yokulawula. Uyacetyiswa ukuba utshintshe ixabiso ngokusekelwe kwixabiso lokuseta kwangaphambili.
Isetingi yexesha elibalulekileyo le-PID
Ixesha elidibeneyo le-PID I, iyunithi: s, uluhlu lokuseta: 1 ~ 9999, ukusetwa kwangaphambili kwenkqubo yi-700. Ixesha lokudityaniswa limisela ubunzulu bokudibanisa. Ukuba ixesha lokudibanisa lifutshane, umphumo wokudibanisa unamandla kwaye ixesha lokuphelisa umahluko we-static lifutshane. Nangona kunjalo, ukuba ixesha lokudibanisa linamandla kakhulu, i-oscillation ingenzeka xa izinga lokushisa lizinzile. Ngokuchasene noko, umphumo wokudibanisa ubuthathaka xa ixesha lokudibanisa lide, kodwa kuthatha ixesha elide ukuphelisa ukuhlukana kwe-static. Sicebisa ukuguqula ixabiso ngokusekelwe kwixabiso lokuseta kwangaphambili.
Ixesha lexesha lePID elahlukileyo
Ixesha lokwahluka kwe-PID D, iyunithi: s, uluhlu lokuseta: 1 ~ 9999, ukusetwa kwangaphambili kwenkqubo ngu-14. Ixesha elahlukileyo limisela ubunzulu besenzo sokwahlukana. Okukhona ixesha lokwahlula lisiba lide, kokukhona kunamandla iziphumo zokwahluka. Ukuba nobuntununtunu kutshintsho lweqondo lobushushu kunokunciphisa ukudlula kobushushu. Nangona kunjalo, isiphumo esinamandla kakhulu esinokwahluka sinokunyusa i-oscillation yobushushu ampukufunda kunye nokwandisa ixesha lozinzo.
Umlinganiselo wamandla
Iyunithi yi%. Uluhlu lokumisela luvela kwi-1 ukuya kwi-100. Ixabiso le-preset ye-system yi-14. Ixabiso elikhulu libonisa amandla aphezulu aphumayo kunye nesantya sokufudumeza ngokukhawuleza, esinokuchaphazela kakubi ubomi benkonzo yemodyuli yokufudumala.
Phawula: cofa i
iqhosha emva kokucwangcisa, kwaye ixabiso lokucwangcisa liyakugcinwa, kungenjalo iya kuba sisenzo esingaphumeleliyo.
Ukubeka Ulawulo Lobushushu
Ulawulo lokulawula ubushushu: Isetyenziselwa ukumisela ukuba ulawulo lobushushu lufikelela kwisimo esizinzile. Njengoko kuboniswe kuMfanekiso 4.5, ukuthatha iiparamitha kumfanekiso njenge-example, xa ubushushu obulinganisiweyo bufikelela kwindawo yokubeka iqondo lobushushu ngaphakathi kokutenxa kwe ± 0.50 ℃ kwaye ukuguquguquka kungaphantsi okanye ukulingana ne-± 0.20 ℃ imizuzu emi-3, inkqubo iya kugqiba ukuba ulawulo lobushushu luzinzile. Ngeli xesha, abasebenzisi banokuqokelela idatha elinganisiweyo ye-sensor phantsi kokuhlolwa. Xa inkqubo imisela ukuba iqondo lobushushu lizinzile, i-buzzer ring, kwaye amagama athi "PV" kwi-interface engundoqo iya kuboniswa eluhlaza. Abasebenzisi banokutshintsha iiparamitha zokulawula ubushushu ngokusekelwe kwiimfuno zabo. Okukhona kuncinci ukuguquguquka kweqondo lobushushu kunye nokutenxa ekujoliswe kuko, kokukhona ixesha lozinzo likhulu, iimeko ezingqongqo zokumisela uzinzo lolawulo lobushushu, kwaye ixesha elide lifuneka ukufezekisa uzinzo. Sicebisa ukuguqula iiparamitha ngokusekelwe kwixabiso lokusetwa kwangaphambili.
Ukuguquguquka kobushushu
Umlinganiselo wokushisa olinganisiweyo phakathi kobuninzi kunye nobuncinci ngaphakathi kwexesha, usetyenziselwa ukubonakalisa ukuzinza kobushushu bomlinganiselo.
Ukutenxa ekujoliswe kuko
Umahluko phakathi kweqondo lokushisa elilinganisiweyo kunye neqondo lokushisa elimiselweyo libonisa ukutenxa phakathi kweqondo lokushisa elilinganisiweyo kunye neqondo lokushisa ekujoliswe kulo.
Ixesha lokuzinza
Ubude bexesha lomlinganiselo weqondo lobushushu phakathi kokuguquguquka okuchaziweyo kweqondo lobushushu kunye nokutenxa ekujoliswe kuko.
Phawula: cofa iqhosha emva kokucwangcisa, kwaye ixabiso lokucwangcisa liyakugcinwa, kungenjalo iya kuba zizenzo zomhlaba.
Phawula: Iikhrayitheriya zokuzinza kobushushu benkqubo zenzelwe ireferensi kuphela.
Imo Yokulinganisa Ubushushu
Ukukhetha ulungelelwaniso lobushushu: isetyenziselwa ukukhetha imodi yokulungiswa kweqondo lokushisa, kubandakanywa imodi yokulungiswa komgca kunye nemodi yokulungiswa kwendawo, njengoko kuboniswe kuMfanekiso 4.6.
Ulungelelwaniso lweLiner
Ukulungiswa komgca kuqinisekisa ukuchaneka kunye nokuthembeka kwedatha kulo lonke uluhlu ngokuseka ii-equations zomgca ezininzi kwizinto ezimbini ezingaziwayo usebenzisa idatha yokulinganisa. Umzekeloample: sele ilungile amanqaku 300 ℃ kunye 400 ℃ kule modi, onke amanqaku amaqondo obushushu phakathi 300℃ kunye 400℃ ziyalungiswa.
Ulungelelwaniso lweNqaku
Ukulungiswa kwamanqaku kulungisa kuphela impazamo yendawo yokushisa ehleliweyo. Ixabiso elimiselweyo kunye nexabiso lokulungisa "kwitheyibhile yokulungiswa kwendawo echanekileyo" inokutshintshwa. Umzekeloample, ukuba iindawo zobushushu 300℃ kunye 400℃ ziyalungiswa kule modi, kuphela ezimbini iindawo ubushushu 300℃ kunye 400℃ ziyalungiswa, kunye nezinye iindawo zobushushu phakathi 300℃ kunye 400℃ azilungiswa.
Ukulungiswa kobushushu
Ukulungiswa kobushushu: Isetyenziselwa ukulungisa ixabiso elilinganisiweyo lobushushu. Xa ukuchaneka komlinganiselo weqondo lokushisa kwi-interface ephambili imbi, abasebenzisi banokusebenzisa ujongano lokulungiswa kobushushu ukuyilungisa. Kujongano lwemo yokulungiswa kobushushu, cofa iqhosha licime 
or 
ngenisa ujongano lolungiso lobushushu.
Inkqubo ibonelela ngamanqaku angama-20 obushushu. Xa kukho impazamo phakathi kweqondo lokushisa elilinganisiweyo kunye neqondo lokushisa langempela, guqula ixabiso lokulungisa ukulungisa ixabiso elilinganisiweyo lobushushu elilinganisiweyo.
Umgaqo wokuguqulwa: Umsebenzisi kufuneka anikeze inzwa yobushushu obuqhelekileyo bereferensi. Xa ulawulo lweqondo lokushisa lufikelela kuzinzo, umahluko phakathi kweqondo lokushisa elilinganisiweyo lesithando somzimba owomileyo kunye neqondo lokushisa langempela elilinganiswe yinzwa eqhelekileyo yongezwa ngokusekelwe kwixabiso eliguquliweyo lokuqala elihambelana nexabiso elimiselweyo. UmzekeloampLe, iqondo lobushushu lesithando somlilo libekwe kwi-300 ℃, kwaye xa ulawulo lobushushu lufikelela kuzinzo, iqondo lobushushu elilinganisiweyo kwi-interface ephambili yesithando somlilo liboniswa njenge-299.97 ℃, kwaye ubushushu bokwenyani obulinganiswa yinzwa eqhelekileyo yi-300.03 ℃, ngoko ke umahluko phakathi kwezi zimbini ngu-0.06℃. Kwi-interface yokulungisa, ixabiso lokulungiswa kwibhokisi eliluhlaza elihambelana nexabiso elimiselweyo le-300 ℃ ngoku liyi-300.00 ℃, elitshintshwa libe yi-299.94℃. Kuthetha ukuguqula
ukuya 
kwaye ucofe ..Emva koko ubuyele kwi-interface ephambili kwaye ulinde ukuba ulawulo lobushushu luzinze kwakhona. Ukuba ukuchaneka kokuchaneka komlinganiselo weqondo lokushisa akukabikho, kunokulungiswa kwakhona ngendlela efanayo ngokusekelwe kwixabiso lokulungiswa kwe-299.94 ℃ de ukulungiswa kweqondo lokushisa kwe-300℃ kugqitywe.
Buyisela okungagqibekanga: Yongezwe ukhetho ukubuyisela ixabiso lobushushu kwimo yexabiso lomzi-mveliso kwaye uyibuyisele kwisimo esingalinganiswanga. Ukuba ukuguqula ixabiso leqondo lokushisa nge-misoperation, abasebenzisi banokubuyisela ixabiso leqondo lokushisa kwixabiso elingagqibekanga lefektri. Ukuba ucinezela ayinasiphumo, guqula naliphi na ixabiso lobushushu kwaye uzame kwakhona.
Phawula: cofa i iqhosha emva kokucwangcisa, kwaye ixabiso lokucwangcisa liyakugcinwa, kungenjalo iya kuba sisenzo esingaphumeleliyo.
File Ukurekhoda
File uluhlu loshicilelo: File ulawulo. Iyonke idatha ye-10 files ingagcinwa. Kwi file iphepha loluhlu, igama ngalinye file, kunye nexesha kunye nomhla wokugqibela file ulungiso luyaboniswa. Ukuba i file ayinanto, akukho nto iboniswayo.
File ukurekhoda: Ibonelela abasebenzisi ngomsebenzi wokurekhoda ngesandla kunye nokugcina idatha.
- File igama: ubuninzi beempawu ezili-16 (unobumba omnye waseTshayina ulingana noonobumba ababini besiNgesi). I file igama liya kuboniswa kwi file uluhlu lwerekhodi ngaxeshanye. I file Igama kufuneka lifakwe, kungenjalo ukugcina isenzo alisebenzi;
- Cima kwaye ugcine: cima okanye ugcine lonke ulwazi lwengeniso kwi file;
- Ukujika kwephepha ekhohlo nasekunene: a file inokugcina ukuya kuthi ga kwi-6 yolwazi loluvo, ukuguqula iphepha elichanekileyo liza kubonisa inzwa ye-4 sensor 5, inzwa yesi-6;
- Ukujika kwekhasi phezulu nasezantsi: inzwa inokugcina i-10 izicwangciso zeqondo lokushisa kunye nedatha yokulinganisa;
- Idatha yokulinganisa inzwa: nqakraza igalelo lendawo ehambelanayo;
- Ubushushu bokusetha inzwa: cofa igalelo lendawo ehambelanayo;
- Uhlela ipropati yoluvo: Cofa le ndawo ukufaka ujongano lwepropati yoluvo ukuhlela, ukuquka inombolo yokucaphula, inombolo yesalathiso, kunye ne-r kunye neyunithi yedatha.
- Inani: ubuninzi beempawu zesiNgesi ezi-4, cofa indawo ehambelanayo ukufaka igalelo;
- Uphawu lwezalathiso: ubuninzi boonobumba abasi-8 besiNgesi, cofa indawo ehambelanayo ukufaka igalelo;
- Iiyunithi zedatha: ibandakanya ℃ ukuya ℉, Ω, mV ukuya ℉.
- Cima Icima lonke ulwazi malunga noluvo lwangoku.
Idatha yokulawula ubushushu
Ulawulo lobushushu file uluhlu: file ulawulo. Iyonke idatha ye-50 files ingagcinwa. Igama da kunye nomhla ngamnye file ziboniswa kulawulo lobushushu file uluhlu. Ukuba i file ayinanto, akukho nto iboniswayo.
Umsebenzi wokugcina: Xa umsebenzi wokugcina uvuliwe, inkqubo iya kukhupha ibhokisi yencoko yokugcina idatha yokulawula ubushushu rhoqo xa umsebenzi wokufudumeza uqaliswa. Ukuba ugcino luvuliwe, idatha yokulawula ubushushu igcinwa rhoqo kwimizuzwana emi-3 ngexesha. Ukuba umsebenzi wokugcina uvaliwe, akukho kukhawuleza kuboniswa (ubumbeko alukwazi ukutshintshwa ngexesha lenkqubo yokulawula ukushisa).
Ukuphethulwa kwephepha phezulu nasezantsi: Unga view iinkcukacha ezintlanu zokuqala okanye zokugqibela ezintlanu ulawulo lobushushu files;
Cima zonke: Cofa i "
” iqhosha ukucima yonke idatha yokulawula ubushushu be-50 files ngexesha. Kuthatha ixesha elide, nceda ulinde ngomonde.
Ulawulo lobushushu file: Ibonisa i file igama, file inombolo, umhla kunye nexesha, ukusetwa kobushushu, inani lamanqaku obushushu, ixesha lokulawula ubushushu lilonke, kunye nexesha apho ulawulo lobushushu lufikelela kuzinzo. Ukuba i file ayinanto, akukho nto iboniswayo.
Cima files: Icima umsinga omnye file. Okunye files azichaphazeleki. Akunanto files ayizukunika mpendulo xa ucofa.
Igrafu viewnge: File kwindawo engenanto cinezela akukho mpendulo; umhla wolawulo lobushushu kwi files iboniswa njengegrafu yegophe, oko kukuthi, iigophe zembali. Akunanto files ayizukunika mpendulo xa ucofa.
Kule interface, isikrini segrafu sinokubonisa ubuninzi bedatha yokulawula ubushushu be-600. Ngokusekelwe kwi-frequency yokugcinwa kwedatha yokulawula ukushisa kwe-3 imizuzwana ngexesha, isikrini segrafu sithatha iiyure ze-0.5. Abasebenzisi banako view idatha yolawulo lobushushu ilandelayo ngokujikela ekunene. Xa ulawulo lweqondo lokushisa lufikelela kuzinzo, iqondo lokushisa elilinganisiweyo langoku liya kuboniswa eluhlaza.
Ixesha lokumisela
Ixesha lokumisela: Isetyenziselwa ukulungisa ixesha kunye nomhla, kwaye uhlaziye kwikona ephezulu ngasekunene yojongano oluphambili ngexesha lokwenyani.
Guqula iparamitha yexesha nge " 
"kunye" 
” amaqhosha kwinqaku elihambelanayo.
Phawula: cofa iqhosha emva kokucwangcisa, kwaye ixabiso lokucwangcisa liyakugcinwa, kungenjalo iya kuba sisenzo esingaphumeleliyo.
Ulwazi lweNkqubo
Ulwazi lwenkqubo: bonisa ulwazi olusisiseko lwesithando somlilo, kuquka inombolo yothotho, inombolo yenguqulelo yesoftware, file umsebenzi, kunye nomsebenzi wonxibelelwano.
Isalathiso soBugcisa
Phawula: Esi salathiso sobugcisa siya kusebenza phantsi kokusingqongileyo kwe-23±5℃ kwaye imveliso iya kuzinza kangangemizuzu eyi-10 emva kokufikelela kubushushu obumiselweyo:
- Uluhlu lobushushu:300℃ 1200℃;
- Ireyithi yesisombululo:0.001℃;
- Iyunithi yesikali: ℃, ℉;
- Ukuchaneka: 0.1%;
- Uzinzo lobushushu: ≤± 0.2℃/15 imiz;
- Indawo yobushushu ethe tye: ≤± 0.25 ℃ (ene-thermostat ixhotyiswe);
- Indawo yobushushu obuthe nkqo: Ukutenxa kuluhlu lwe-10mm kubalwa ukusuka ezantsi komngxuma webhloko yokufunxa yi-1℃
- Ubunzulu bokufaka: 135mm
- Heating speed ：25℃~100℃：10mins；100℃~600℃：15mins； 600℃~800℃：20mins；800℃~1200℃：30mins；
- Cooling speed：1200℃~800℃：25mins；800℃~600℃：15mins； 600℃~300℃：60mins；300℃~50℃：180mins；
- Amanani eenzwa ezifakiweyo kunye nobukhulu bomngxuma: 4 imingxuma (umgangatho), φ6, φ8, φ10, φ12mm.
Phawula: Ububanzi bangaphandle bommandla wokucwina yi-39mm, kwaye ubunzulu bokufaka kunye nobubanzi bangaphandle be-sensor kufuneka buchazwe.
Iinkcukacha zobugcisa ngokubanzi
- Uluhlu lobushushu lokusingqongileyo: 0 ~ 50 ℃ (32-122 ℉);
- Uluhlu lokufuma kokusingqongileyo: 0% -90% (Akukho ukujiya);
- Ubungakanani: 250mm×150mm×310mm (L×W×H)
- Ubunzima Net: 11kg
- Ukusebenza ivoltage：220V.AC±10%,可选配 110V.AC±10%，45-65Hz；
- Amandla: 3000W.
Isondlo
Faka enye indawo ityhubhu yefuse
I-tube ye-fuse ifakwe phantsi kwe-socket switch yamandla.
Ukucaciswa kwetyhubhu yefuse:
20A L 250V uhlobo lwefuse Φ5x20mm
Amanyathelo okusebenza:
- Cima umbane kwaye ukhuphe intambo yombane.
- Fumana indawo yefuse kwaye ususe ifuse evuthelweyo ngokwesixhobo.
- Buyisela ityhubhu entsha.
Amaxwebhu / Izibonelelo
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I-PCE INDLELA I-PCE-DBC 650 i-Dry Block Temperature Calibrator [pdf] Incwadi Yomyalelo I-PCE-DBC 650 i-Dry Block Temperature Calibrator, i-PCE-DBC 650, i-Dry Block Temperature Calibrator, i-Block Temperature Calibrator, i-Temperature Calibrator, i-Calibrator |
