I-RC-113M yoMlawuli woBubushushu bePID

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I-113M PID thermostat yenza i ubushushu butshintsha ngokuthe ngcembe kunokuba kabukhali, nto leyo inceda ekunciphiseni amathuba okuba amaqanda afileyo okwangoku, tshintsha umlinganiselo wesini ngobushushu obulawulwa ngokucokisekileyo bokufukamela kumaqanda ezirhubuluzi.

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Iimpawu ze-digital PID thermostat RC-113M zezi zilandelayo:

• Ngokuhlengahlengiswa ukunciphisa ubushushu obujoliswe kukokwaye Ixabiso lokulinganisa;
• Ngaphakathi kwe-PID (i-Proportion Integral Derivative) i-algorithm.
• Imemori ezenzekelayo ikhona idatha ukuba umbane ucimile; Akufuneki ukuyiqwalasela kwakhona kube kanye ukubuyisela amandla.
• Ngokuchaneka kwe-0.1 ° C kunye nokuchaneka okuphezulu njenge-± 0.1 ° C phakathi kwe-25 ° C ukuya ku-42 ° C;
• I-alam xa ubushushu begumbi bugqithile kumlinganiselo wobushushu obunokumetwa.
• Inikeza i-fuse enokutshintshwa ekhusela le yunithi ekupheleni kwe-chipset;

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Yintoni i-PID Temperature Controller?

Ngelizwi elicacileyo, PID luhlobo lwe-arithmetic. Ithathela ingqalelo i-inertia kunye nesithuba esongezelekayo xa kubalwa ukuze kufikelelwe kulawulo oluchanekileyo nolona lufanelekileyo. Ungandwendwela Wikipedia ukufunda nzulu.

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Kutheni usebenzisa iPID Temperature Controller?

Xa usebenzisa i-PID kwisilawuli se-incubator, izibonelelo zilandelayo

Nciphisa izinga lokuFa kweqanda

Abantu basebenzisa izifudumezi ezahlukeneyo ukunceda amaqanda ukuba aqanduselwe, kwaye phantse zonke izifudumezi zikhona emva kobushushu (ubushushu obugqithisileyo), okwenza ubushushu buphakame kunoko bekulindelekile. Nokuba usebenzisa isilawuli esinje nge-STC-1000, awunakulifumana iqanda elibhakiweyo kuba i-STC1000 icima isifudumezi, kodwa ubushushu obushiyekileyo bunokubulala izicubu ze-embryonic eqandeni.

IsiLawuli soBubushushu esine-PID senza ukuba iTemperature itshintshe kancinci kancinci

Umlawuli oqhelekileyo unokucima kuphela / ukucima i-heater; Zii-thermostats ezifakwe kwi-relay, njenge-switcher, ayikwazi ukulawula ukushisa emva.

Nangona kunjalo, i-thermostat ye-PID inokunyuka ngokuthe ngcembe njengoko ilungelelanisa izinga lamandla e-heater ngokulawula ngokungqongqo umbane ophumayo. Amandla asezantsi athetha ubushushu obuphantsi/intsalela yobushushu. Yile ndlela umlawuli we-PID ehlisa ngayo izinga lokufa kwamaqanda.

Isilawuli se-PID Yandisa ubomi be-heater

Abanye abasebenzisi bathanda ukuseta i-hysteresis encinci ye-hysteresis / umehluko wokubuyisela (umzekelo, i-0.5 ℃), unqwenela ukugcina ubushushu begumbi le-incubator kuluhlu olumxinwa, lusebenza kodwa lusizisela ingxaki entsha, bubomi benkonzo yeyunithi yokufudumeza. iya kuba mfutshane, ngenxa ye ukuqaliswa kweheater kunye nokuvalwa rhoqo. Mhlawumbi umcu wokufudumeza awuyi kubiza kakhulu, kodwa kuthekani ngezinye iintlobo ze-heater, kwaye enye into, isilawuli seqondo lokushisa esinomgangatho olungileyo we-relay apho inkxaso enkulu ivula / icime amaxesha angama-100,000.

I-RC-113M i-PID Temp Controller ngaphandle kwe-relay, kodwa ngaphakathi kweyunithi ye-SRC, i-PID Thermostat isoloko isebenza ukususela kumzuzu wayo amandla; inokuqonda uluhlu oluncitshisiweyo lobushushu okwangoku unqande ukucima/ukucima ngexesha elifutshane.

UMlawuli we-PID unciphisa impembelelo "yeMini kunye noBubushushu boBusuku".

I umahluko lobushushu phakathi imini nobusuku kwezinye iindawo ngokuqhelekileyo ngaphaya koko sikubonileyo, umoya obandayo wasebusuku, ubushushu basemini bushushu, isilawuli esiqhelekileyo sinokugcina iqondo lobushushu elingaguqukiyo, kodwa ixesha lobushushu lidla ngokuba lincinci ngokwaneleyo, yintoni embi ngakumbi ukuba uluhlu luya kutshintsha ngeqondo lobushushu ngaphandle.

umz., Masisete “iqondo lobushushu ekujoliswe kulo” libe yi-36.5℃ kwaye sisete “umahluko wokubuya” njengo-0.5℃ STC-1000, ngoko uluhlu olulindelekileyo kufuneka ukusuka 36 -37 ℃, Kodwa niya kufumana

• • • Olona luhlu lobushushu emini lunokuba ngu 35.0 ukuya ku 41.6 ℃. Ekubeni ukushisa kwegumbi kuphezulu kwi-32 ° C, ilahleko ye-thermal iyancipha, kwaye i-afterheat nayo iyanyamalala ngokukhawuleza.
    • Olona luhlu lobushushu ebusuku lunokuba yi-34.5 ukuya kwi-41.3 ℃. Ekubeni ubushushu begumbi ebusuku bungama-26 ° C kuphela, ukulahlekelwa kwe-thermal kukhawuleza kunomhla, kufana ne-afterheat.

Ngamanye amazwi, i imihla ngemihla yobushushu be-incubator yinyani ukusuka kuma-34.5 ukuya kuma-41.6 iCelsius Degree, 41.6-34.5 = 7.1 ℃ okanye nangaphezulu. Yiloo nto abalimi abaninzi benkukhu bezama kodwa basilela ukufumanisa ukuba kutheni amaqanda amaninzi afileyo.

Umlawuli we-PID ukrelekrele ngakumbi ekuphenduleni utshintsho lwangaphandle lobushushu kuba isantya sokutshintsha kweqondo lokushisa yenye yezinto ezibalulekileyo kuMlawuli wePID; ngokufutshane, iya kukhupha umsinga owomeleleyo ebusuku kwaye inikeze umsinga obuthathaka emini.

Uluhlu lobushushu obuMxinwa luNceda ekufukameni uKhetho lwesini.

Njengoko sichazile ngasentla, iyunithi ye-PID ibonelela ngolawulo lobushushu bokulungisa kakuhle. Ivumela ukuba zifukamele izirhubuluzi ezizimazi okanye ngeenjongo ezichaseneyo.

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Iphaneli yangaphambili yeRC-113M Thermostat

 

 

Iingcebiso:

• I-icon ebomvu yekhephu kunye ne-fan icon ayinamsebenzi kwi-113M, kwaye isikrini setyhubhu yedijithali sikwasetyenziswa kwezinye izilawuli zeqondo lokushisa.
• Intsimbi encinci ebomvu yeye-alam nje ukuba impazamo yoluvo okanye ubushushu bugqithise kuluhlu -15 ~ 110 °C.
• Ifonti ebomvu ethi "Seta" ibonakala xa umsebenzisi eqwalasela lo mlawuli.

 

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Iphaneli yangasemva kunye ne-Wiring Diagram ye-113M yomlawuli we-PID

Ingqalelo: Le yangoku idlula ngaphakathi kwesixhobo, nto leyo eya kwenza i-SRC ibe shushu. Nangona kukho i-heat sink kunye ne-fuse ngaphakathi, ukusebenza kakuhle kokutshabalalisa ubushushu kulinganiselwe, ngoko amandla omthwalo kufuneka angabi ngaphezu kwe-500W. Ukuba isixhobo asisebenzi, zama ukutshintsha i-fuse.

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Imenyu yomsebenzi

Indlela yokumisela uluhlu lweqondo lokushisa? Masibize iqondo lobushushu ekujoliswe kulo njenge-SP (seti-indawo)

• Cinezela iqhosha elithi "SET", kwaye uya kufumana ixabiso elingagqibekanga lokutsiba,
• Cinezela izitshixo "UP" kunye "PHANSI" ukutshintsha i-SP, apho i-LS kunye ne-HS ilinganiselwe;
• Iza kubuyela kwisimo sesiqhelo kwi-5s ukuba ngaphandle kokusebenza.

Iingcebiso:

• Akukho mahluko wobushushu / Hysteresis kule yunithi, kwaye akufuneki uyifumane ukuze ulungelelanise;

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Uyiqwalasela njani enye iparameters?

1. Bamba iqhosha elithi "SET" kwii-3s ukufaka ujongano lwekhowudi yokusebenza, kwaye uya kubona F01;
2. Cofa iqhosha elithi "SET" ukuze ubone ixabiso elikhoyo;
3. Cinezela "UP" okanye "PHANSI" amaqhosha ukutshintsha idatha;
4. Cinezela i-"SET" ukugcina ixabiso elitsha, kwaye isikrini sibonisa i-F01 kwakhona;
5. Ngoku Cofa iqhosha elithi "PHEZULU" okanye "PHANSI" litshintshele kuF02, F03;

Iingcebiso ezingakumbi:

• Phinda aManyathelo 2 - 5 ukulungisa ezinye iiparamitha;
• Cinezela iqhosha elithi "RST" ukuyeka ukuseta kwaye ubuyele kwisimo esiqhelekileyo;
• Yonke idatha entsha iya kugcinwa ngokuzenzekelayo, kwaye iya kubuyela kwisimo esiqhelekileyo kwi-15s ukuba ngaphandle kokusebenza.
• Guqula iF01 kunye neF02 kuqala ukuba awukwazi ukuseta i-SP kubushushu obujoliswe kuko.
• ubushushu obulawulekayo obuphezulu yi-100℃, ngoko ke le yunithi akufuneki ithathwe njengesilawuli sobushushu se-oveni.

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RC-113M PID thermostat Troubleshoot

I-buzzer ngaphakathi kwesilawuli se-113M, ngoko uya kuyifumana ikhala nje ukuba kwenzeke impazamo, kwaye kukho iintlobo ezintathu zekhowudi ngokulandelayo.

• I-EE.E inokuqhutywa zizizathu ezithathu
  • Isiphaluka se-thermistor sifutshane okanye sivulekile
  • thermistor Ubushushu >110°C
  • thermistor Ubushushu < -15°C
• EE.H ithetha iThermistor Ubushushu >110°C
• EE.L ithetha thermistor Ubushushu < -15 °C

Uninzi lweziphoso zinokusonjululwa ngokususa isivamvo esitsha, nceda ufumane izisombululo ezingakumbi kule ncwadana ingezantsi yomsebenzisi.

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Incwadi yoMsebenzisi ye-RC-113M yoMlawuli we-PID

Nceda uqaphele ukuba iphepha lesiNgesi libonisa kuphela uguqulelo lwesiNgesi lwencwadana yomsebenzisi, nceda utshintshele kwiphepha elihambelana nolwimi ukuze ukhuphele incwadana ye PDF kwezinye iilwimi.

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Imibuzo Eyeleleneyo

Indlela yokutshintsha ukufuma kwi-incubator?

Kulula ukuyiphakamisa, faka nje ipleyiti kwibhokisi yokufukamela uze ugcwalise amanzi, kodwa ukuba ufuna ukunciphisa ukufuma okuvela emoyeni, ungazama ukubeka ikalika etshisiweyo okanye ezinye izinto ezifunxa ukufuma lula.

 

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FAQ yeHaswill Compact Panel Thermostat

1. Indlela yokufumana ixabiso?
   Cofa iqhosha lokubuza, kwaye ugqibezele ifom, uya kufumana impendulo kwiiyure ezimbalwa.
2. I-Celsius VS Fahrenheit
   Bonke abalawuli bethu bobushushu bedijithali okungagqibekanga ngokwezidanga zeCelsius, kwaye inxalenye yazo ifumaneka ngeFahrenheit ngezixa zokuodola ezisezantsi ezahlukeneyo.
3. Uthelekiso lweParameter
   Iphaneli edibeneyo yedijithali yokulawula ubushushu iitafile
4. Iphakheji
   Iphakheji eqhelekileyo inokulayisha i-100 PCS / CTN abalawuli bobushushu bedijithali.
5. Izincedisi
   Sicebisa ukuba uthenge i-5% ~ 10% yeendawo ezisecaleni ezinje ngekliphu kunye nezinzwa njengesitokhwe.
6. Iwaranti
   Iwaranti ehlala ikho yonyaka omnye (eyandiswayo) kubo bonke abalawuli bethu, siya kubonelela ngokutshintshela ngaphandle kwentlawulo ukuba kufunyenwe isiphene somgangatho.
7. Inkonzo yokwenza ngokwezifiso
   Ukuba awukwazi ukufumana isilawuli seqondo lokushisa esifanelekileyo kule webhusayithi, Siza kukunceda uphuhlise ngokusekelwe kwiimveliso zethu ezisele zikhulile;
   Enkosi kwiseti epheleleyo yaseTshayina yamatyathanga eshishini anxulumeneyo, iithermostats zethu ezilungiselelweyo zikumgangatho ophezulu kunye nexabiso eliphantsi;
   i-MOQ idla ngokusuka kumaqhekeza ayi-1000. ungalibazisi ukuqhagamshelana nathi ngeenkonzo zokwenza ngokwezifiso.

okanye imibuzo emininzi? Cofa Ii-FAQs

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Amanqaku acetyiswayo

• 
  Intshayelelo yeDigital Thermostat yabaqalayo
• 
  Ungayikhetha njani iThermostat yePaneli eQiniselekileyo eLungileyo?