I-RC-113M PID Isilawuli Sezinga lokushisa

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I-thermostat ye-113M PID yenza i- izinga lokushisa liyashintsha kancane kancane kunokuba ngokucijile, okusiza ekunciphiseni amathuba amaqanda afile okwamanje, ukushintsha isilinganiso ubulili by elawulwa fake ekufukameleni izinga lokushisa on amaqanda ezihuquzelayo.

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Izici ze-digital PID thermostat RC-113M zimi kanje:

• Nge adjustable umkhawulo wokushisa okuhlosiwefuthi Inani lokulinganisa;
• Ngaphakathi kwe-PID (Proportion Integral Derivative) i-algorithm.
• Imemori ezenzakalelayo ikhona idatha uma ugesi uvaliwe; akudingeki ukukumisa futhi uma ugesi ubuyile.
• Ngokunemba okungu-0.1°C nokunemba okufika ku-± 0.1°C phakathi kuka-25°C kuya ku-42°C;
• I-alamu kanye izinga lokushisa legumbi leqa umkhawulo wokushisa olinganisekayo.
• Inikeza i-fuse eshintshayo evikela le yunithi ekugcineni kwe-chipset;

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Iyini i-PID Temperature Controller?

Ngamazwi alula, I-PID wuhlobo lwe-arithmetic. Ibheka inertia kanye negebe elikhulayo lapho ibala ukuze ifinyelele ekulawuleni okunembile nokulungile. Ungavakashela I-Wikipedia ukuze ufunde ngokujulile.

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Kungani usebenzisa isilawuli se-PID Temperature?

Lapho usebenzisa i-PID kusilawuli se-incubator, izinzuzo zimi kanje

Yehlisa Izinga Lokufa Kweqanda

Abantu basebenzisa izifudumezi ezihlukahlukene ukusiza amaqanda achanyuselwe, futhi cishe wonke ama-heater akhona emva kokushisa (ukushisa okudlulele), okwenza izinga lokushisa libe phezulu kunalokho obekulindelwe. Ngisho noma usebenzisa isilawuli esifana ne-STC-1000, ungase ungalitholi iqanda elibhakiwe njengoba i-STC1000 ivala i-heater, kodwa ukushisa okusalayo kungabulala izicubu zombungu eqandeni.

Isilawuli Sezinga Lokushisa esine-PID senza Izinga lokushisa Lishintshe Kancane Kancane

Isilawuli esivamile singavula/sivale i-heater kuphela; zingama-thermostat ashumekiwe adluliselwe, njengesishintshi, asikwazi ukulawula ukushisa kwangemuva.

Kodwa-ke, i-thermostat ye-PID ingakhuphuka kancane kancane njengoba ilungisa izinga lamandla e-heater ngokulawula ngokuqinile amandla kagesi aphumayo. Amandla aphansi asho ukushisa okuphansi kwe-afterheat/Insalela yokushisa. Yile ndlela isilawuli se-PID esinciphisa ngayo izinga lokufa kwamaqanda.

Isilawuli se-PID Nweba Isikhathi Sokuphila Se-heater

Abanye abasebenzisi bathanda ukusetha umehluko omncane wezinga lokushisa/ukubuyisa (isibonelo, 0.5℃), bafisa ukugcina izinga lokushisa legumbi le-incubator ebangeni elincane, liyasebenza kodwa lisilethela inkinga entsha, leyo impilo yesevisi yeyunithi yokushisisa. izoba mfishane, ngenxa ye i-heater iqala futhi ivaliwe njalo. Mhlawumbe umugqa wokushisisa ngeke ubize kakhulu, kodwa kuthiwani ngezinye izinhlobo ze-heater, futhi enye into, isilawuli sezinga lokushisa esinekhwalithi enhle edluliselwe lapho ukusekelwa okuphezulu okuvula/ukuvala izikhathi eziyi-100,000.

I-RC-113M PID Temp Controller ngaphandle kwe-relay, kodwa ngaphakathi kweyunithi ye-SRC, i-PID Thermostat ihlala isebenza kusukela ngesikhathi yona ngokwayo ikhanyisa; ingabona ibanga lokushisa elincane okwamanje igweme ukuvula/ukuvala ngesikhathi esifushane.

Isilawuli se-PID sehlisa ithonya elithi "Umehluko Wezinga Lokushisa Emini Nobusuku".

I lokushisa umehluko phakathi imini nobusuku kwezinye izindawo ngokuvamile ngale kwalokho esikubonile, umoya obandayo wasebusuku, izinga lokushisa lasemini liyashisa, isilawuli esivamile singagcina izinga lokushisa elingashintshi, kodwa izinga lokushisa ngokuvamile alilincane ngokwanele, okubi nakakhulu ukuthi ububanzi buzoshintsha ngezinga lokushisa ngaphandle.

isb, Asisethe “izinga lokushisa eliqondiwe” libe ngu-36.5℃ bese sibeka “umehluko wembuyiselo” njengo-0.5℃ ku- I-STC-1000, bese ububanzi obulindelekile kufanele busuke ku-36 -37 ℃, Kodwa nizothola

• • • Izinga lokushisa langempela emini lingase libe ngu-35.0 ukuya ku-41.6 ℃. Njengoba izinga lokushisa lekamelo liphakeme kakhulu ku-32 ° C, ukulahlekelwa okushisayo kuhamba kancane, futhi ukushisa kwangemuva kuyanyamalala kancane.
    • Izinga lokushisa langempela ebusuku lingase libe ngu-34.5 kuya ku-41.3 ℃. Njengoba izinga lokushisa ekamelweni ebusuku liyi-26 ° C kuphela, ukulahlekelwa okushisayo kuyashesha kunasemini, kufana nokushisa kwangemuva.

Ngamanye amazwi, i- Izinga lokushisa lansuku zonke le-incubator lisuka ku-34.5 liye ku-41.6 I-Celsius Degree, 41.6-34.5 = 7.1 ℃ noma ngaphezulu. Yingakho abafuyi bezinkukhu abaningi bezama kodwa behluleka ukuthola ukuthi kungani amaqanda amaningi afile.

Isilawuli se-PID sihlakaniphe kakhulu ekuphenduleni ekushintsheni kwezinga lokushisa kwangaphandle ngoba izinga lokushisa lokushintsha isivinini kungenye yezinto ezibalulekile kuMlawuli we-PID; kafushane, izokhipha igagasi elinamandla ebusuku futhi inikeza isimanje esibuthakathaka emini.

Ububanzi Bezinga Lokushisa Elincane Oluwusizo Ekufukameni Ukukhetha Ubulili.

Njengoba sishilo ngenhla, iyunithi ye-PID ihlinzeka ngokulawula kahle izinga lokushisa. Ivumela ukufukamela izilwane ezihuquzelayo eziningi zesifazane noma ngenjongo ephambene.

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Iphaneli yangaphambili ye-RC-113M Thermostat

 

 

Amathiphu:

• Isithonjana esibomvu seqhwa nesithonjana sesifeni azinamsebenzi ku-113M, futhi isikrini seshubhu yedijithali siphinde sisetshenziswe kwezinye izilawuli zokushisa.
• Insimbi encane ebomvu eye-alamu uma iphutha lenzwa noma izinga lokushisa lingaphezu kwebanga -15 ~ 110 °C.
• Ifonti ebomvu ethi “Setha” ivela lapho umsebenzisi elungiselela lesi silawuli.

 

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Iphaneli Yasemuva & Umdwebo Wokufakwa Kwezintambo zesilawuli se-PID esingu-113M

Qaphela: I-current idlula ngaphakathi kwempahla, okuzokwenza i-SRC ishise. Nakuba kukhona usinki wokushisa kanye ne-fuse ngaphakathi, ukusebenza kahle kokukhipha ukushisa kunomkhawulo, yingakho amandla okulayisha akumele abe ngaphezu kuka-500W. Uma idivayisi ingasebenzi, zama ukushintsha i-fuse.

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Imenyu Yomsebenzi

Ungasetha kanjani ibanga lokushisa eliqondiwe? Masibize izinga lokushisa eliqondiwe njenge-SP (iphoyinti lokusetha)

• Cindezela inkinobho ethi "SET", futhi uzothola ukweqa kwenani okuzenzakalelayo,
• Cindezela okhiye "PHEZULU" kanye "PHANSI" ukuze ushintshe i-SP, i-LS ne-HS elinganiselwe;
• Izobuyela esimweni esijwayelekile kuma-5s uma ngaphandle kokusebenza.

Amathiphu:

• Awukho umehluko wezinga lokushisa / i-Hysteresis kule yunithi, futhi awudingi ukuyithola ukuze uyilungise;

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Ungawamisa kanjani amanye amapharamitha?

1. Bamba ukhiye othi "SET" ukuze ufake ama-3s ukuze ufake isixhumi esibonakalayo sekhodi yokusebenza, futhi uzobona F01;
2. Cindezela inkinobho ethi “SET” ukuze ubone inani elikhona;
3. Cindezela okhiye "PHEZULU" noma "PHANSI" ukuze ushintshe idatha;
4. Cindezela okuthi “SET” ukuze ulondoloze inani elisha, futhi isikrini sibonisa u-F01 futhi;
5. Manje Cindezela okhiye “PHEZULU” noma “PHANSI” shintshela ku-F02, F03;

Amathiphu engeziwe:

• Phinda Izinyathelo 2 - 5 ukuze ulungise amanye amapharamitha;
• Cindezela inkinobho ethi “RST” ukuze uyeke kumodi yokusetha futhi ubuyele esimweni esivamile;
• Yonke idatha entsha izolondolozwa ngokuzenzakalelayo, futhi izobuyela esimweni esivamile nge-15s uma ingasebenzi.
• Shintsha i-F01 ne-F02 kuqala uma ungakwazi ukumisa i-SP kumazinga okushisa okuhlosile.
• izinga lokushisa eliphezulu elilawulekayo lingu-100 ℃, ngakho leyunithi akufanele ithathwe njengesilawuli sezinga lokushisa likahhavini.

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I-RC-113M PID thermostat Ukuxazulula inkinga

I-buzzer ngaphakathi kwesilawuli se-113M, ngakho-ke uzoyithola imemeza uma kwenzeka iphutha, futhi kunezinhlobo ezintathu zekhodi ngokulandelayo.

• I-EE.E ingabangelwa izizathu ezintathu
  • Isiyingi se-thermistor sifushane noma sivulekile
  • I-thermistor Temperature >110°C
  • Thermistor Izinga lokushisa < -15°C
• I-EE.H isho i-thermistor Temperature >110°C
• I-EE.L isho i-thermistor Temperature < -15°C

Amaphutha amaningi angaxazululwa ngokufaka inzwa entsha, sicela uthole izisombululo ezengeziwe encwadini engezansi yomsebenzisi.

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Imanuwali yomsebenzisi ye-RC-113M PID Controller

Sicela uqaphele ukuthi ikhasi lesiNgisi libonisa kuphela inguqulo yesiNgisi yebhukwana lomsebenzisi, sicela ushintshele ekhasini elihambisanayo lolimi ukuze ulande imanuwali ye-PDF ngezinye izilimi.

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Imibuzo Ehlobene

Ungashintsha kanjani umswakama ku-incubator?

Kulula ukuyiphakamisa, vele ufake ipuleti ebhokisini lokufukamela bese ugcwalisa amanzi, kodwa uma ufuna ukunciphisa umswakama ovela emoyeni, ungazama ukubeka umcako oshile noma ezinye izinto ezimunca umswakama kalula.

 

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I-FAQ ye-Haswill Compact Panel Thermostat

1. Ungayithola kanjani intengo?
   Chofoza inkinobho yokubuza, bese uqedela ifomu, uzothola impendulo emahoreni ambalwa.
2. I-Celsius VS Fahrenheit
   Zonke izilawuli zethu zokushisa zedijithali okuzenzakalelayo ngamadigri e-Celsius, futhi ingxenye yawo itholakala ngo-Fahrenheit ngamanani ahlukene woku-oda amancane.
3. Ukuqhathaniswa kwepharamitha
   Amathebula e-Compact panel digital lokushisa amathebula
4. Iphakheji
   Iphakethe elijwayelekile lingalayisha izilawuli zokushisa zedijithali eziyi-100 PCS/CTN.
5. Izesekeli
   Siphakamisa ukuthi uthenge izingxenye eziyisipele ezingu-5% ~ 10% njengeziqeshana nezinzwa njengesitoko.
6. Iwaranti
   Iwaranti yekhwalithi ezenzakalelayo yonyaka owodwa (enwebekayo) kubo bonke abalawuli bethu, sizohlinzeka ngokushintshwa kwamahhala uma kutholakala iphutha lekhwalithi.
7. Isevisi yokwenza ngokwezifiso
   Uma ungasitholi isilawuli esifanelekile sokushisa kule webhusayithi, Sizokusiza ukuthi usithuthukise ngokusekelwe emikhiqizweni yethu ekhona kakade;
   Ngenxa yesethi ephelele yaseShayina yamaketanga emboni ahlobene, ama-thermostat ethu enziwe ngokwezifiso awekhwalithi ephezulu kanye nenani eliphansi;
   i-MOQ ivamise ukuba yizicucu eziyi-1000. ungangabazi ukuxhumana nathi ukuze uthole izinsizakalo zokwenza ngokwezifiso.

noma imibuzo eminingi? Chofoza Imibuzo Evame Ukubuzwa

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Izihloko Ezinconyiwe

• 
  Isingeniso Se-Thermostat Yedijithali yabaqalayo
• 
  Ungayikhetha kanjani i-Thermostat Yephaneli Ehlangene Elungile?