Isebenza njani iSensor yoBushushu kunye nokuFudumala – 02?

Isebenza njani iSensor yoBushushu kunye nokuFudumala?

Yintoni iSensor yoBushushu kunye nokuFudumala?

Izinzwa zobushushu kunye nokufuma (okanye izinzwa zobushushu be-RH) zinokuguqula ubushushu kunye nokufuma zibe ziimpawu zombane ezinokulinganisa ubushushu kunye nokufuma ngokulula.Iitransmitter zobushushu ezikwimarike ngokubanzi zilinganisa ubungakanani bobushushu kunye nomswakama ohambelanayo emoyeni, ziwuguqule ube ziimpawu zombane okanye ezinye iintlobo zemiqondiso ngokwemigaqo ethile kwaye zikhuphe isixhobo kwisixhobo okanye kwisoftware ukuze zihlangabezane neemfuno zokubeka esweni okusingqongileyo zabasebenzisi.

Yintoni uMgaqo-nkqubo wokusebenza weeSensors zoBushushu kunye nokufuma?

Izinto ezikwimodyuli yesenzi senzwa yobushushu kunye nokufuma ziquka ikakhulu i-capacitor ebuthathaka kumswakama kunye nesekethe yokuguqula. I-capacitor ebuthathaka kumswakama iquka i-substrate yeglasi, i-electrode esezantsi, izinto ezibuthathaka kumswakama, kunye ne-electrode ephezulu.

Izinto ezibuthathaka kumswakama luhlobo lwepolymer ephezulu yeemolekyuli; i-dielectric yayo itshintsha rhoqo ngokuhambelana nokufuma kwendalo. Xa ukufuma kwendalo kutshintsha, amandla ento ebuthathaka kumswakama ayatshintsha ngokufanelekileyo. Xa ukufuma kuhambelana nokunyuka, amandla e-capacitance ahambelana nokufuma ayanyuka, kwaye ngokuchaseneyo. Isekethe yokuguqula ye-sensor iguqula utshintsho kwi-capacitance ebuthathaka kumswakama ibe lutshintsho kwi-voltage, ehambelana notshintsho lokufuma oluhambelanayo lwe-0 ukuya kwi-100% RH. Imveliso ye-sensor ibonisa utshintsho oluthe ngqo lwe-0 ukuya kwi-1v.

Ungazikhetha njani iiSensors zoBushushu kunye nokufuma kwiProjekthi yakho?

Yeyiphi iSensor esetyenziselwa ubushushu kunye nokufuma?

Ekuqaleni,iimpawu zempendulo yefrikhwensi: iimpawu zempendulo yefrikhwensi zesensor yeqondo lobushushu kunye nokufuma zimisela uluhlu lwefrikhwensi oluza kulinganiswa. Kufuneka zigcine iimeko zokulinganisa ngaphakathi koluhlu lwefrikhwensi oluvumelekileyo. Impendulo yesensor isoloko inokulibaziseka okungenakuphepheka—okungcono. Impendulo yefrikhwensi yesensor iphezulu, kwaye uluhlu lwefrikhwensi yesignali elinganiswayo lubanzi. Ngenxa yempembelelo yeempawu zesakhiwo, ukungabi namandla kwenkqubo yoomatshini kubalulekile. Ubuninzi besignali elinganiswayo yesensor enefrikhwensi ephantsi buphantsi.

Okwesibini,uluhlu oluthe ngqo: uluhlu oluthe ngqo lwesixhobo sobushushu kunye nokufuma lubhekisa kumxholo apho imveliso ihambelana nokufakwayo. Ngokwethiyori, ngaphakathi kolu luhlu, uvakalelo luhlala luhleli. Okukhona uluhlu oluthe ngqo lwesensor lubanzi ngakumbi, kokukhona intsimi ibanzi ngakumbi, kwaye inokuqinisekisa ukuchaneka kokulinganisa okuqinisekileyo. Xa ukhetha isensor, xa uhlobo lwesensor lumiselwe, kuqala kuyimfuneko ukubona ukuba uluhlu lwayo luyahlangabezana neemfuno.

Ekugqibeleni,uzinzo: amandla esixhobo sobushushu kunye nokufuma ukuba singatshintshi emva kwexesha elithile lokusetyenziswa abizwa ngokuba luzinzo. Ukongeza kwisakhiwo sesensor ngokwayo, izinto ezichaphazela uzinzo lwexesha elide lwesensor ikakhulu yindawo yokusetyenziswa kwesensor. Ngaphambi kokukhetha isensor, kufuneka uphande indawo yokusetyenziswa kwayo kwaye ukhethe isitshicileli esifanelekileyo ngokwendawo yokusetyenziswa ethile.

Yintoni umahluko phakathi kweSensor yoBushushu kunye neSensor yoBumanzi?

Inzwa yobushushu:Ubushushu yeyona parameter ixhaphakileyo yokusingqongileyo. Ubushushu budlala indima ebalulekileyo emakhayeni ethu nakwimizi-mveliso. Kwiminyaka embalwa edlulileyo, sinokubeka esweni kwaye silawule iiparameter zendalo ngoncedo lwezixhobo ezivavanya ubushushu. I-sensor yobushushu sisixhobo se-elektroniki esibona kwaye silinganise amanqanaba obushushu achanekileyo kwiimeko ezahlukeneyo zokusingqongileyo. Kukho ii-sensor ezininzi zobushushu ezingabizi kakhulu ezifumanekayo ukulinganisa amanqanaba obushushu achanekileyo.

Inzwa yoBumanzi:Umswakama lolunye uphawu olulinganisekayo lokusingqongileyo. Amanqanaba aphezulu okufuma emakhayeni ethu nakwiindawo zokugcina impahla andisa amathuba okonakalisa iimveliso nezinto. Ngaphambili, besingakwazi ukubona inqanaba elifanelekileyo lokufuma ngenxa yokunqongophala kwezixhobo zokuva. I-humidity sensor sisixhobo se-elektroniki esisetyenziselwa ukulinganisa inqanaba lokufuma nokwenza utshintsho kwinqanaba lokufuma ngeefowuni zethu eziphathwayo naphi na. I-humidity sensor ibona inqanaba lokufuma emanzini, emoyeni, nasemhlabeni. Sinokufikelela ngokulula kwii-humidity sensors emakhayeni ethu nakwiishishini zethu.

Okwangoku, uninzi lweemitha, iisensa kunye neetransmitter, uninzi lwezixhobo zinemisebenzi yomibini kwaye zinokujonga okanye zivavanye ukufuma kunye nobushushu. Ewe, ukuba uthanda ukuvavanya ubushushu okanye ukufuma kuphela, ungajonga ezinye zezixhobo zethu kwiphepha leemveliso zethu.

Ithetha ukuthini iRange yeSensor yoBumanzi?

I-sensor yomswakama enezinto ezisebenzayo enye inomda kuluhlu lokufumanisa. Izinto ze-GO, PEDOT: PSS, kunye neMethyl Red zinempendulo yokuva0 ukuya kwi-78% ye-RH, 30 ukuya kwi-75% ye-RH, kunye ne-25 ukuya kwi-100% ye-RH, ngokulandelelana.

Ndingazi njani ukuba isenzi sam somswakama siyasebenza?

Ungenza kwaye ujonge amanyathelo ngolu hlobo lulandelayo:

1. Ibhegi encinci yokugcina ukutya evala iziphu.

2. Isiciko sekomityi encinci okanye ibhotile evela kwisoda engama-ounces angama-20.

3. Ityuwa encinci yetafile.

4. Amanzi.

5. Faka isiciko kunye ne-hygrometer ngaphakathi kwebhegi.

6. Linda iiyure ezi-6. Ngeli xesha, i-hygrometer iza kulinganisa ubumanzi obungaphakathi kwebhegi.

7. Funda i-hygrometer. ...

8. Lungisa i-hygrometer ukuba kuyimfuneko.

Kuthekani nge-HENGKO Temperature kunye ne-Humidity Sensor?

I-HENGKO temperature kunye ne-Humidity sensor isebenzisa isikrini esikhulu se-LCD kunye nezitshixo. Imodyuli ye-temperature humidity sensor eyakhelwe ngaphakathi esemgangathweni ophezulu engeniswe eSwitzerland, ene-highukuchaneka kokulinganisa, amandla aqinileyo okulwa nokuphazamiseka, njl.njl., ukuqinisekisa ukusebenza kakuhle kokulinganisa kwemveliso. Ubushushu kunye nokufuma kulawulwa ngokuzenzekelayo, ixabiso liboniswa kwisikrini se-LCD, kwaye idatha ilayishwa kwisoftware yokubeka iliso nge-RS485 okanye imiqondiso ye-wifi.

Isixhobo sethu sokuvavanya ubushushu kunye nokufuma siqokelela idatha rhoqo emva kwemizuzwana emi-2. Ngokuzenzekelayo, silayisha idatha rhoqo emva kwemizuzu engama-20. Sikwaxhasa nokulungisa imvamisa yokulayisha idatha (Ingamiselwa kwi-1S~10000S/ngexesha) ngokwemeko yokusetyenziswa kunye nenkululeko yexesha lokurekhoda phakathi komzuzu o-1 kunye neeyure ezingama-24 Useto. Imodyuli yaso ye-alamu edibeneyo yangaphakathi (i-buzzer okanye i-relay), siqala ngokuseta amaxabiso aphezulu nasezantsi obushushu kunye nokufuma ngeqhosha; xa ixabiso lidlule umda, liya kuqinisekisa ukuba isandi kunye ne-alamu yokukhanya iyasebenza. Kwangaxeshanye, isixhobo sethu sokuvavanya ubushushu kunye nokufuma sinomsebenzi onamandla wokugcina; sinokugcina ukuya kuthi ga kwiiseti ezingama-65000 zeerekhodi ezinokugcinwa.

Ngoko ke ukuba unendawo ethile yemizi-mveliso ekufuneka uyibeke esweni kwaye uhlaziye iMveliso kunye nokuSebenza kakuhle koMsebenzi, wamkelekile ukuba unxibelelane nathi nge-imeyile.ka@hengko.comukwazi iinkcukacha ezithe vetshe kunye nesisombululoisenzi sobushushu kunye nokufuma, umthumeli kunye ne-oemiprobe yokufumanjl. njl.