Ifilimu Eminyene I-Tubular Water heater

Ifilimu Eminyene ye-Tubular Water heater

I-Electric Thick Film Heating Circuit ingashiswa futhi imbozwe nge 5 i-insulation layers ebusweni be-Stainless Steel Tube ekushiseni osheshayo emanzini agelezayo ngaphakathi kweshubhu. Ingathola 95℃ Amanzi Abilayo ngesilinganiso sokugeleza 480ml-600ml/Minute.Ifilimu Ewugqinsi Isishicileli se-Tubula sisetshenziswa Ekushiseni Okusheshayo Okuwuketshezi. Ngenxa yesikhathi sayo sesevisi eside, ukudluliswa kokushisa okuphezulu kanye nephrofayili ehlangene, Kuyinto efanelekile yokufudumeza ukufaka esikhundleni sezinto zokushisa zamanzi zokucwiliswa.

Izinzuzo of aminyene ifilimu ukushisa tube

1, Amandla aphezulu aphephile futhi aqinile: I-substrate yensimbi engagqwali, Multi-layer microcrystalline vitreous insulation.
2, Ukushisa okusheshayo: Isifunda sokushisisa sinokukhuphuka kwezinga lokushisa ngaphezu kwama-80 ~ 150 degrees ngomzuzwana.
3, Izinga eliphezulu lokusetshenziswa kokushisa: ishubhu yensimbi engenasici ngokusheshisa ngokushesha, indawo enkulu yokushintshanisa ukushisa, ukushintshwa okusheshayo, ukusebenza kahle kuze kufike phezulu 98%.
4, Ukuvikelwa okuluhlaza kanye nemvelo: umthwalo oqinile wokumelana, ayikho imisebe ye-electromagnetic, kuhle emzimbeni womuntu.

Imingcele Yezobuchwepheshe

Incazelo yohlelo lokusebenza

Ishubhu yokushisa yefilimu ewugqinsi yensimbi engagqwali, ingasetshenziselwa umpompi kagesi osheshayo, isifudumezi samanzi, i-micro heater yamanzi, I-Faucet yokufudumeza kagesi, izesekeli zokuhambisa amanzi, umshini wamanzi ashisayo, umshini wokukhipha amanzi ashisayo, Ukushisa kwamanzi okuhlanza amanzi, Ukushisa komzimba, umshini ohlanganisiwe wokushisa isici, ithubhu yokushisa, umshini wokushisa wekhofi tube, ihitha, ithubhu yokushisa yensimbi.

Uku-oda, Sicela ucacise imininingwane yakho edingekayo. Wonke Amashubhu Okushisisa Kagesi Aminyene Enziwa ngokwezifiso njengomklamo wangempela wezidingo eziqondile zekhasimende lethu..

Ukuminyana kwamandla

I-ESL incoma ukuthi ukujiya kwakho konke okunamathiselwe kwe-resistor engu-29XXX ngemva kokugcoba kube 10-12 ama-microns ukuqinisekisa ukuthi ukuminyana kwamandla kungaphezulu 60 ama-watts ngesentimitha yesikwele.

Ukuminyana kwamanje

I-ESL incoma ukujiya kwe 10-12 ama-microns ngemva kokucwiliswa ukuze kuqinisekiswe ukuthi ukuminyana kwamanje kwesici sokumelana 3 ama-ampere ngemilimitha.

Imininingwane ye-TCR

Izinto ezisetshenziswa ku-heater yefilimu ewugqinsi zine-TCR ephezulu, ngakho-ke umehluko phakathi kwenani lokumelana ekamelweni lokushisa kanye nokushisa okusebenzayo kufanele kucatshangelwe.

Ifomula yokubala

Ngokwesibonelo, ikhasimende lidinga ukuthi into yokushisisa ingasekela 3000 watts ku 240 ama-volts ashintshana njengamanje, futhi izinga lokushisa eliphezulu lilawulwa 150 °C. Indawo etholakalayo ukuphrinta i 120 ububanzi be-substrate mm.

V = I x R Umthetho ka-Ohm

Amandla = i-voltage x yamanje

I-coefficient yezinga lokushisa = ((I-RH-RC) x 106) / (RC x (I-TH-TC))

Lapha: RH=inani lokumelana nezinga lokushisa elisebenzayo; RC=inani lokumelana ekuqaleni

TH = izinga lokushisa eliphezulu, °C; TC = izinga lokushisa lokuqala, °C

I-ESL 29115 ikhethelwe lesi sibalo

Amandla ngezinga lokushisa lokusebenza 3,000 = 240 x okwamanje

Okwamanje = 12.5 A

Ububanzi ku- 3 Iphethini ye-A/mm resistor imayelana 4 mm. (12.5A/3A mm = ububanzi 4.17 mm)

Ukumelana kwe-resistor ekushiseni okusebenzayo 240 / 12.5 = 19.2Ω

I-TCR yezinto ezibonakalayo ngu 1,500 ppm/°C

Ngakho: 1,500 = ((19.2-RC) x 106) / (RC x (150-25))

(1,500 x (150-25) x RC) / 106 = (19.2- RC)

0.1875 I-RC = 19.2-RC

1.1875 RC = 19.2

I-RC = 16.17Ω

Ukuze kuzuzwe inani lokumelana lika-16.17Ω ekamelweni lokushisa, a 162 ukulandelela isikwele kuyadingeka. Ububanzi bethrekhi bu 4 mm, kanjalo ubude 648 mm. Indawo ephelele yethrekhi ingu 2592 amamilimitha square. Amandla akaliwe 3000 ama-watts, ngakho ukuminyana kwamandla 115.7 ama-watts ngesentimitha yesikwele. Leli nani liphezulu kakhulu, ikakhulukazi amandla ngesikhathi sokuvulwa. Ngale ndlela, kuyadingeka ukwandisa indawo ukuze kuqinisekiswe ukuphepha. Lokhu kudinga ithrekhi enobubanzi be 5.5 mm kanye nobude be 890 mm ukuze kuzuzwe ukumelana okufanele (usebenzisa 29115). Indawo yamanje 49 amasentimitha ayisikwele, uma kuqhathaniswa nokuminyana kwamandla we 61 ama-watts ngesentimitha yesikwele. Lokhu sekuvele kuwukuminyana kwamandla okuphephile. Ukushintsha kokumelana ngemva kokushisa ingilazi engaphezulu yokuvikela i-glaze ayibalwa. Amandla ngesikhathi sokuvula 3562 ama-watts, okusho ukuthi 72.7 ama-watts ngesentimitha yesikwele ngesikhathi esifushane.

Amathegi ashisayo: ifilimu ewugqinsi isifudumezi samanzi se-tubular, China, abakhiqiyo, abahlinzeki, indawo yokukhiqiza, Isitolo esithe xaxa, umkhuba, intengo, -phathelene nogesi, ikhwalithi ephezulu