I-Drum Dry Dryer kanye ne-Rotary Drum Dryer ene-Induction Heater Yokomisa Insimbi

Incazelo

I-Drum Dryer kanye ne-Rotary Drum Dryer ene-Induction Heater yokomisa i-Coal Slime-River Sand-Gypsum-Slag-Grain-Sawdust ikhambi elingcono lokushisisa elinokonga Amandla kanye nokungangcoli.

Izinzuzo ze-rotary drum dryer-drum dryer.

♦ Ukusebenza okuphezulu
♦ Ukusebenza Okuthethelelayo
♦ Izindleko eziphansi
♦ Ukuphatha ngobumnene
♦ Ukuxhumana komkhiqizo okusondele kakhulu kwesomisi se-louvre
♦ Iqinile
♦ Ingakwazi ukuphatha ukwehluka kokuphakelayo nakuba umkhiqizo ungase ungahambisani
♦ Ukusebenza kokushisa okuphezulu - kungenziwa umugqa we-refractory.
♦ Iyunithi ingaba nesigaba sokupholisa esibalulekile.

Ukushisa kwe-electromagnetic induction umshini wokomisa imigqomo wuhlobo lwemishini esetshenziswa kabanzi ukomisa ukudla, ikhofi, ubhontshisi wesoya, okusanhlamvu, amantongomane, amantongomane, uwoyela, izimpahla ezomile neminye imikhiqizo yezolimo neseceleni noma ukudla. Izinto zokushisisa zamapani okuthosa ohlobo lwezigubhu ngokuvamile izitofu zamalahle, izitofu zokushisa umoya noma izinto zokushisisa zikagesi. Imishini yokushisa emithathu engenhla yizo zonke izindlela zokushisa ezingaqondile, okungukuthi, ukushisa kudluliselwa epanini lokuthosa ngendlela yokudlulisa ukushisa.

Ngenxa yezinkinga zokusebenza kahle kokushisa okuphansi kanye nokusetshenziswa okuphezulu kwamandla epanini lendabuko lokuthosa izigubhu, i-electromagnetic okomisa imigqomo yokushisisa avele emakethe, okungukuthi, isomisi sezigubhu sishiswa ngomgomo wokushisisa kokufakwa kwe-electromagnetic. Umgomo wayo wokusebenza uthi: Isomisi sezigubhu Kunamasethi amaningi amakhoyili kagesi ngaphandle, futhi amasethi amaningi amakhoyili kagesi akhiqiza izindawo ezishintshayo kazibuthe ngemva kokudlula kumandla ashintshayo. Njengoba umshini wokomisa izigubhu wenza ukunyakaza kokusika imigqa yakazibuthe endaweni yakazibuthe eshintshanayo, umsinga oshintshanayo ukhiqizwa ngaphakathi kwesomisi sezigubhu. Okungukuthi, i-eddy current, engqubuzana futhi ihlikihle nama-athomu ngaphakathi kwepani lokuthosa ngesivinini esikhulu, ngaleyo ndlela ikhiqize ukushisa kwe-Joule ukuze kushiswe. Ngenxa yokuthi umthombo wokushisa we-electromagnetic drum dryer umshini wokomisa izigubhu ngokwawo, ungaxazulula ngempumelelo inkinga yokusebenza kahle okushisayo kwezithando zamalahle, izithando zomlilo kanye nemishini yokushisisa kagesi.

Kodwa-ke, ngenxa yokuba khona kwamasethi amaningi wamakhoyili kazibuthe, kukhona inkambu enamandla kazibuthe ezungeze isomisi sesigubhu sokufudumeza esingenisa ugesi, futhi indawo kazibuthe eshintshanayo izokhipha imisebe kazibuthe. Lapho okomisa izigubhu kagesi eziningi embonini kusebenza ngesikhathi esisodwa, imisebe ye-electromagnetic Izolimaza izinsimbi zangaphakathi zemishini engumshini, ngaleyo ndlela kuthinte impilo yesevisi yezinto zokusebenza. Ngaphezu kwalokho, akukuhle futhi ukuthi ama-opharetha asebenze endaweni yemisebe ye-electromagnetic radiation isikhathi eside. Ngakho-ke, kuyadingeka ukunciphisa imisebe ye-electromagnetic ekhiqizwa umshini wokomisa isigubhu kagesi.

I-Induction Heating Schematic ye-Rotary Drum Dryer

1.I-Induction Heating nge-Multi-Turn Helical Induction yangaphandle Coil

Amakhoyili okushisisa afakwa kusondezwa ukotini ogoqelwe isigubhu esomile. Amakhoyili amanxeba aphendukayo amaningi kanye nesigubhu esomisayo azungeziswa kanyekanye. Uhlelo lokushisisa lokungeniswa lusebenza ukushisisa isigubhu esomisayo ngendlela esheshayo nephumelelayo.

 

2.I-Induction Heating nge-Multi-Turn Helical Induction Induction Coil

Amakhoyili okushisisa afakwa ngaphakathi kwesigubhu esomisayo, amakhoyili amanxeba aphenduka ama-helical amaningi kanye nesigubhu sokomisa ayazungezwa kanyekanye. Uhlelo lokushisisa lokungeniswa lusebenza ekushisiseni izinga lokushisa langaphakathi lomgqomo wokomisa.

 

3. I-Induction Heating nge-Stationary External Induction Coil

Amakhoyili wokushisisa ongeniswa ngamakhoyili angaphandle agobile amiswe phezu kwesisekelo ngaphezu komgqomo wokomisa. Lapho isigubhu sokomisa sizungeza, ikhoyili yokushisisa i-induction ihlala imile. Uhlelo lokushisisa lokungeniswa lusebenza ukushisisa isigubhu esomisayo ngendlela esheshayo nephumelelayo.

4. I-Induction Heating nge-Stationary Induction Induction Coil

Amakhoyili wokushisa wokungenisa akhiqizwa ngokuhambisana nobukhulu besigubhu sokomisa, futhi afakwe ngaphakathi kwesigubhu. Lapho umshini wokomisa isigubhu ojikelezayo uzungeza, ikhoyili yokushisisa i-induction ihlala imile. Uhlelo lokushisisa lokungeniswa lusebenza ekushisiseni izinga lokushisa langaphakathi lomgqomo wokomisa.

5.I-Induction Heating nge-Stationary Multi-Turn Helical External Induction Coil

Amakhoyili wokushisisa ama-induction alinyazwa eduze nendawo yokusekela, futhi kunezikhala ezithile phakathi kwesekelo lekhoyili nesigubhu sokomisa. Lapho isigubhu sokomisa sizungeza, ikhoyili yokushisisa i-induction ihlala imile. Uhlelo lokushisisa lokungeniswa lusebenza ukushisisa isigubhu esomisayo ngendlela esheshayo nephumelelayo.

Ukushisa kwe-electromagnetic induction

Ukushisa kwe-electromagnetic kuphinde kubizwe ngokuthi ukufudumeza kwe-electromagnetic induction, okungukuthi, ukufudumeza kwe-electromagnetic (ulimi lwangaphandle: isifinyezo sokushisa kwe-Electromagnetic: EH) ubuchwepheshe. Umgomo wokushisisa kazibuthe ukukhiqiza inkambu kazibuthe eshintshanayo ngokusebenzisa izingxenye zebhodi lesifunda se-elekthronikhi. Okusho ukuthi, ukusika imigqa yamandla kazibuthe eshintshanayo kudala amandla ashintshayo (okungukuthi i-eddy current ) engxenyeni yensimbi engaphansi kwesiqukathi. I-eddy current yenza abathwali abangaphansi kwesiqukathi bahambe ngesivinini esikhulu futhi ngokungajwayelekile, futhi abathwali nama-athomu ashayisane futhi akhuhlane ukuze akhiqize amandla okushisa. Ukuze kube nomthelela wokushisisa into. Ngenxa yokuthi isiqukathi sensimbi sikhiqiza ukushisa ngokwaso, izinga lokuguqula ukushisa liphezulu kakhulu, lifinyelela ku-95%. Kuyindlela yokushisa eqondile. I-induction cooker, i-induction cooker kanye ne-electromagnetic heat rice cooker konke kusebenzisa ubuchwepheshe bokushisisa nge-electromagnetic.

Ukubi kokushisa kwendabuko kokumelana

Ukulahlekelwa ukushisa okukhulu: Indlela yokushisa esetshenziswa ngokukhethekile amabhizinisi akhona yenziwe ngocingo lokumelana, futhi izinhlangothi zangaphakathi nangaphandle zendilinga zikhiqiza ukushisa. Emoyeni, kuzodala ukulahlekelwa okuqondile kanye nokuchithwa kwamandla kagesi.

Ukukhuphuka kwezinga lokushisa elizungezile: Ngenxa yenani elikhulu lokulahlekelwa ukushisa, izinga lokushisa lendawo ezungezile liyakhuphuka, ikakhulukazi ehlobo, okunomthelela omkhulu endaweni yokukhiqiza. Amanye amazinga okushisa okusebenza esizeni adlule amadigri angu-45. imfucuza yesibili.

Impilo yesevisi emfushane nokugcinwa okukhulu: izinga lokushisa lokushisa kwe-tube yokushisa kagesi liphakeme ngamadigri angu-300 ngenxa yokusetshenziswa kwentambo yokumelana, i-thermal lag inkulu, akulula ukulawula izinga lokushisa ngokunembile, futhi ucingo lokumelana ishaywa kalula ngenxa yokuguga kwezinga lokushisa eliphezulu. Impilo yesevisi yekhoyili yokushisisa kagesi evame ukusetshenziswa cishe isigamu sonyaka, ngakho-ke umsebenzi wokulungisa mkhulu kakhulu.

Izinzuzo zemikhiqizo yokushisa yokungeniswa kwe-electromagnetic

Impilo ende yesevisi: Ikhoyili yokushisisa ngozibuthe ngokwayo empeleni ayikukhiqizi ukushisa, ngakho-ke inempilo ende yesevisi, ayikhathaleli, futhi azikho izindleko zokuyilungisa nokushintshwa; ingxenye yokushisa ithatha isakhiwo sekhebula esimise okwendandatho, ikhebula ngokwalo alikhiqizi ukushisa, futhi lingakwazi ukumelana namazinga okushisa angaphezu kuka-500 ° C, impilo yesevisi efinyelela eminyakeni eyi-10. Asikho isondlo esidingekayo, futhi azikho izindleko zokuyilungisa esikhathini esizayo.

Iphephile futhi inokwethenjelwa: Udonga lwangaphandle lombhobho lushiswa isenzo sikagesi esinemvamisa ephezulu , ukushisa kusetshenziswa ngokugcwele, futhi akukho ukulahlekelwa. Ukushisa kunqwabelana ngaphakathi komzimba oshisisayo, futhi izinga lokushisa elingaphezulu lekhoyili kagesi liphakeme kancane kunezinga lokushisa legumbi, elingathintwa ngokuphepha ngaphandle kokuvikela izinga lokushisa eliphezulu, eliphephile futhi elithembekile.

Ukusebenza kahle okuphezulu nokonga amandla: Indlela yokushisa yangaphakathi iyamukelwa, futhi ama-molecule emzimbeni wokushisisa adonsa ngokuqondile amandla kazibuthe ukuze akhiqize ukushisa. Ukuqala okushisayo kuyashesha kakhulu, futhi isikhathi esimaphakathi sokushisa sifinyezwa ngaphezu kuka-60% uma kuqhathaniswa nendlela yokushisa ikhoyili yokumelana. Uma kuqhathaniswa nokushisa kwekhoyili yokumelana, kusindisa u-30-70% kagesi, okuthuthukisa kakhulu ukusebenza kahle kokukhiqiza.

Ukulawula izinga lokushisa okunembile: Ikhoyili ngokwayo ayikhiqizi ukushisa, ukuvinjelwa kokushisa kuncane, inertia eshisayo iphansi, izinga lokushisa lezindonga zangaphakathi nezangaphandle zomgqomo liyavumelana, ukulawulwa kwezinga lokushisa kunembile ngesikhathi sangempela, ikhwalithi yomkhiqizo ithuthukiswa kakhulu, futhi ukusebenza kahle kokukhiqiza kuphezulu.

I-insulation enhle: Ikhoyili ye-electromagnetic yenziwe ngamakhebula akhethekile akhethekile anezinga lokushisa eliphezulu nanamandla kagesi aphezulu, asebenza kahle ngokufaka ugesi, akukho ukuthintana okuqondile nodonga lwangaphandle lwethangi, akukho ukuvuza, ukwehluleka kwesekethe emfishane, futhi akukho zinkathazo.

Thuthukisa indawo yokusebenza: Umshini wokubumba umjovo oye waguqulwa imishini yokushisa ye-electromagnetic wamukela indlela yokushisa yangaphakathi, ukushisa kugxile ngaphakathi komzimba wokushisa, futhi ukuchithwa kokushisa kwangaphandle cishe akukho. Izinga lokushisa elingaphezulu lezinto zokusebenza lingathuthukiswa kuze kufike lapho umzimba womuntu ungalithinta khona, futhi izinga lokushisa elizungezile liyancishiswa lisuka ngaphezu kuka-100 ° C lapho ikhoyili yokumelana ishiselwa ekushiseni okujwayelekile, okuthuthukisa kakhulu indawo yokusebenza yokukhiqiza. indawo, kwandisa ngempumelelo umdlandla wabasebenzi bokukhiqiza, futhi kunciphisa izindleko zokungenisa umoya nokupholisa endaweni yezitshalo zasehlobo. Ngokuhambisana nomqondo "wokuthambekela kubantu", sizodala indawo yokukhiqiza evumelana nemvelo, ephephile futhi enethezekile yamafekthri kanye nabasebenzi abaphambili abakhiqizayo.

Izicelo zokushisa kwe-induction:

I-Industrial electromagnetic energy-saving transformation isetshenziswa kabanzi ekuguquleni ukonga amandla okushisa kwemishini yepulasitiki, izinkuni, ukwakhiwa, ukudla, ezokwelapha, imboni yamakhemikhali, njengomshini wokubumba umjovo wepulasitiki, i-extruder, umshini wokufutha ifilimu, umshini wokudweba ucingo, ifilimu yepulasitiki, ipayipi, ucingo kanye neminye imishini, ukucubungula ukudla, izindwangu, ukuphrinta nokudaya, insimbi, imboni yokukhanya, imishini, ukwelashwa kokushisa okungaphezulu kanye nokushisela, ama-boilers, ama-boilers wamanzi nezinye izimboni, kungathatha indawo yokushisisa ukumelana , kanye nomlilo ovulekile wamandla wendabuko. .

Ukuphrinta kwendwangu kanye nokudaya: ukusetshenziswa kokushisisa kwe-electromagnetic ezintweni ezingavuthiwe kungathuthukisa ukusebenza kahle kwamandla, kukhuphule isivinini sokushisa, futhi kuthuthukise ukunemba kokulawula izinga lokushisa;

Imboni yokukhanya: ukuvalwa kwamathini nokunye ukupakishwa kwepulasitiki, njll.

Imboni ye-boiler: Isebenzisa isivinini sayo sokushisisa ngokushesha, i-boiler kagesi ingakwazi ukushiya yonke indlela yokushisisa ye-boiler yendabuko, futhi ishise kuphela ukuphuma kwamanzi kubhayela, ukuze ukugeleza kwamanzi kuqedele ukufudumeza kokugeleza, isivinini sokushisa. iyashesha, futhi isikhala siyagcinwa.

Imboni yemishini: I-high-frequency electromagnetic heat heat ingasetshenziswa ekwelapheni ukushisa ngezinsimbi, futhi umphumela wakho uba ngcono kakhulu uma uqhathaniswa nezindlela zokwelapha zendabuko . i-diathermy ngaphambi kokusebenza kwengcindezi;

Ukusetshenziswa kobuchwepheshe bokushisisa nge-electromagnetic akugcini nje ngokusiza ekuthuthukisweni kwekhwalithi yomkhiqizo, ukusebenza kahle kokukhiqiza, ukonga amandla kanye nokunciphisa izindleko, kodwa futhi nokuthuthukisa izinga lobuchwepheshe lamabhizinisi akhiqiza imishini. Yamukelwa kabanzi futhi isetshenziswa ezimbonini zendabuko.

 

 

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