Kusebenza kanjani ukufudumeza kwendlu yokugezela ebusika! Ukuphuma kokugeza okufudumele noma umphefumulo ofudumele, ngifuna ukuzithola usegumbini elifudumele elifanayo. Nemindeni enezingane, ukufudumeza indlu yokugezela iba yimpoqo. Ngokuyisisekelo, ama-heater, ama-radiator namabhethri asebenzisa njengabashisi namabhethri. Kodwa-ke, manje kunezinye izindlela eziningi eziphumelelayo zokushisa izindlu zangasese, esizokhuluma ngazo kulesi sihloko.
Izidingo
Nakanjani zonke izinhlobo zokushisa zokugeza kufanele zihlangabezane nalezi zidingo ezilandelayo:
- Kufanele ziguqulwe ukuze zisebenzele umswakama ophezulu, okungukuthi, zivikelwe kusuka ku-aqued spread, amaconsi abukhali okushisa nokugqwala.
- Kumele uhlale njengendawo encane ngangokunokwenzeka, ngoba, imvamisa yokugezela mincane, futhi indawo ngayinye kuyo isivele inenhloso yayo.
- Kufanele sibe namandla adingekayo anele ukushisa igumbi lokugezela.
- Amandla we-heater kufanele aphephe kuwona womabili amakamelo nawokuhlala kubantu abahlala endlini, ikakhulukazi izingane.
- Amadivaysi okushisa kufanele abukeke abuhlakani futhi abuhle. Kungaba kuhle uma bezolingana nesitayela sezangaphakathi futhi hhayi ukonakalisa ingemuva elijwayelekile.
Ukubukisisa
Ngenhlanhla, manje kunamadivayisi amaningi okugeza okugeza. Zibheke ngemininingwane eminingi.Ama-radiator wokushisa amanzi aqhamuka e-aluminium nethusi
Esikhundleni salokho, ama-radiator amadala anamafu anamafu anamafu, asungula ama-radiator akhanyayo anele, ama-radiator abukeka kahle avela ku-aluminium nethusi. Ngokungafani nabanduleli bayo, bafudumeza ngokushesha kakhulu, futhi ngenxa yalokho, igumbi lifudunyezwa esikhathini esifushane. Ama-radiator alolu hlobo yi-aluminium ne-copper-aluminium. Ngenxa yokwakheka kwalezo ze-radiator, izinga elifunekayo lomswakama ligcinwa egumbini. Zishibhile, futhi zinesisindo esingaphansi kakhulu kunama-radiator wensimbi, okwenza lula inqubo yokufaka.
Iphaneli (infrared)
Ziyahlukahluka kusuka ekushiseni kukagesi okujwayelekile ngokushisa hhayi umoya ngaphakathi, kodwa izindonga eziqondile nobulili. Indawo yephaneli heater isebenza njengophahla. Le divayisi yenziwa ikakhulukazi ngepuleti lokufaka elishisayo kanye ne-quartz emutter. Kufudumele kuze kufike ku-260 ° C, ngosizo lwe-quartz emitter, imisebe ye-infrared iqondiswe phansi, izindonga, izinto kanye nabantu.
Le divayisi ayinasici ngokuphelele. Kufudumeza ngokushesha futhi kucime ngokwako uma kufinyelela izinga lokushisa eliphakeme. Enye inzuzo ebalulekile yephaneli heater ukuthi ungakhetha ukuqondiswa kwemisebe ye-infrared ngokwakho, ufudumeza izingxenye ezihlukile zegumbi lokugezela noma elinye igumbi. Lokhu kukuvumela ukuthi ugcine ugesi omningi, ngaphandle kokuchitha imali etshaliwe, kodwa ezintweni ezithile. Ngasikhathi sinye, kungasebenza kunoma yiliphi izinga lomswakama.
Kodwa-ke, qiniseka ukuthi ucacisa ukuthi inketho ekhethiwe ilungele indlu yokugezela, njengoba amanye amamodeli enikezwe kuphela indawo yokuhlala neyehhovisi. Naphezu kweqiniso lokuthi izindleko zokushisa kwephaneli ziphakeme kancane kunezinye izinhlobo zokushisa amasistimu, impilo yabo ende yesevisi nokusebenzisa kalula kuzokhokha zonke izindleko zokuthenga.
Imodemu ye-infrare enesimo
Njengakwamanye amadivaysi, ingxenye eyinhloko ye-heater enjalo yinto eshisa equkethe i-powder ekhethekile ngentambo ye-nichrome ngaphakathi. Ingxenye yokushisa ihlanganisa icala laseLilHoune, elifana nesimo esifana nepaneli le-ceramic elimnyama. Le divayisi ibhekwa njengodonga. Ngaphandle, kubukeka kuyinto enhle futhi yesimanjemanje.
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Ngenxa yokwakheka okuguquguqukayo, usayizi namandla wedivayisi kungashintshwa. Ukulawulwa kokushisa kanye noshintsho lwemodi kwenziwa kusetshenziswa iphaneli ye-thermostat ne-control panel. Ngaphakathi kwe-heater ingafudunyezwa ku-350 ° C, futhi umzimba uphezulu ku-60 ° C. Idivayisi ibonakala ngokuphepha kukagesi okuphezulu futhi ilungele ukusebenza emakamelweni anomswakama ophezulu.
Kunokuguqulwa kwale heater, okusebenza ngaphandle kwemisebe ye-infrared. Iphinde ibonakaliswe design modular, kepha ibukeka njengephaneli esobala ngezimpumputhe eziqondiswe ezivuselelwe. Ukuphuma komoya okufudumele okuvela kwiphaneli kufana nomoya ofudumele kusuka ku-heater fan heater, ngaphandle kwezingxenye ezinyakazayo nomsindo kudivayisi.
Amafutha
Enye yezinhlobo ezaziwa kakhulu zokushisa ama-radiator amafutha. Ziyabonakala efulethini nasezindlini zangasese, kanye nasemahhovisi. Zixutshaniswa kalula, imvamisa yokugezela iyashanela ngokunembile nale divayisi. Baphephile futhi banawo umthamo we-1000-2500 W. Ziqukethe izindlu zensimbi lapho kutholakala khona ugesi. Isikhala esingaphakathi sesindlu sigcwele ngamafutha amaminerali.
Ugesi ushisa ukuvunguza, ukushisa kwalo kudluliswa ngamafutha. Ngenxa yokuthi amafutha abilayo afudumeza izindlu uqobo, bese umoya wekamelo.
Ama-radiator kawoyela ajwayele ukwakhiwa kusuka ezingxenyeni ezincane zensimbi ezifana nefomu lembambo. Amandla okudluliswa kokushisa ancike ngobuningi babo. Inzwa ye-othomathikhi ilungisa izinga lokushisa le-radiator. Lapho ishibilika, iyeka umsebenzi, futhi lapho izinga lokushisa lincipha, liphenduka i-heater.
Izinzuzo ze-heater enjalo ngu:
- phezulu, kepha ngasikhathi sinye lokushisa eliphephile (ama-600 degrees Celsius);
- Ayikho imisindo lapho isetshenziswa; Ukutholakala kwama-automater; Imishini enamasondo, lapho i-radiator kulula ukusuka endaweni ethile iye kwenye, futhi isuka kwelinye igumbi liye kwelinye.
Ama-radiator kawoyela athathwa njengengaphephile, afudumele afinyelela ku-1200 s futhi awanayo i-thermostat. Amanye amamodeli afakwe nge-ionizer yomoya. Inikeza umswakama egumbini futhi ivimbele ukoma komoya.
Ububi be-heater kawoyela ukuthi bahamba kancane ngokuqhathaniswa nezinye izinhlobo zokushisa. Ngaphezu kwalokho, usayizi wabo udinga isikhala esithile segumbi. Ungahlangabezana futhi amamodeli anjalo amaphunga amangalisayo asabalalisa ngesikhathi sokusebenza.
Ukufakwa kweConector (electroconvector)
Ama-Heater Checking Aerters ahlala endaweni yokuhlala, ihhovisi nezinye izakhiwo. Inamandla afinyelela ku-2500 W. W. Liqukethe icala lensimbi elingunxande kanye nokushisa okuvunguza ngaphakathi. Ukudlula engxenyeni yokushisa, umoya obandayo uphenduka ufudumele. Ukubuyela kwi-radiator, umoya ushisa insiza uqobo. Ukufakwa kweContctor kufakwa phansi phansi nasezindongeni. Ukusebenza kwabo kuyanda uma bebabeka ngezansi.
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Amamodeli afakwe ngento yokushisa kusuka ku-ceramics awashisi umoya. Futhi njengoba kusetshenziswe egumbini lokugezela kukhiqiza amamodeli akhethekile angasebenza ngokuswakama okuphezulu. Ngakho-ke, izinzuzo ze-heater ye-center, akukho msindo lapho zisebenza, amathuba okufudumala, ukushesha, amandla okuhlangana isikhathi eside, amandla okucophelela, ukungcola komswakama, ukuphepha komzimba, ukuphepha, Idizayini enhle.
Ukudonsa emuva kuyisidingo sabalandeli esakhelwe ngaphakathi, esiphoqelekile ukusheshisa inqubo yokufakelwa kwezakhiwo. Kodwa-ke, kulokhu, idivaysi izosebenza ngomsindo. Kufanele futhi kuqashelwe ngento entshakazi yakamuva phakathi kokufakwa kweConterctor, okubizwa ngokuthi ngumhlangano wamafilimu. Ngaphandle kwangaphandle kubukeka njengomugqa, ukulengiswa noma ezindongeni noma emnyango noma emafasiteleni.
Okokufudumalisa
Vele, lolu hlobo oluthile lwamadivayisi okushisa lulula futhi lungabizi zombili ngentengo nakwamanye amapharamitha. Le yindlela esheshayo yokufakelwa kwamakamelo amancane. Ngakho-ke, kuvame ukufakwa endlini yokugezela. Amandla we-fan heater ayahlukahluka kusuka ngo-2000 kuya ku-2500 W. Ama-Fan Heater angezindlela ezahlukahlukene, kepha njengomthetho, osayizi abancane.
Ngenxa yokuhlangana kanye nokukhululeka kwabashisi abalandeli, bangafakwa phansi, nasezindongeni, ngisho nangaphezulu kwefenisha ebushelelezi noma iwindi. I-fan heater kusuka ecaleni lepulasitiki, fan kanye nokushisa okufudumele. Ukushisa okuvela kwimiklamo eshisayo (kufinyelela inani eliphakeme lama-degrees angama-800) ngosizo lwabalandeli abadluliselwa ngaphandle, okungukuthi, egumbini. Ngakho-ke, izinzuzo zokushisa kwabalandeli zingabikwa: ukufudumala kwazo ngokushesha kwekamelo, ukukhululeka kokulawula, usayizi omncane, ukubukeka okukhangayo.
Okubi kubandakanya: umsindo ocasulayo, oshicilelwe kusuka ku-fan ngesikhathi sokusebenza kwensiza, kanye nephunga elingathandeki elivela uma uthuli luhlangene ekuvumeni.
Inverter Air conditioner (amaphampu emoyeni womoya)
Kuyinto imishini emunca umoya omusha ovela emgwaqweni wenza kube fudumele futhi udlulisele endlini. Lo msebenzi wenziwa yipompo yokusungula. Umsebenzi we-application kangaka ubhekwa njengobungane kakhulu ngemvelo, uma ubheka iqiniso lokuthi idivaysi ayibunzi izinto eziyingozi ngesikhathi sokusebenza.
Izinzuzo zayo, zifaka ikakhulukazi iqiniso lokuthi idivaysi yokushisa kanye nomoya womoya ahlanganisiwe. Okwesibili, i-Inverter Air Conditioner isebenza kahle kakhulu. Iyakwazi ukusebenza ezimeni ezinjalo lapho ku-2 degrees Celsius. Ubunzima obukhulu buyizindleko zabo eziphakeme.
Ibhethri lensimbi yengulube
Inketho ejwayelekile yokushisa igumbi, ngaphandle kwalokho, kushibhile uma kuqhathaniswa nezinye izinhlobo. Ukulimala okuzinzile, inketho eqinile nethembekile ezokusebenzela iminyaka eminingi. Okubi kakhulu kungukudlulisa ukushisa okubuthakathaka nokusinda.
Ibhethri lensimbi
Kuyinto esebenzayo kakhulu yokushisa. Ibonakala ngokudluliswa okuphezulu okuphezulu, ukufakwa kalula kanye nokwanda kwe-inertia ye-thertia. Okubi yimizwa yokuzwela kwensimbi kuya kumswakama.
Bala amandla adingekayo
Amandla wedivayisi yokushisa ayisici sayo esibaluleke kakhulu. Iqondiswa yile nkomba, udinga ukuthenga i-heater eyodwa noma kwelinye igumbi. Ukuze unqume ngamandla, udinga ukwazi indawo yegumbi.
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Ngezansi uhlu oluncane olunezinkomba zesikwele okudingeka ukwehle, futhi kudingekile ngalo mandla:
- Ngo-5-6 sq.m. Kuzothatha ama-Watts angama-500.
- Ngo-7-9 sq.m. Kuzothatha u-750 W. W.
- Ngo-10-12 sq.m. Kuzothatha i-1000 W.
- Ngo 12-14 sq.m. Kuzothatha u-1250 W.
- Ngo-15-17 sq.m. Kuzothatha ama-watts ayi-1500.
- Ngo-18-19 sq.m. Kuzothatha u-1750 W.
- Ngo-20-23 sq.m. Kuzothatha 2000 W.
- Ngo-24-27 sq.m. Uzodinga ama-watts angama-2500.
Izindlela ezingezekile zokushisa kwendlu yokugezela
Ngaphezu kwezindlela ezichazwe ngenhla zokushisa kwendlu yokugezela, kunezindlela eziningi ezingejwayelekile:
- indlu yokugezela evuthayo enesitezi esifudumele;
- Ngosizo lohlelo olushisayo lwe-plinth;
- Ujantshi wethawula elifudumele.
Indlela yokuqala isho ukwesekwa kokushisa okufudumele egumbini lokugezela elinesitezi esifudumele, okwenziwa ngezintambo zikagesi ezibekwe yizinhlaka eziphansi. Le ndlela, efana nezinye izindlela, inezinzuzo eziningana nobunzima. Ububi bokushiswa kwaphansi bungabikwa, ukungabaza okuvame kakhulu ngokuphepha kukagesi kwamanje ngaphansi kwezinyawo zabo, okungukuthi, mayelana nokufakelwa kanye noxhumana nabo; Mayelana nezinkambu ze-electromagnetic ezingalimaza impilo, kanye nezindleko ezibizayo zokuthenga nokufaka uhlelo olunjalo. Ngaphezu kwalokho, ukufaka uhlelo lokushisa kwaphansi, kuyadingeka ukwandisa ubukhulu besitezi esivele sikhona ngomunye amasentimitha ambalwa, okungathandeki ezindaweni zokugezela ezinokuphakama kwamamitha ayi-2,5.
Izinzuzo zale ndlela zifaka induduzo, ukulula ukusebenza nokwethembeka. Ngaphezu kwalokho, lokhu kungabaza ngokuphepha kohlelo akuhlosile, futhi isiqinisekiso sabasebenzi bakhe bafinyelela iminyaka eyi-15.
Naphezu kweqiniso lokuthi uhlelo ngokwalo alubizi, lungokwezomnotho ngokwanele:
- Ngenxa ye-thermostat, ukushisa kuvulwa isikhashana.
- Uhlelo ngokulinganayo lushisa yonke indlu yokugezela futhi likhulule ngesidingo sokubeka amanye amadivaysi okushisa ahlala, uma kancane, khona-ke indawo eyanele egumbini lokugezela.
"Ama-Plinths Ashisayo"
Umnyombo wohlelo ukuthi esikhundleni sama-plinths ajwayelekile phansi egumbini, izigaba ezikhethekile ziboshwe ngento yokushisa ngaphakathi, ebukeka njenge-plinth ejwayelekile. Izingxenye zenziwa ngamatshe e-porous, futhi zibonakaliswa ngamandla aphezulu, ukuqina kanye nokuqina komswakama. Le ndlela yokushisa indlu yokugezela isebenza kakhulu futhi ayihlali ndawo.
I-Featwed Towel Rail
Imibhoshongo ehlukanisiwe kagesi nokusebenza ngomgomo wokushisa kwamanzi. Akunakushiwo ukuthi bafudunyezwa kahle ngendlu yokugezela, kepha bayakwazi ukugcina izinga lokushisa elihle lasendlini. Badinga ukuhlanganiswa nezinye izindlela zokushisa indlu yokugezela. Isibonelo, ngamaphansi efudumele.
Ungayikhetha kanjani i-radiator enhle kakhulu?
Ngaphambi kokuthenga uhlobo olulodwa noma olunye lwe-heater, okokuqala ngqa ukunquma kwisabelomali sakho futhi ucacisa ngokucacile izidingo zakho ze-heater. Ungakhohlwa ngezidingo ezijwayelekile zazo zonke izindlela zokushisa.
Indlela yokushisa indlu yokugezela ingcono kakhulu ukucabanga ngesigaba sokulungisa, ngoba kuleli cala awukwazi ukubekezelela ekukhetheni futhi ufake uhlobo lwe-heater elula kakhulu, elisebenzayo nelinjalo. Kunoma ikuphi, thola ngazo zonke izinzuzo namaminithi wenketho ekhethiwe.
