Imakethe yokushisisa ibone ukwanda kwesidingo se ama-radiator aluhlaza okwesibhakabhaka, njengoba benikeza ukuthuthukiswa okucatshangwayo ngaphezu kwama-radiator kagesi endabuko. Lokhu kuthuthukiswa, kanye namasu okumaketha, kwenze abaningi bakholelwa ukuthi ama-radiator okushisa aluhlaza anikeza ukonga okubalulekile kubhili yakho kagesi. Kodwa yini ngempela ukushisa okuluhlaza okwesibhakabhaka futhi yiziphi izinzuzo nezingozi zalawa ma-radiators?
Kuyini ukushisa okuluhlaza okwesibhakabhaka?
Nakuba igama elithi "ukushisa okuluhlaza okwesibhakabhaka" lizwakala njengobuchwepheshe noma lithuthukile, Akulona uhlobo oluhlukile lwamandla, kodwa isu lokumaketha. Ukushisa okuluhlaza okwesibhakabhaka kusekelwe kumphumela we-Joule, owatholwa nguJames Prescott Joule ngo-1841. Lo mphumela usungula ukuthi lapho amandla kagesi edlula ku-conductor, ama-electron akhiqiza ingxenye yamandla ngendlela yokushisa ngenxa yokushayisana kwawo. Ngamanye amazwi, ukushisa okuluhlaza kuwukushisa okukhiqizwa ngendlela efanayo nasezintweni eziningi zikagesi, njengamahhavini noma izitofu.
Ngokusekelwe kulesi simiso somzimba, ama-radiators okushisa okwesibhakabhaka awakhiqizi ukushisa ngendlela ephumelelayo, kodwa Banezici ezengeziwe lokho kungasiza ukulawula ukusetshenziswa kangcono. Ngokwezinto ezibonakalayo, ama-radiator okushisa aluhlaza ama-radiator kagesi asebenzisa ukuthuthukiswa okuthile kwezobuchwepheshe ukuze abonakale esungula kakhudlwana.
Ama-radiator okushisa aluhlaza okwesibhakabhaka
Ama-radiator okushisa aluhlaza yinguquko yama-radiator kawoyela kagesi endabuko. Laba basebenzisa uketshezi lokudlulisa ukushisa olwaziwa ngokuthi ILanga Eliluhlaza (esikhundleni samafutha avamile) esiza ukugcina ukushisa isikhathi eside. Isakhiwo sangaphandle ngokuvamile senziwe nge-aluminium futhi amamodeli amaningi ahlanganisa isikrini sedijithali esiluhlaza okwesibhakabhaka ukulungisa izinga lokushisa, okunikeza ukulawula okukhulu ekusebenzeni kwaso. Kodwa nakuba banokuthuthuka kwezobuchwepheshe, ukusebenza kwabo okuyisisekelo kusengomphumela we-Joule.
Ukusebenza kwayo kulula: ukumelana okuxhunywe kugesi kagesi kushisa uketshezi lokudlulisa ukushisa kwe-Sol Azul, olugcina ukushisa futhi ludlulisele ku-aluminium ye-casing. Ngenxa ye-aluminium, ukushisa kusakazwa kahle kulo lonke igumbi ngokulinganayo.
Izinkolelo mayelana ne-radiator yokushisa eluhlaza okwesibhakabhaka
Imikhankaso yokukhangisa yalawa ma-radiators iholele enkolelweni yokuthi asebenza kahle kakhulu kunejwayelekile, okuwukuthi i-falso. Nakuba zifaka ukuthuthukiswa okuthile kwezobuchwepheshe (njengama-thermostats noma izibali sikhathi), Akuwona ama-radiators asetshenziswa kancane. Ukukhiqiza ukushisa kusetshenziswa ugesi kuhlala kunezindleko eziphezulu zamandla, kungakhathaliseki ukuthi intuthuko efakwe ocingweni.
Nakuba kufaneleka ukukwazi ukulungisa izinga lokushisa noma ukuhlela ukusebenza kwayo, lezi zici azigcini nje kuma-radiator okushisa aluhlaza futhi sezivele zikhona kubuchwepheshe bokushisa obuningi. Ngakho-ke, ukusebenza kahle kwangempela kwedivayisi akukona ukusebenzisa ugesi omncane, kodwa ekuvumeleni ukusetshenziswa okulawulwa kakhulu kwawo.
Izinzuzo zokusebenzisa i-radiator yokushisa eluhlaza okwesibhakabhaka
Nakuba ukushisa okuluhlaza kungekona ukuguquguquka okulindelwe abaningi, kunezinzuzo ezingenza umehluko ekunethezekeni nasekulawuleni ukusetshenziswa kwesikhathi:
- Ukonga amandla: Nakuba lokhu kulondoloza kungabalulekile njengoba kukhangisiwe, iqiniso lokukwazi ukulawula izinga lokushisa ngokunembile futhi uhlele ukusebenza kwakho usebenzisa ama-probe. ingagwema ukuchitha amandla.
- Ukugcina ukushisa okukhulu: Uketshezi lwe-Sol Azul lugcina ukushisa isikhathi eside kunamafutha avamile, okuvumela ukusebenza kahle kangcono lapho kushisisa igumbi.
- Iyacimeka futhi iyahleleka: Ukuba khona kwezibali sikhathi nama-thermostat kuvumela ukwenziwa ngokwezifiso okukhulu kokusetshenziswa, ukulungisa irediyetha ukuze ihambisane nezidingo eziqondile zomsebenzisi. Ngokukwazi ukuyihlela, kungenzeka ukuyivimbela ukuthi iqhubeke isikhathi eside kunesidingo.
- Ukusabalalisa okufanayo: Umoya oshisayo uphuma phezulu kurediyetha, oqinisekisa kangcono futhi ukusabalalisa ukushisa okusheshayo ekamelweni.
- Ukufaka okulula: Azidingi ukufakwa ezibizayo noma ezithile. Bamane baxhume futhi balungele ukuhamba.
- Azikhiqizi iphunga noma zimoshe: Ziyinketho ehlanzekile futhi yemvelo ngalowo mqondo, uma kuqhathaniswa nezinye izinhlelo zokushisisa ezikhipha amagesi angcolisayo.
nebubi
Akuzona zonke izinzuzo, futhi ama-radiators okushisa aluhlaza okwesibhakabhaka nawo anezinkinga ezibalulekile okufanele uzicabangele:
- Ukusebenza kahle kwamandla okulinganiselwe: Ukusebenza kahle kwabo kungu-100%, okungukuthi, baguqula wonke ugesi ekushiseni, okungase kuzwakale kukuhle. Nokho, ubuchwepheshe obufana amaphampu okushisa Bafinyelela ukusebenza kahle okungama-360%, okusho ukuthi badla ugesi omncane kakhulu ukuze bakhiqize ukushisa okwengeziwe.
- Ukusetshenziswa kukagesi okuphezulu: Nakuba zivumela ukulawula ukusetshenziswa, ukukhiqizwa kokushisa ngogesi kuhlala kubiza, ikakhulukazi uma kusetshenziswa njalo ezindaweni ezibandayo.
Ingabe ukushisa okuluhlaza kuyinketho yokushisisa engcono kakhulu?
Ukushisisa kusetshenziswa ukushisa okuluhlaza kungaba mnandi ezimeni ezithile, njengasezindlini ezinamakamelo amancane noma ngaphakathi izindawo ezifudumele lapho ukusetshenziswa kokushisa kugcina isikhathi. Kodwa-ke, ezindlini ezinkulu noma izimo zezulu lapho kudingeka khona ukushisisa njalo, kungase konge kakhulu futhi kusebenze kahle ukukhetha amasistimu afana namaphampu okushisa noma ama-radiator egesi.
Ukusebenza okwengeziwe nezici zeBlue Heat
Ama-radiators okushisa aluhlaza okwesibhakabhaka awagcini nje ngokushisa imvelo, kodwa kumamodeli wesimanje kakhulu ukusebenza okusha kuye kwanezelwa okwandisa ukukhanga kwabo. Imikhiqizo eminingi ihlanganisa izindlela zokusebenza zemvelo elenza ukusetshenziswa kahle, izitholi zokuba khona ezivula noma zivale irediyetha kuye ngokuthi igumbi lihlala kuphi, kanye nesilawuli kude ngezinhlelo zokusebenza zeselula.
Lezi zengezo zinikeza ukunethezeka okwengeziwe ezindlini ezifuna ukuzizwisa komuntu siqu kanye nokwenza ngokwezifiso ngesistimu yazo yokushisisa. Ngokufanayo, ubuhle balawa ma-radiator buthuthukile, ngemiklamo emihle kakhulu futhi ehlangene evumelana kangcono nendawo yokuhlobisa yekhaya.
Nakuba ama-radiator okushisa aluhlaza engesona isixazululo sazo zonke izinkinga zokushisisa, ziyindlela ehlukile ethokozisayo kulabo abadinga isistimu kagesi esebenza kahle, elula ukuyifaka futhi ekwazi ukunikeza izinga elamukelekayo lokunethezeka ezindaweni ezincane noma eziphakathi.