Uma ukhetha i-radiator endaweni yokuqala, kufanele uqale kusukela ubukhulu bekamelo, ukudluliselwa kokushisa okufisa kanye nezidingo zohlobo lokushisa komzimba (okuphakathi noma umuntu ngamunye).
Yimuphi i-radiator okumele uyikhethe?
Ngaphambi kokuya esitolo esikhethekile, kufanele ucacise amanye amaphuzu. Lokhu kufaka phakathi ukucindezelwa kokusebenza nokuhlolwa kwesistimu. Ukushisa okukhulu kokushisa nokuphakama kwamapayipi okudonsa nakho kubalulekile.
Kufanele kufundwe ukuthi ingcindezi yokuhlolwa kumele idlule ngokwemvelo eyodwa noma emibili ingcindezi yokusebenza. Uma sikhuluma ngesakhiwo esikhuphuka phezulu, kuzodingeka sicabangele ukucindezela kwamaconsi kanye ne-acidity ye-coolant ekhethiwe.
Ukubalwa kwenani lezingxenye ze-radiator
Kunezindlela eziningana zokubala inani lezigaba: ngendawo, ngevolumu, noma ngokubala okuphelele, ucabangela zonke izici. Cabanga ngezinhlobo ezimbili zokuqala zokubala kwenani lezingxenye zama-radiators, ongabambelela wena ekhaya:
- isici sokubala izigaba ezicatshangelwa ngevolumu yegumbi yi-41 W: ubala ivolumu bese uyilandisa ngaleli coefficient, bese uhlukanisa inombolo ephumayo ngokudlulisa ukushisa kwesigaba esisodwa se-radiator ekhethiwe futhi uyijikeleze kuze kube inombolo;
- ukubala indawo yekamelo sithatha umthamo we-100 W bese siwuphindisela ngendawo ebalwe ekamelweni, bese uhlukanisa ngokudluliswa kokushisa kwesigaba esisodwa futhi ujikeleze (lapha sicabangela ama-balconi kanye ne-loggias bese wengeza u-20%).
Ukushisa ama-Radiators - Izinhlobo nezinzuzo
Ngokwemvelo, wonke amamodeli ahlukaniswe ngokusekelwe ekusetshenzisweni okusetshenziselwayo kanye nohlobo lokwakha. Ake sicabangele izinto ezisemqoka zedijithali.
- Insimbi . Lezi zinhlobo zingabuyekezwa ngezihumusho ezimbili: iphaneli noma i-tubular. Isakhiwo sephaneli yi-platinum emibili eneziqoqo zokuqoqa noma iziteshi zokuxhuma. Lolu hlobo lubonakala ngokudluliswa kokushisa okuphezulu kanye ne-inertia encane, evumela ukusetshenziswa kwamadivaysi okuzenzekelayo ngomthethonqubo. Uhlobo lwe-Tubular luyinkimbinkimbi enkulu ngenxa yemiklamo engavamile yokuklama. Lesi yisisombululo esihle sezakhiwo eziphakeme. Bahamba ngokushisa okukhulu futhi ngesikhathi esifanayo izindleko eziphansi.
- I-Cast-iron . Phakathi kwezinhlobo ezahlukene zama-radiators, ukushisa kungukuphila isikhathi eside. Indawo yabo ebuthakathaka - abahlukunyezwa ngokuthungathwa kwamanzi. Zibuye zisebenzise kakhulu lapho zifakiwe, futhi ukubonakala kwazo akubonakali kangako.
- Aluminium . Amandla alolu hlobo awubukeka obubonakalayo, kulula ukuklama nokukhishwa okukhulu kokushisa ngesisindo esincane. Ngaphambi kokukhetha ukushisa ama-radiators kusuka ku-aluminium, kufanele unqume uhlobo lwekithi:
- Kungaba inhlangano yezigaba ngabanye noma izibonelo ze-extrusion ngokuxhumeka kwemishini yezigaba ezintathu. Kubalulekile ukulandela ngokuqinile ukubunjwa kwamakhemikhali we-coolant. Ukuphazamiseka kwesistimu enjalo kuyilanga elincane kakhulu
I-LV engathathi hlangothi, okuyinto enzima ukuyibuka ekushiseni okuphakathi nokuzimela. - I-Bimetallic . Lesi yisinye sezixazululo zomhlaba wonke wombuzo wokukhetha ama-radiators ekushiseni. Yenza lolu hlobo lensimbi ne-aluminium. Ngenxa yalokho, kutholakala ukuhanjiswa okuhle kokushisa okuvela ezinhlobonhlobo ezimbili zama-radiator. Ingxenye yangaphakathi, ehlangene ne-coolant, yenziwe ngensimbi. Futhi ngenxa ye-aluminium, leli radiator linomphumela oshisa kakhulu wokushisa futhi kwandisa impilo yesevisi yesakhiwo. Ngaphezu kwazo zonke izinzuzo, lolu hlobo lwe-radiator lubuye lube nomklamo wanamuhla.