Xa ukhetha i-radiator kwindawo yokuqala, kufuneka uqale ukusuka kwimilinganiselo yegumbi, ukutshintshwa kobushushu obufunwayo kunye neemfuno zolu hlobo lokutshisa indlu (i-centralized or individual).
Yiyiphi i radiator eyokukhetha?
Ngaphambi kokuba uye kwivenkile ekhethekileyo, kufuneka ucacise amanye amanqaku. Ezi zibandakanya uxinzelelo osebenzayo kunye novavanyo lwenkqubo. Ubushushu obuphezulu bokufudumeza kunye nobubanzi beepayipi zombhobho nazo zibalulekile.
Kufuneka sifundwe ukuba uxinzelelo lovavanyo kufuneka lugqithise ngeyodwa okanye ezimbini i-atmospheres ingcinezelo yokusebenza. Ukuba sithetha ngesakhiwo esikhuphuke phezulu, kuya kufuneka siqwalasele ingcinezelo yexinzelelo kunye ne-acidity ye-coolant ekhethiweyo.
Ukubalwa kwenani lamacandelo e-radiator
Kukho iindlela eziliqela zokubala inani lamacandelo: ngommandla, ngokomthamo, okanye ngokubala ngokugcwele, ukuqwalasela zonke izinto. Cinga iintlobo ezimbini zokuqala zokubala kwenani lamacandelo e-radiators, oza kukwazi ukuhlala kuwo:
- umlinganiselo wokubala amacandelo athatha ingqalelo kwivolumu yegumbi ngu-41 W: ubalela ivolumu kwaye uyayandisa nge-coefficient, uze uhlule inombolo ephumayo ngokudluliselwa kwentsha yesigaba esisodwa se-radiator ekhethiweyo kwaye uyijikeleze kwinani;
- ukubala indawo yegumbi esithatha i-coefficient ye-100 W kwaye siyiphindise ngokubaluleka kwendawo yecandelo, kwaye ukwahlula ngotshintsho lokushisa kwecandelo elinye kunye nokujikeleza (apha siyakuqwalasela iibhaloni kunye neloggias kwaye songeza i-20%).
Ukutshaya i-Radiators - Iintlobo kunye neNzuzo
Ngokusemgangathweni, yonke imodeli ihlulwe ngokusekelwe kwimiba esetyenziswayo kunye nohlobo lokwakha. Makhe sicinge ngezinto eziphambili ze-radiator.
- Sensimbi . Le ntlobo nayo ingafumaneka kwiinguqulelo ezimbini: ipaneli okanye i-tubular. Isakhiwo sepaneli ezimbini iiplatinum kunye nabaqokeleli-baqokeleli okanye iziteshi zokuxhuma. Olu hlobo lubonakaliswe ukutshintshwa kobushushu obuphezulu kunye ne-inertia encinci, evumela ukusetyenziswa kwezixhobo ezizenzekelayo kumgaqo. Uhlobo lwe-Tubular lubaluleke kakhulu ngobuchule obuphezulu ngenxa yoyilo lwezinto eziqhelekanga. Esi sisisombululo esihle kwizakhiwo eziphakamileyo. Batshintshiselwa ukushisa okuphezulu kwaye ngelo xesha lixabiso eliphantsi.
- Intsimbi yesinyithi . Phakathi kweentlobo ezahlukeneyo zama-radiators, ukufudumala kukude. Indawo yabo ebuthathaka - abahluphekanga ngokusatshiswa kwamanzi. Banjalo banzima kakhulu xa befakiwe, kwaye ukubonakala kwabo akubonakali kangako.
- Aluminium . Amandla alolu hlobo abonakalisa ukubonakala, ukulungelelaniswa koyilo kunye nombane ophezulu wokushisa ngesisindo esiphantsi. Ngaphambi kokuba ukhethe ukushisa i-radiators ukusuka kwi-aluminium, kufuneka unqume uhlobo lwenkithi:
- ingaba yindibano yamacandelo ngamanye okanye ama-extrusion model kunye noxhumo lomatshini ngamacandelo amathathu. Kubalulekile ukuthobela ukuthotyelwa ngokuthe ngqo kwimizi yamakhemikhali ye-coolant. Umgca wendlela enjalo yindlela elula kakhulu
I-LV engathathi hlangothi, enzima ukuyigcina kwindawo yokufudumala ephakathi kunye nokuzimela. - Bimetallic . Le ngenye yezisombululo zendalo yonke yombuzo wokukhetha iiraterethi zokutshisa. Yenza lo hlobo lwensimbi kunye ne-aluminium. Ngenxa yoko, ukuhlanganiswa kokutshintshwa kokushisa okuvela kwiintlobo ezimbini ezahlukeneyo ze-radiator kuyatholakala. Inxalenye yangaphakathi, edibana ne-coolant, yenziwe yintsimbi. Kwaye ngenxa ye-aluminium, le radiator inomlinganiselo omkhulu wokushisa nokunyusa ubomi benkonzo yesakhiwo. Ukongeza kuzo zonke iingenelo, olu hlobo lwe-radiator luneklanyelwe yinto yangoku.