AC SYSTEM EVAPORATOR na KARRY
1 A11-5305170 VENT-SINGLE
2 A11-8107023 CORE-RADIATOR
3 A11-8107017 GIDAN HANKALI
4 A11-8107045 GRILLE KYAUTA
5 A11-5305110 VENT ASSY-FOOT
6 A11-5305190 VENT - BIYU
7 A11-5300640 TATTACCEN CIYAR ISKA
8 A11-8107021 CORE-EVAPORATOR
9 A11-8107015 GIDAN GASKIYA - CIN ISKA
10 A11-8107019 GIDAN HANKALI
11 A18-8107027 FAN ASSY-GENERATOR
12 A18-8107010AL HVAC ASSY
13 A11-8107013 NUT-FIX EVAPORATOR
14 A11-8107011 GASKET
15 A11-8107025 PIPE-DRAIN
16 N90267201 BOLT
Na'urar sanyaya iska ta mota wani nau'in na'ura ne akan motar, wanda zai iya sanyaya, zafi, shaka da kuma tsarkake iskar da ke cikin abin hawanmu. Domin kuwa motar wani wuri ne da ba a rufe ba, rashin isasshen iska na dogon lokaci zai sa mu gaji, wanda kuma matsala ce ga direbobi kuma ba za su iya tuki da kyau ba, a cikin mawuyacin hali, za a iya samun wasu haɗari na aminci, don haka. yanzu na'urorin sanyaya iska sun zama daya daga cikin alamomin auna ko ayyukan motar sun cika.
Tsarin tsarin tsarin kwandishan daban-daban ya bambanta. A halin yanzu, haɗaɗɗen sanyaya da dumama tsarin kwandishan ana amfani dashi sosai a cikin motoci. Nau'in tsari shine a haɗa evaporator, radiator na iska mai dumi, na'urar busa ta tsakiya da injin sarrafawa tare, wanda ake kira taron kwandishan.
Gabaɗaya abun da ke ciki da aikin tsarin kwandishan mota
Tsarin kwandishan gabaɗaya ya ƙunshi tsari biyar masu zuwa:
(1) Na'urar firiji: sanyaya ko rage humidist iskar cikin gida ko kuma iskar da ke shiga motar daga waje, ta yadda za a sanya iskar cikin gida ta yi sanyi da dadi.
(2) Na’urar dumama: ana amfani da shi ne wajen dumama, dumama iskar da ke cikin mota ko kuma iska mai dadi da ke shiga motar daga waje, ta yadda za a cimma manufar dumama da huda.
(3) Na'urar iska: ana tsotse iskar da ke waje a cikin dakin mota don samun iska da iska. Hakazalika, iskar iskar shaka tana taka rawar gani wajen hana kyallen iska daga hazo.
(4) Tsarin tsabtace iska: cire ƙura, wari, iskar hayaki da iskar gas mai guba a cikin iska na cikin gida don tsabtace iska na cikin gida.
(5) Tsarin sarrafawa: sarrafa zafin jiki da matsa lamba na tsarin sanyi da dumama, da sarrafa zafin jiki, ƙarar iska da tafiyar da iska na cikin gida, don inganta aikin yau da kullun na tsarin kwandishan.
Ka'idar aiki na na'urar sanyaya iska
1.Tsarin matsawa: compressor yana tsotsar iskar gas mai ƙarancin zafi da ƙarancin matsi a bakin magudanar ruwa, yana matsar da shi cikin zafi mai zafi da iskar gas, sannan yana fitar da shi daga na'urar.
4. Tsarin Endothermic: ruwa mai sanyin hazo yana shiga cikin evaporator. A wannan lokacin, wurin tafasa na refrigerant yayi ƙasa sosai fiye da yanayin zafi a cikin evaporator, don haka ruwan sanyi yana ƙafewa zuwa gas. A cikin tsarin fitar da ruwa, ana ɗaukar babban adadin zafin da ke kewaye da shi, sa'an nan kuma 'turin refrigerant tare da ƙananan zafin jiki da ƙananan matsa lamba' ya sake shiga cikin kwampreso. Ana aiwatar da tsarin da ke sama akai-akai don rage yawan zafin jiki na iska a kusa da evaporator.
1.Tsarin matsawa: compressor yana tsotsar iskar gas mai ƙarancin zafi da ƙarancin matsi a bakin magudanar ruwa, yana matsar da shi cikin zafi mai zafi da iskar gas, sannan yana fitar da shi daga na'urar.
4. Tsarin Endothermic: ruwa mai sanyin hazo yana shiga cikin evaporator. A wannan lokacin, wurin tafasa na refrigerant yayi ƙasa sosai fiye da yanayin zafi a cikin evaporator, don haka ruwan sanyi yana ƙafewa zuwa gas. A cikin tsari na evaporation, babban adadin zafi da ke kewaye da shi yana tunawa, sa'an nan kuma tururi mai sanyi tare da ƙananan zafin jiki da ƙananan matsa lamba ya sake shiga compressor. Ana aiwatar da tsarin da ke sama akai-akai don rage yawan zafin jiki na iska a kusa da evaporator.
1.Tsarin matsawa: compressor yana tsotsar iskar gas mai ƙarancin zafi da ƙarancin matsi a bakin magudanar ruwa, yana matsar da shi cikin zafi mai zafi da iskar gas, sannan yana fitar da shi daga na'urar.
4. Tsarin Endothermic: ruwa mai sanyin hazo yana shiga cikin evaporator. A wannan lokacin, wurin tafasa na refrigerant yayi ƙasa sosai fiye da yanayin zafi a cikin evaporator, don haka ruwan sanyi yana ƙafewa zuwa gas. A cikin tsari na evaporation, babban adadin zafi da ke kewaye da shi yana tunawa, sa'an nan kuma tururi mai sanyi tare da ƙananan zafin jiki da ƙananan matsa lamba ya sake shiga compressor. Ana aiwatar da tsarin da ke sama akai-akai don rage yawan zafin jiki na iska a kusa da evaporator.
