China AC SYSTEM COMPRESSOR pro CHERY EASTAR B11 Fabrica et Supplier | DEYI
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AC SYSTEM COMPRESSOR pro CHERY Eastar B11

Brevis descriptio:

B11-8104021 BRACKET - COMPRESSOR
Q1841040 CLAVIS - HEXAGON LABIUM
Q184C1025 BOLT
MD317245 V BELT
B11-8104010 BRACKET ASSY - COMPRESSOR
Q14608100 BOLT
B11-8104017 PULLEY-COMPRESSOR
B11-8104310AB MAGNET CLUTCH
B11-8104010AB BRACKET ASSY - COMPRESSOR
B11-8105015 BOLT
11 T11-3708110 STARTER


Product Detail

Product Tags

B11-8104021 BRACKET - COMPRESSOR
Q1841040 CLAVIS - HEXAGON LABIUM
Q184C1025 BOLT
MD317245 V BELT
B11-8104010 BRACKET ASSY - COMPRESSOR
Q14608100 BOLT
B11-8104017 PULLEY-COMPRESSOR
B11-8104310AB MAGNET CLUTCH
B11-8104010AB BRACKET ASSY - COMPRESSOR
B11-8105015 BOLT
11 T11-3708110 STARTER

1. Processus compressionis: compressor temperatus et humilis pressuram refrigerantem gasum in exitu evaporatoris sugit, eum comprimit in vaporem altum et altum pressuram, et e compressore emittit.
4. Processus endothermic: caligo refrigerans liquor evaporatorem intrat. Hoc tempore, ferveret punctum refrigerandi plus quam temperatus in evaporatore est inferior, sic liquor refrigerans in gas evanescit. In processu evaporationis, magna copia caloris ambientis absorbetur, et tunc vapor refrigerans cum temperatus humilis et pressus humilis iterum compressor intrat. Processus supradictus saepe exercetur ad minuendam aeris temperiem circa evaporatorem.
1. Processus compressionis: compressor temperatus et humilis pressuram refrigerantem gasum in exitu evaporatoris sugit, eum comprimit in vaporem altum et altum pressuram, et e compressore emittit.
4. Processus endothermic: caligo refrigerans liquor evaporatorem intrat. Hoc tempore, ferveret punctum refrigerandi plus quam temperatus in evaporatore est inferior, sic liquor refrigerans in gas evanescit. In processu evaporationis, magna copia caloris ambientis absorbetur, et tunc vapor refrigerans cum temperatus humilis et pressus humilis iterum compressor intrat. Processus supradictus saepe exercetur ad minuendam aeris temperiem circa evaporatorem.
1. Processus compressionis: compressor temperatus et humilis pressuram refrigerantem gasum in exitu evaporatoris sugit, eum comprimit in vaporem altum et altum pressuram, et e compressore emittit.
4. Processus endothermic: caligo refrigerans liquor evaporatorem intrat. Hoc tempore, ferveret punctum refrigerandi plus quam temperatus in evaporatore est inferior, sic liquor refrigerans in gas evanescit. In processu evaporationis, magna copia caloris ambientis absorbetur, et tunc vapor refrigerans cum temperatus humilis et pressus humilis iterum compressor intrat. Processus supradictus saepe exercetur ad minuendam aeris temperiem circa evaporatorem.


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