Causas autem summus pressura compressor defectum sunt duo principalis condiciones, unum causatur a temperatus de summus pressura praesidium praesidio, alterum causatur a pressura de summus pressura praesidium.
Temperature-induced high-pressure protection of the compressor for more reasons: lack of refrigerant or the expansion valve is too small, the return air temperature is too high, it will lead to the exhaust temperature exceeds the protection temperature, causing temperature protection (accompanied by low-pressure); Redi temperatus est etiam princeps etiam ad exhauriunt Gas temperatus resurget, sed etiam producit temperatus protection (cum humili pressura); compressor si princeps temperatus packages compressor et expansion valvae est proxima ad invicem, temperatus sensorem deprehenderit temperatus est maior ipsa, unde in expansion valvae ostium est magna, in compressor non omnino evaporatur, pars liquidum in compressor non omnino evaporatur, in cooperatoris ad compressor non potest totaliter adpressor est in compressor et in cooperatoris, in cooperatoris in compressor non potest, ex parte liqui ad compressor non est omnino in compressor est in compressor est admodum, ex parte liqui in compressor non potest esse, ex parte liqui in compressor non potest esse in coelestem, in compressor non potest, ex parte liquidi in cooperatoris in compressor non potest esse in compressor in compressor est adeoque, ex parte liqui in cooperatoris, unde in compressor in compressor est, ex parte liquidi in compressor non potest, ex parte liquido in cooperatoris, unde in compressor in compressor est in comparatione, inde in compressor et in comprehendendo, ex parte liqui in cooperatoris, inde liquido; also pay attention to the condenser cleaning problem, condenser surface if there is often dust oil, will lead to the ambient temperature heat transfer is not normal, which further results in condensing the temperature, condensation is reduced, the pressure from the exhaust to the condenser section of the tube increases, the compressor exhaust gas pressure and temperature is high ( Temperature protection); In addition, in compressor si oleum penuriam vel motricium afferentem damnum, motricium calefactio, calor non distribui in opportune modo, erit quoque causa temperatus praesidium; Est etiam a situ est præcipiens iniuriam refrigerare, refrigerare genus est aliud, correspondentes oleum, calor exchanger, expansion valvae matching et refrigerandum præcipientes moles est etiam diversis.
Compressor excelsum pressura praesidio causa per pressura est etiam maxime ad refricantium et pipe dictum. Excessive refrigerant charge will cause liquid hammer phenomenon, compressor compression difficulties, load overload, resulting in high-pressure protection (temperature protection), when the pressure does not necessarily rise, but high-pressure protection will certainly be due to increased motor heating accompanied by a rise in temperature; Pipeline-related problems sunt duplex: primo, in pipeline est sordidum et adhaerent, ut adulteribus odio, capillaribus fistulam lusit, etc., unde auctus exhaurit, quod rursus providet summus pressura praesidium. Secundum est quod non est aere in pipework, quod facit compressio difficile et ducit ad altum pressura praesidium. Denique humilis pressura est humilis, principalis causas huius rei defectum refrigerandi; calor exchanger vel filter LENTUS; Electronic expansion valvae est parva; Fan celeritate evaporation pars humilis vel cessavit; Et REFFRIGERATIO ratio est semi-capax (sordida lustra, glacies clogging, oleum clogging).
Post tempus: Iul-12-2023
