sorry, no.
No
No
Putting R134A into a R22 compressor can lead to several issues. R22 and R134A have different pressure and temperature characteristics, which can cause the compressor to operate inefficiently or even damage it. Additionally, R22 is a mineral oil refrigerant, while R134A requires a synthetic oil for proper lubrication, potentially leading to oil breakdown and compressor failure. Overall, using R134A in a R22 system is not advisable and can result in significant performance and reliability problems.
No R134a is used only the cars, and R22 is only used for home central ac system. If you would like more information about R134a you can log on to www.idqusa.com.
No, an R134a compressor cannot directly replace an R22 compressor due to differences in refrigerant properties and system requirements. R134a and R22 operate at different pressures and have different lubrication needs, so using an R134a compressor in an R22 system could lead to inefficiency or damage. If converting from R22 to R134a, the entire system, including the compressor, evaporator, and condenser, typically needs to be modified or replaced to accommodate the different refrigerant.
Can you mix r134a with r410a?
No, refrigerant R22 and R134A should not be mixed. R22 is a hydrochlorofluorocarbon (HCFC) refrigerant, while R134A is a hydrofluorocarbon (HFC). Mixing them can lead to improper system performance, potential damage to the compressor, and can also affect the efficiency of the cooling process. It's important to use the correct refrigerant specified for the system to ensure optimal operation and compliance with environmental regulations.
No. They use R22 or R410A. Cars use R12 (before 1993) and R134A (after 1993). You cannot mix them together.
No use R22. R134A is for automotive applications.
No
No
Yes, you can use R22 gauges for R134a, but it's important to note that the pressure readings will differ due to the different properties of the refrigerants. R22 gauges are designed for higher pressures compared to R134a, so you must be cautious when interpreting the readings. Additionally, ensure that the gauges are clean and free from cross-contamination to avoid impacting the performance of the R134a system. Always refer to the manufacturer's guidelines for specific applications.