No,The differences are to great.You will end up with more problems than you want.10 seer condensor cant keep up with 13 seer evap.Suction pressure would be to much,and you never would acheive cooling temps.
it will work but you will not reach the rated seer rating. also you will have oil return problems due to less refrigerant volume (because the newer 13 seer units run a lower head pressure. this problem can be resolved by installing a thermostatic expansion valve (txv) but when it is all said and done just go to 410-a with both units because r-22 is not going to be reproduced after 2010.
It depends on what you want to do with the sytem. If it is and older condensor contact the supplier and ask for specifications on what the condensor does in 410A. It only depends on the different pressures in the system en the condensoing capacity at R410A.
Yes, but you will not get 13 SEER. Whether or not it will satisfactorily cool your home properly is a crap shoot due to the system being mismatched. But you can do it and it may work. Not understanding why you would do this as the indoor coil is the least expensive component in a CAC system.
CondenSER is correct. CondenSOR is not a real word. Regards!
It depends what you use more, A/C or heat. The SEER rating pertains to cooling efficiency. The HSPF pertains to heating efficiency.
it will work but you will not reach the rated seer rating. also you will have oil return problems due to less refrigerant volume (because the newer 13 seer units run a lower head pressure. this problem can be resolved by installing a thermostatic expansion valve (txv) but when it is all said and done just go to 410-a with both units because r-22 is not going to be reproduced after 2010.
It depends on what you want to do with the sytem. If it is and older condensor contact the supplier and ask for specifications on what the condensor does in 410A. It only depends on the different pressures in the system en the condensoing capacity at R410A.
Yes, but you will not get 13 SEER. Whether or not it will satisfactorily cool your home properly is a crap shoot due to the system being mismatched. But you can do it and it may work. Not understanding why you would do this as the indoor coil is the least expensive component in a CAC system.
Some units use orifice tubes and some units use thermostatic expansion valves to meter the refrigerant, but in either case it will be found between the condensation coil and the evaporator coil. Usually just before entering the evaporator coil.
The refigerant gas 134a is used in the evaporator and condensor and many brands of 134a contain ester oils, so yes.
is use when the coil would be come to long for a single circuit
Soak a rag in bleach, then spray the coil with Windex (it's what I always use). Wipe clean with the bleach rag and enjoy!
To check for a dirty evaporator coil, first, turn off the HVAC system and access the coil, typically located within the air handler or indoor unit. Examine the coil visually for dust, dirt, or debris buildup on its surface. You can also use a flashlight to inspect hard-to-see areas. If the coil appears dirty, it may need cleaning, as a dirty coil can hinder efficiency and airflow.
Yeah, you could. But you must replace the evaporator coil inside it to get the 13SEER. With all of that work and a 19 year old AH, unless you are in an emergency situation it does`nt make a whole lot sense to me. As you are flirting with warranty issues and you would not be saving that much $. I`d be surprised if you found a contractor who would do it.
The primary difference between a mobile home air conditioning evaporator coil and a house evaporator coil lies in their design and installation. Mobile home coils are typically compact and designed to fit the specific constraints of mobile homes, often with a lower profile and lighter materials. In contrast, house evaporator coils are generally larger and built to handle higher capacities, accommodating more extensive duct systems. Additionally, mobile home systems may use different refrigerant types and have varied efficiency standards compared to traditional residential systems.
Yes, you can use an old evaporator coil with a new AC condenser, but compatibility is crucial. Both components must be matched in terms of refrigerant type, capacity, and efficiency ratings to ensure optimal performance. Additionally, the age and condition of the old evaporator coil should be assessed, as any wear or damage could lead to inefficiencies or system failures. It's often advisable to consult with an HVAC professional to ensure proper compatibility and installation.
Moses was a seer and prophet who could see into the future