Darrell,
Any real reason for you to continue posting using html format ?
( Below is basically how your post will appear on many newsreaders )
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Like to lower your Air Conditioning Utility Bills? Look at all the ways you can to reduce the heat and humidity load, caulk, weather-strip, and insulate, to keep the heat and humidity outside.
Have a manual J heat load done and consider slightly under-sizing a replacement condenser.
If you have an older furnace, there may not be enough airflow through the evaporator coil.
Have all of the ductwork, diffusers, return-air grilles and filter areas checked and properly sized, the ductwork must be properly sealed.
In cold climate, consider replacing the furnace with a new high efficiency condenser furnace.
Then replace the central A/C system using a TEV refrigerant control on the evaporator.
By slightly under-sizing the condenser and making certain you have an optimal and balanced heatload on the cooling coil during normal run-time conditions, —the unit will have a much greater BTU/hr heat transfer output during average run-time conditions!
With a properly sized system and proper evaporator airflow you will have consistent optimal nominal capacity heat absorption and removal, coupled with longer run-time cycles. Just my experienced 'opinion' (only). - udarrell
-- Air Conditioning Efficiency
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Like to lower your Air Conditioning Utility Bills? Look at all the ways you can to reduce the heat and humidity load, caulk, weather-strip, and insulate, to keep the heat and humidity outside.
Have a manual J heat load done and consider slightly under-sizing a replacement condenser.
If you have an older furnace, there may not be enough airflow through the evaporator coil.
Have all of the ductwork, diffusers, return-air grilles and filter areas checked and properly sized, the ductwork must be properly sealed.
In cold climate, consider replacing the furnace with a new high efficiency condenser furnace.
Then replace the central A/C system using a TEV refrigerant control on the evaporator.
By slightly under-sizing the condenser and making certain you have an optimal and balanced heatload on the cooling coil during normal run-time conditions, —the unit will have a much greater BTU/hr heat transfer output during average run-time conditions!
With a properly sized system and proper evaporator airflow you will have consistent optimal nominal capacity heat absorption and removal, coupled with longer run-time cycles. Just my experienced 'opinion' (only). - udarrell
-- Air Conditioning Efficiency
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