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LuckyInOC
ParticipantJust put it on the curb and post a sign ‘$50 each’.
It will be gone by morning.Lucky In OC
ParticipantJust put it on the curb and post a sign ‘$50 each’.
It will be gone by morning.Lucky In OC
ParticipantJust put it on the curb and post a sign ‘$50 each’.
It will be gone by morning.Lucky In OC
ParticipantJust put it on the curb and post a sign ‘$50 each’.
It will be gone by morning.Lucky In OC
ParticipantRJE has it right…
AC units in humid climates need thicker coils to remove the latent (moisture) from the air. Restaurants, auditoriums, churches and such with high occupancies have similar problem even here in dry So. Cal.
Here is a simple psychrometric chart to understand dry bulb, wet bulb, and relative humidity.
http://en.wikipedia.org/wiki/File:PsychrometricChart-SeaLevel-SI.jpgYou should check with an AC professional to see if it is possible to put a dehumidifier in the return air for your AC. This could reduce the latent load on your existing AC unit with less expense.
The best solution would be verify the capacity of your existing AC unit (condenser [outside] and evaporator [inside]) meets both the temperature and humidity requirements you want. Most designs are only for nominal environmental peaks, not extremes.
Secondary systems are sometimes a cost effective way to handle extremes without impacting the performance on nominal peak usage.
I’m very…
Lucky In OCParticipantRJE has it right…
AC units in humid climates need thicker coils to remove the latent (moisture) from the air. Restaurants, auditoriums, churches and such with high occupancies have similar problem even here in dry So. Cal.
Here is a simple psychrometric chart to understand dry bulb, wet bulb, and relative humidity.
http://en.wikipedia.org/wiki/File:PsychrometricChart-SeaLevel-SI.jpgYou should check with an AC professional to see if it is possible to put a dehumidifier in the return air for your AC. This could reduce the latent load on your existing AC unit with less expense.
The best solution would be verify the capacity of your existing AC unit (condenser [outside] and evaporator [inside]) meets both the temperature and humidity requirements you want. Most designs are only for nominal environmental peaks, not extremes.
Secondary systems are sometimes a cost effective way to handle extremes without impacting the performance on nominal peak usage.
I’m very…
Lucky In OCParticipantRJE has it right…
AC units in humid climates need thicker coils to remove the latent (moisture) from the air. Restaurants, auditoriums, churches and such with high occupancies have similar problem even here in dry So. Cal.
Here is a simple psychrometric chart to understand dry bulb, wet bulb, and relative humidity.
http://en.wikipedia.org/wiki/File:PsychrometricChart-SeaLevel-SI.jpgYou should check with an AC professional to see if it is possible to put a dehumidifier in the return air for your AC. This could reduce the latent load on your existing AC unit with less expense.
The best solution would be verify the capacity of your existing AC unit (condenser [outside] and evaporator [inside]) meets both the temperature and humidity requirements you want. Most designs are only for nominal environmental peaks, not extremes.
Secondary systems are sometimes a cost effective way to handle extremes without impacting the performance on nominal peak usage.
I’m very…
Lucky In OCParticipantRJE has it right…
AC units in humid climates need thicker coils to remove the latent (moisture) from the air. Restaurants, auditoriums, churches and such with high occupancies have similar problem even here in dry So. Cal.
Here is a simple psychrometric chart to understand dry bulb, wet bulb, and relative humidity.
http://en.wikipedia.org/wiki/File:PsychrometricChart-SeaLevel-SI.jpgYou should check with an AC professional to see if it is possible to put a dehumidifier in the return air for your AC. This could reduce the latent load on your existing AC unit with less expense.
The best solution would be verify the capacity of your existing AC unit (condenser [outside] and evaporator [inside]) meets both the temperature and humidity requirements you want. Most designs are only for nominal environmental peaks, not extremes.
Secondary systems are sometimes a cost effective way to handle extremes without impacting the performance on nominal peak usage.
I’m very…
Lucky In OCParticipantRJE has it right…
AC units in humid climates need thicker coils to remove the latent (moisture) from the air. Restaurants, auditoriums, churches and such with high occupancies have similar problem even here in dry So. Cal.
Here is a simple psychrometric chart to understand dry bulb, wet bulb, and relative humidity.
http://en.wikipedia.org/wiki/File:PsychrometricChart-SeaLevel-SI.jpgYou should check with an AC professional to see if it is possible to put a dehumidifier in the return air for your AC. This could reduce the latent load on your existing AC unit with less expense.
The best solution would be verify the capacity of your existing AC unit (condenser [outside] and evaporator [inside]) meets both the temperature and humidity requirements you want. Most designs are only for nominal environmental peaks, not extremes.
Secondary systems are sometimes a cost effective way to handle extremes without impacting the performance on nominal peak usage.
I’m very…
Lucky In OCParticipantIf it was an actual rain delay…
I would pay him an additional half the next time.
This would be due to the additional work that would be required to bring the lawn care back to normal.Now, if it didn’t rain at your location and he chose not to show up, then I would pay standard rate next time. He should make the attempt; show up and if raining leave note.
On Rain delays, it should be a split pot…
Lucky In OC
ParticipantIf it was an actual rain delay…
I would pay him an additional half the next time.
This would be due to the additional work that would be required to bring the lawn care back to normal.Now, if it didn’t rain at your location and he chose not to show up, then I would pay standard rate next time. He should make the attempt; show up and if raining leave note.
On Rain delays, it should be a split pot…
Lucky In OC
ParticipantIf it was an actual rain delay…
I would pay him an additional half the next time.
This would be due to the additional work that would be required to bring the lawn care back to normal.Now, if it didn’t rain at your location and he chose not to show up, then I would pay standard rate next time. He should make the attempt; show up and if raining leave note.
On Rain delays, it should be a split pot…
Lucky In OC
ParticipantIf it was an actual rain delay…
I would pay him an additional half the next time.
This would be due to the additional work that would be required to bring the lawn care back to normal.Now, if it didn’t rain at your location and he chose not to show up, then I would pay standard rate next time. He should make the attempt; show up and if raining leave note.
On Rain delays, it should be a split pot…
Lucky In OC
ParticipantIf it was an actual rain delay…
I would pay him an additional half the next time.
This would be due to the additional work that would be required to bring the lawn care back to normal.Now, if it didn’t rain at your location and he chose not to show up, then I would pay standard rate next time. He should make the attempt; show up and if raining leave note.
On Rain delays, it should be a split pot…
Lucky In OC
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