Hp1100 pool heater turns on no instructions
- Thread starter Pkhpool
- Start date
Yes got the one you suggested, I’ve been fighting with my sr smith sr6000 today with the bulb going out and the remote stopping working, so rebuilding all I can at the moment whilst the temperature is down
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All completed moved the 2 wires upto the 24v and plugged in the new board turned on as before and the fan runs every 6 min and stops.
My only conclusion is the pool temperature is 75 and outside temperature 83 so it won’t run and it’s just measuring the water temperature
Anyone else who has one of these heaters please chime in thanks.
My only conclusion is the pool temperature is 75 and outside temperature 83 so it won’t run and it’s just measuring the water temperature
Anyone else who has one of these heaters please chime in thanks.
Hi all back to the start unit runs for 6 min then turns off for another 6 min has anyone got one of these older electric units
Hi all I have an old heater a Hayward
Hp1100 electric for heating the pool and have a gas one for the spa. The Hayward for the pool is coming in every 6 min for 5 seconds then turning off. I’m looking for a replacement and came across this model and wondered if it’s the same capability and if anyone has had one before and there input thanks
32K BTU Blue Torrent Heat Pump
My second option is the below
Raypak Rheem 30i Crosswind Heat Pump Pool and Spa Heater/Cooler 27,850 BTU
Raypak Rheem 30i Crosswind Heat Pump Pool and Spa Heater/Cooler 27,850 BTU
My main question would be Do either match my current output of the Hayward as I cannot find the specs for my existing ? Thxs
Hayward Heat Pro Heat Pump 60,000 BTU - HPABGDELUXE - INYOPools.com
Hayward Heat Pumps
www.inyopools.com
Swimming Pool Kit Heaters
Pool Warehouse offers the best online price on pool heaters and spa heaters from Hayward. Our Swimming Pool Kit Heaters are in stock and ready to ship!
www.poolwarehouse.com
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Typically, you want to go as big as possible.
What are the power supply details?
What are the power supply details?
Quick update the panel upgrade worked, the issues was low Freon and had to have 5 pounds added and have a leak detection performed - no leaks found - had him put a can of ac seal into the unit also.
The unit is running, I was going to run from 10am until 3pm gauging a 1degree increase daily any suggestions appreciated
The unit is running, I was going to run from 10am until 3pm gauging a 1degree increase daily any suggestions appreciated
Thanks all, the pool temperature has made it to 76 degrees with some help from the 70s weather and the pool heater fan is running and the light indicating run is turned on.
My question- do you only get condensation out of the bottom when it’s trying to warm the pool from the 60s to low 70s?
Do you think 76 degrees pool temperature is hitting the max this older heater will support ?
My question- do you only get condensation out of the bottom when it’s trying to warm the pool from the 60s to low 70s?
Do you think 76 degrees pool temperature is hitting the max this older heater will support ?
There is always condensation when a heat pump runs.
The process is the reverse of evaporation.
Evaporation causes heat loss and condensation causes heat gain.
A heat pump does better with higher humidity.
For example, at 80 RH% you get 145,000 btu/hr and at 63% RH, you get 135,000 btu/hr for an UltraTemp 140.
RH = Relative Humidity %.
So, a difference of 17% humidity causes a difference of 10,000 btu/hr in heating capacity.
BTU/HR.....COP..... Air F°....RH%.....Water F°
145,000.....5.8..........80.........80...........80
135,000.....5.6..........80.........63...........80
90,000.......4.0..........50.........63...........80
*Rating in accordance with ARI Standard 1160 (air temp. F° 1% relative humidity/water temp. F°).
The process is the reverse of evaporation.
Evaporation causes heat loss and condensation causes heat gain.
A heat pump does better with higher humidity.
For example, at 80 RH% you get 145,000 btu/hr and at 63% RH, you get 135,000 btu/hr for an UltraTemp 140.
RH = Relative Humidity %.
So, a difference of 17% humidity causes a difference of 10,000 btu/hr in heating capacity.
BTU/HR.....COP..... Air F°....RH%.....Water F°
145,000.....5.8..........80.........80...........80
135,000.....5.6..........80.........63...........80
90,000.......4.0..........50.........63...........80
*Rating in accordance with ARI Standard 1160 (air temp. F° 1% relative humidity/water temp. F°).
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Minimum air temperature?
Pool surface area?
Water temp to be maintained?
Wind speed.
Humidity?