Project-2
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Pumping of back of heat pump 35KW
This equipment set up is for a 10 x 4m pool, no spa is on this project. We have installed this CHR Heat Pump to be run independently of the filtration of pool. We have installed a E170 pump to suck water for the heat pump. As you can see a 50mm check valve is installed to stop water from flowing back into the heat pump. A 3-way valve in installed between the pump and the inlet of the CHR Heat Pump to control the flow of the water from the pump into the heat pump. Too much flow can cause the unit to malfunction, a 3-way valve controls the pressure of the water entering the inlet of heat pump.
Note: All water pumps are hard wired to CHR Heat Pumps to talk to the heat pump. This means once the heat pump turns off from reaching the desired heat the heat pump will talk to the water suction pump to turn off. No other heat pump on the market has the ability to hard wire a pump to a heat pump.
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What is Lorem ipsum?
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Learn about the CHR Pumps difference
Frequently asked questions
In general, heat pumps draw heat or cold from exterior outdoor air, ground, or water and transfer it indoors for warming or cooling. They are somewhat less expensive from an operational expense point of view. A heat pump graded as 100,000BTU will averagely consume around 5,000 watts, or 5KW every hour. Using it eight hours a day will consume 40KW—a kilowatt of electricity costs anywhere between $.15 to $.20 cents per hour. The rates will vary depending on the utility provider. Therefore, a heat pump running for an hour will cost approximately $1 and $8 power over 8 hours of usage.
Above Formula - Low yearly usage – 4 months per year (112 days @ 8 hours per day) total costing $896 – Will only reach up to 25-27 degrees.
Above Formula - Medium yearly usage – 6 months per year (168 days @ 8 hours per day) total costing $1,344 - Will only reach up to 25-27 degrees.
Above Formular - High yearly usage – 8 months per year (224 days @ 8 hours per day) total costing $1,792 - Will only reach up to 25-27 degrees.
CHR 33.9kw will cut all these heating cost, duration to heat in half along with increasing total heat by 30%.
CHR Formula - Low yearly usage – 4 months per year (112 days @ 4 hours per day) total costing $448 – Will only reach up to 31-33 degrees.
CHR Formula - Medium yearly usage – 6 months per year (168 days @ 4 hours per day) total costing $672 - Will only reach up to 31-33 degrees.
CHR Formular - High yearly usage – 8 months per year (224 days @ 4 hours per day) total costing $896 - Will reach up to 31-33 degrees.
Old way to determine a heat pump size. A small pool (10000-20000 litres) a 13KWh heat pump will do the job. For medium pools (20000-30000 litres) a 15-18 KWh will be sufficient. For pools (30000-40000 litres), a 21-23 KWh heat pump is ideal. For large pools (40000-50000 litres), a 28-32 KWh heat pump is ideal These values, however, vary depending on the temperature of your region. To narrow down on the exact heat pump you need, you require 0.00116 KWh of power to heat one litre. Knowing your pool size and the degrees you want to raise your pool temperature by, you can accurately determine the heat pump you require.
CHR heat pumps against normal heat pumps:
Depending on the month of the year you will need to run the heat pump for 6-8 hours per day with the formula above (all depending on the pool size and Temperature of pool etc. Starting with our 33.9kw heat pump this will cater for all pools up to 50,000 litres. This will save on running costs for all the pool sizes above. 1-2 sizes greater than required will save on running costs, heat your pool 50% faster and heat your pool by up to 30% hotter.
Depending on the month of the year you will need to run the heat pump for 6-8 hours per day with the formula above (all depending on the pool size and Temperature of pool etc. Starting with our 33.9kw heat pump this will cater for all pools up to 50,000 litres. This will save on running costs for all the pool sizes above. 1-2 sizes greater than required will save on running costs, heat your pool 50% faster and heat your pool by up to 30% hotter.
Water flow pump is hard wired to the heat pump, so yes, the water pump turns off once the heat
pump has reached its desired heat and turns off. CHR Heat Pump will talk to the water pump to
turn off once heat pump turns off. This is the only unit on the market to hard wire water pump to
heat pump to talk to each other. No added data cables required to have the water flow pump and
Heat pump talk to each other.
- CHR is one of the most effective Heat Pumps on the Australian market. The
efficiency of a Heat Pump is measured by the COP rating. The higher the rating the
more heat it makes per KW of power it draws. CHR Inverter 35.7kw unit has COP
as high as an astonishing 16.3 - Competively priced
- CHR ranks among the quietest on the Australian market with sound ratings as low as 38.6dB at one meter.
- CHR is built to withstand harsh Australian conditions and does not require
protection of a roof. - Quality components, advanced technology and thorough QC produces superior
reliability and performance. - Our before and after sales Customer Service is second to none. All issues are dealt with promptly, especially Warranty. From the time of contact with the relevant information, we generally have a result within a week
- CHR delivers not just great Heat Pumps Australia wide, but exceptional customer satisfaction
Contact Us
We would love to speak with you.
Feel free to reach out using the below details.
Get In Touch
- +61 410 534 100
- hello@chrpumps.com.au
Hours
- Mon-Fri 9:00AM - 5:00PM