The Ultra Efficient Way To Heat Your Pool!
Elecro heat pumps are the most efficient and reliable swimming pool heat pumps available. Built to the highest possible standards Elecro heat pumps absorb heat from the air and transfer it to the pool water - making the heating process clean, efficient, ecological and most of all cost effective.
All Elecro heat pumps feature state of the art technology and are built using the highest quality components to ensure ultimate performance and reliability.
Key Features
- Titanium Heat Exchanger - Total protection against corrosion, full-flow no by-pass required. Zero corrosion defect 10-year guarantee.
- Scroll Compressor - Efficient, reliable and silent.
- Whisper Quiet Fan - Low speed, tuned for maximum airflow and minimum noise.
- Largest Evaporator - Enables higher performance. Epoxy coated for protection against corrosion.
- Digital Control - State of the art, easily programmable with full diagnostic display
All Elecro heat pumps are fully supported by Elecro with 3-year parts & labour guarantee.
Technical Specifications
|
Model
|
40K BTU
|
49K BTU
|
65K BTU
|
100K BTU
|
|
Power Output (kW)
|
11.7-kW
|
14-kW
|
19-kW
|
29-kW
|
|
Power Consumption (kW)
|
2.0-kW
|
2.7-kW
|
3.4-kW
|
5.2-kW
|
|
COP (Coefficient of Performance)
|
5.9
|
5.3
|
5.6
|
5.6
|
|
Power Supply Voltage - Phase - Hz
|
220/240-1-50
|
220/240-1-50 or 380/400-3-50
|
220/240-1-50 or 380/400-3-50
|
220/240-1-50 or 380/400-3-50
|
|
Running Amperage
|
12
|
13 / 5
|
18 / 6
|
24 / 13
|
|
Circuit Breaker
|
20
|
30 / 15
|
30 / 15
|
40 / 20
|
|
Pipe Work Connections
|
1.5" / 2"
|
1.5" / 2"
|
1.5" / 2"
|
1.5" / 2"
|
|
Dimensions (cm)
|
82 x 82 x 87
|
82 x 82 x 87
|
82 x 82x 87
|
82 x 82 x 102
|
|
Noise Levels dBA (3m)
|
48-52
|
48-52
|
48-52
|
48-52
|
The above table is based on ambient air temperature & water temperature @ 25ºC
How Do Swimming Pool Heat Pumps Work?
Step 1 : The evaporator absorbs heat from the ambient air drawn through the evaporator coil by the fan (1a). The heat is transferred to the cold refrigerant flowing through the evaporator coil and the residual cooler air generated by the process is then discharged out of the heat pump by the fan (1b).
Step 2 : The compressor then receives the warmed refrigerant and by the compression action, heats it, elevating substantially the pressure inside the system. The now hot refrigerant converted to gas is then pumped to the condenser.
Step 3 : The heat from the hot refrigerant flowing inside the condenser is then transferred to the pool water, touching the exterior of the condenser coil, when flowing through the heat exchanger. In the process, the refrigerant temperature drops and the water temperature increases.
Step 4 : The now warm refrigerant flows through the pressure control regulator device (capillaries or expansion valve) greatly reducing the pressure inside the system and chilling the refrigerant to a cool state again. The refrigerant is then ready to restart the process and flow into the evaporator coil to collect the heat again.
Superior Efficiency, Low Running Costs
A swimming pool heat pump only requires energy to operate a compressor and a fan motor, requiring minimum power consumption in the process. Elecro heat pumps can produce more than 5 times more heat energy than the electrical power it consumes. This means that for every 1-kW of electricity consumed, the heat pump can produce over 5-kW of heat output into the pool water.
Elecro Heat Pump Output / Consumption Comparison
|
Model
|
Power Output (kW / BTU)
|
Consumption (kW/hr)
|
|
40K BTU
|
12-kW / 40,000-BTU
|
2.0
|
|
49K BTU
|
14-kW / 49,000-BTU
|
2.7
|
|
65K BTU
|
19-kW / 65,000-BTU
|
3.4
|
|
100K BTU
|
29-kW / 100,000-BTU
|
5.2
|
The above table is based on ambient air temperature & water temperature @ 25ºC
Elecro Heat Pump Owner's Manual
