Operating Principle - Hayward element HPE0811D Guide De L'utilisateur

The ELEMENT Heat Pump can warm your pool to the perfect temperature, extend your swimming season and all without a
significant increase in your power bill.
The fundamental advantage of the ELEMENT heat pump is that it is able to produce more energy than it consumes. This
apparent contradiction is based on thermodynamic principles, and is explained by the fact that the ELEMENT pump recovers
into its refrigerant, calorific energy from the ambient environment.
This fluid then compressed by the compressor unit, increases in temperature then circulates through the TITANIUM coil of the
heat exchanger.
Pushed by the pump of your pool, the swimming pool water passes through the heat exchanger. A heat transfer then occurs
between the very hot refrigerant fluid (inside the coil) and the of the swimming pool water, which then flows back into your pool
to attain the temperature that you desire.
This product marked conforms to the essential requirements of the Directives :
- Low voltage n° 73/23 EEC, modified 93/68 EEC,
- Electromagnetic Compatibility no. 89/336 EEC, modified 92/31 and 93/68 EEC.
- DESP 97/23/EEC
Pool volume
Water flow rate
Connections
Sound Level
Power supply
Phases
Restored power*
Input power*
C.O.P.
Electrical current
requirement
Max Current
Coolant fluid
Coolant fluid weight
Piping material
Cabinet material
Exchanger material
Minimum and maximum
usage conditions
*Result at +/- 5% under the following conditions: Air = 15°C (59°F) / HR=80% / Water =0°C (68°F) / cos φ =0.91
To ensure that the heat pump operates correctly, do not use with two of these conditions at the minimum or maximum limit.

OPERATING PRINCIPLE

MARKING « CE »
HPE0811D HPE1011D HPE1311D HPE1611D HPE1313D HPE1613D HPE2413D
0 to 45 m 40 to 70 m
3
5 m /h 5.5 m /h
3 3
Ø 50 mm Ø 50 mm
65 dB(A) 64 dB(A)
30v / 50Hz 30v / 50Hz 30v / 50Hz 30v / 50Hz 400v / 50Hz 400v / 50Hz 400v / 50Hz
1 Ph+N+T 1 Ph+N+T
8300 W 1000 W
1990 W 400 W
4. 4.3
9.6 A 11.4 A
13 A 17 A
R407C R407C
1.000 kg 1.100 kg
Copper Copper
Stainless Stainless
304L 304L
Titanium/PvC Titanium/PvC Titanium/PvC Titanium/PvC Titanium/PvC Titanium/PvC Titanium/PvC
High: air = 3°C (89°F) Water = 30°C (86°F)
DATA
60 to 85 m 75 to 100 m
3 3
6.5 m /h 7.5 m
3
Ø 50 mm Ø 50 mm
66 dB(A) 66 dB(A)
1 Ph+N+T 1 Ph+N+T
13500 W 1600 W
3380 W 3980 W
4 4.1
16. A 19 A
3 A 5 A
R407C R407C
1.350 kg 1.350 kg
Copper Copper
Stainless Stainless
304L 304L
Low: air = 5°C (41°F) Water = 10°C (50°F)
14
60 to 85 m 75 to 100 m
3 3
/h 6.5 m /h 7.5 m
3 3
Ø 50 mm Ø 50 mm
66 dB(A) 66 dB(A)
3 Ph+N+T 3 Ph+N+T
13400 W 1600 W
3350 W 3950 W
4 4.1
5.35 A 6.3 A
7.8 A 7.3 A
R407C R407C
1.350 kg 1.350 kg
Copper Copper
Stainless Stainless
304L 304L
90 to 160 m
3 3
/h 9.5 m /h
3 3
Ø 50 mm
67 dB(A)
3 Ph+N+T
3000 W
500 W
4.4
7.4 A
9.4 A
R407C
.00 kg
Copper
Stainless
304L