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Subtype

THERMOR Aérolia 16

Certificate Holder
Groupe Atlantic
44 boulevard des Etats-Unis
85000 La Roche Sur Yon
France
Registration number
012-C700158
Certification Body
RISE CERT
Subtype title
THERMOR Aérolia 16
Driving energy
Electricity
Heat Pump Type
Outdoor Air/Water
Refrigerant
R410A
Mass of Refrigerant

3,800 kg

Certification Date
09.12.2022
Testing basis
EN 14511:2013, EN 16147:2017, EN 14825:2016, EN 12102:2013
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  • Number of models 2

Models

THERMOR Aérolia 16 Phasing out on 16.04.2026
Configure model
Model name
THERMOR Aérolia 16
Application
Heating (medium temp)
Units
Indoor + Outdoor
Climate Zone
n/a
Reversibility
No
Cooling mode application (optional)
n/a
General Data
Power supply
1x230V 50Hz
Phase-out Date
16.04.2026

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

16.46 kW

14.86 kW

El input

3.94 kW

5.65 kW

COP

4.18

2.63

EN 14511-4

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

Defrost test

passed

Starting and operating test

passed

Average Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

45 dB(A)

45 dB(A)

Sound power level outdoor

67 dB(A)

67 dB(A)

EN 14825

Low temperature

Medium temperature

ηs

163 %

125 %

Prated

16.10 kW

13.60 kW

SCOP

4.15

3.21

Tbiv

-7 °C

-7 °C

TOL

-10 °C

-10 °C

Pdh Tj = -7°C

14.20 kW

12.00 kW

COP Tj = -7°C

2.79

1.98

Cdh Tj = -7 °C

0.980

0.990

Pdh Tj = +2°C

8.70 kW

7.30 kW

COP Tj = +2°C

4.17

3.15

Cdh Tj = +2 °C

0.950

0.980

Pdh Tj = +7°C

7.00 kW

6.30 kW

COP Tj = +7°C

5.34

4.30

Cdh Tj = +7 °C

0.920

0.970

Pdh Tj = 12°C

8.10 kW

7.60 kW

COP Tj = 12°C

6.76

5.99

Cdh Tj = +12 °C

0.920

0.960

Pdh Tj = Tbiv

14.20 kW

12.00 kW

COP Tj = Tbiv

2.79

1.98

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

14.10 kW

10.60 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

2.54

1.75

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

0.980

0.990

WTOL

60 °C

60 °C

Poff

19 W

19 W

PTO

100 W

46 W

PSB

23 W

23 W

PCK

0 W

0 W

Supplementary Heater: Type of energy input

Electricity

Electricity

Supplementary Heater: PSUP

2.00 kW

3.00 kW

Annual energy consumption Qhe

8014 kWh

8757 kWh

THERMOR Aérolia Duo 16 Phasing out on 16.04.2026
Configure model
Model name
THERMOR Aérolia Duo 16
Application
Heating + DHW + low temp
Units
Indoor + Outdoor
Climate Zone
n/a
Reversibility
No
Cooling mode application (optional)
n/a
General Data
Power supply
n/a
Phase-out Date
16.04.2026

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

16.46 kW

14.86 kW

El input

3.94 kW

5.65 kW

COP

4.18

2.63

EN 14511-4

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

Defrost test

passed

Starting and operating test

passed

Average Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

45 dB(A)

45 dB(A)

Sound power level outdoor

67 dB(A)

67 dB(A)

EN 14825

Low temperature

Medium temperature

ηs

163 %

125 %

Prated

16.10 kW

13.60 kW

SCOP

4.15

3.21

Tbiv

-7 °C

-7 °C

TOL

-10 °C

-10 °C

Pdh Tj = -7°C

14.20 kW

12.00 kW

COP Tj = -7°C

2.79

1.98

Cdh Tj = -7 °C

0.980

0.990

Pdh Tj = +2°C

8.70 kW

7.30 kW

COP Tj = +2°C

4.17

3.15

Cdh Tj = +2 °C

0.950

0.980

Pdh Tj = +7°C

7.00 kW

6.30 kW

COP Tj = +7°C

5.34

4.30

Cdh Tj = +7 °C

0.920

0.970

Pdh Tj = 12°C

8.10 kW

7.60 kW

COP Tj = 12°C

6.76

5.99

Cdh Tj = +12 °C

0.920

0.960

Pdh Tj = Tbiv

14.20 kW

12.00 kW

COP Tj = Tbiv

2.79

1.98

Pdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

14.10 kW

10.60 kW

COP Tj = TOL or COP Tj = Tdesignh if TOL < Tdesignh

2.54

1.75

Cdh Tj = TOL or Pdh Tj = Tdesignh if TOL < Tdesignh

0.980

0.990

WTOL

60 °C

60 °C

Poff

19 W

19 W

PTO

100 W

46 W

PSB

23 W

23 W

PCK

0 W

0 W

Supplementary Heater: Type of energy input

Electricity

Electricity

Supplementary Heater: PSUP

2.00 kW

3.00 kW

Annual energy consumption Qhe

8014 kWh

8757 kWh

Domestic Hot Water (DHW)

Average Climate

EN 16147

Declared load profile

L

Efficiency ηDHW

109 %

COP

2.56

Heating up time

0:54 h:min

Standby power input

48.0 W

Reference hot water temperature

54.2 °C

Mixed water at 40°C

250 l