Home / Certificate holders

Certificate holders

Subtype

THERMOR AEROLIA 14 2024

Certificate Holder
Groupe Atlantic
44 boulevard des Etats-Unis
85000 La Roche Sur Yon
France
Registration number
012-C700294 / Issue 1
Certification Body
RISE CERT
Subtype title
THERMOR AEROLIA 14 2024
Driving energy
Electricity
Heat Pump Type
Outdoor Air/Water
Refrigerant
R410A
Mass of Refrigerant

2,500 kg

Certification Date
16.04.2024
Testing basis
EN 14511:2022, EN 14825:2022, EN 16147:2017, EN 12102:2022
Generate PDF Export model CSV Download certificate
  • Number of models 2

Models

THERMOR AEROLIA 14 2024
Configure model
Model name
THERMOR AEROLIA 14 2024
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

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

13.50 kW

9.80 kW

El input

3.23 kW

4.00 kW

COP

4.18

2.45

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

40 dB(A)

40 dB(A)

Sound power level outdoor

67 dB(A)

67 dB(A)

EN 14825

Low temperature

Medium temperature

ηs

155 %

120 %

Prated

13.20 kW

11.30 kW

SCOP

3.95

3.08

Tbiv

-7 °C

-7 °C

TOL

-10 °C

-10 °C

Pdh Tj = -7°C

11.70 kW

10.00 kW

COP Tj = -7°C

2.55

2.01

Cdh Tj = -7 °C

1.000

1.000

Pdh Tj = +2°C

7.10 kW

6.10 kW

COP Tj = +2°C

3.72

2.92

Cdh Tj = +2 °C

0.990

0.990

Pdh Tj = +7°C

6.40 kW

6.00 kW

COP Tj = +7°C

5.59

4.22

Cdh Tj = +7 °C

0.980

0.990

Pdh Tj = 12°C

7.00 kW

7.20 kW

COP Tj = 12°C

6.60

5.49

Cdh Tj = +12 °C

0.980

0.980

Pdh Tj = Tbiv

11.70 kW

10.00 kW

COP Tj = Tbiv

2.55

2.01

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

11.20 kW

8.40 kW

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

2.46

1.65

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

1.000

1.000

WTOL

60 °C

60 °C

Poff

7 W

7 W

PTO

20 W

20 W

PSB

10 W

10 W

PCK

0 W

0 W

Supplementary Heater: Type of energy input

Electricity

Electricity

Supplementary Heater: PSUP

2.00 kW

2.90 kW

Annual energy consumption Qhe

6899 kWh

7574 kWh

THERMOR AEROLIA DUO 14 2024
Configure model
Model name
THERMOR AEROLIA DUO 14 2024
Application
Heating + DHW + low temp
Units
Indoor + Outdoor
Climate Zone
n/a
Reversibility
No
Cooling mode application (optional)
n/a
General Data
Power supply
1x230V 50Hz

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

13.50 kW

9.80 kW

El input

3.23 kW

4.00 kW

COP

4.18

2.45

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

40 dB(A)

40 dB(A)

Sound power level outdoor

67 dB(A)

67 dB(A)

EN 14825

Low temperature

Medium temperature

ηs

155 %

120 %

Prated

13.20 kW

11.30 kW

SCOP

3.95

3.08

Tbiv

-7 °C

-7 °C

TOL

-10 °C

-10 °C

Pdh Tj = -7°C

11.70 kW

10.00 kW

COP Tj = -7°C

2.55

2.01

Cdh Tj = -7 °C

1.000

1.000

Pdh Tj = +2°C

7.10 kW

6.10 kW

COP Tj = +2°C

3.72

2.92

Cdh Tj = +2 °C

0.990

0.990

Pdh Tj = +7°C

6.40 kW

6.00 kW

COP Tj = +7°C

5.59

4.22

Cdh Tj = +7 °C

0.980

0.990

Pdh Tj = 12°C

7.00 kW

7.20 kW

COP Tj = 12°C

6.60

5.49

Cdh Tj = +12 °C

0.980

0.980

Pdh Tj = Tbiv

11.70 kW

10.00 kW

COP Tj = Tbiv

2.55

2.01

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

11.20 kW

8.40 kW

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

2.46

1.65

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

1.000

1.000

WTOL

60 °C

60 °C

Poff

7 W

7 W

PTO

20 W

20 W

PSB

10 W

10 W

PCK

0 W

0 W

Supplementary Heater: Type of energy input

Electricity

Electricity

Supplementary Heater: PSUP

2.00 kW

2.90 kW

Annual energy consumption Qhe

6899 kWh

7574 kWh

Domestic Hot Water (DHW)

Average Climate

EN 16147

Declared load profile

L

Efficiency ηDHW

100 %

COP

2.50

Heating up time

1:10 h:min

Standby power input

40.0 W

Reference hot water temperature

54.2 °C

Mixed water at 40°C

250 l