Certificate holders

Subtype

CTC GSi 612

Certificate Holder

CTC AB
Box 309, Näsvägen
SE-341 26 Ljungby
Sweden

Registration number

012-C700087 / Issue 3

Certification Body

RISE CERT

Subtype title

CTC GSi 612

Driving energy

Electricity

Heat Pump Type

Brine/Water

Refrigerant

R407c

Mass of Refrigerant

2,400 kg

Certification Date

11.12.2023

Testing basis

EN 14511:2013, EN 14825:2013, EN 12102:2013, EN 16147:2011

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Number of models 3

Models

CTC GSi 612

Configure model

Model name

CTC GSi 612

Application

Heating + DHW + low temp

Units

Indoor

Climate Zone

Colder Climate

Reversibility

Cooling mode application (optional)

n/a

General Data

Power supply

3x400V 50Hz

Off-peak product

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

6.08 kW

5.24 kW

El input

1.27 kW

1.78 kW

COP

4.78

2.95

EN 14511-4

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

Colder Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

39 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

208 %

155 %

Prated

11.40 kW

7.20 kW

SCOP

5.50

4.30

Tbiv

-22 °C

TOL

-22 °C

Pdh Tj = -7°C

7.00 kW

4.46 kW

COP Tj = -7°C

5.33

4.01

Pdh Tj = +2°C

4.20 kW

2.70 kW

COP Tj = +2°C

5.90

4.66

Pdh Tj = +7°C

2.80 kW

2.40 kW

COP Tj = +7°C

5.95

5.17

Pdh Tj = 12°C

2.40 kW

COP Tj = 12°C

5.74

5.51

Pdh Tj = Tbiv

11.50 kW

7.50 kW

COP Tj = Tbiv

3.93

2.86

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

11.45 kW

7.54 kW

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

3.93

2.86

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

0.96

0.98

WTOL

65 °C

Poff

13 W

23 W

PTO

34 W

0 W

PSB

0 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

3800 kWh

3444 kWh

Average Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

39 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

208 %

155 %

Prated

9.81 kW

6.80 kW

SCOP

5.40

4.10

Tbiv

-10 °C

TOL

-10 °C

Pdh Tj = -7°C

8.80 kW

6.00 kW

COP Tj = -7°C

4.59

3.25

Cdh Tj = -7 °C

Pdh Tj = +2°C

5.40 kW

3.70 kW

COP Tj = +2°C

5.60

4.18

Cdh Tj = +2 °C

Pdh Tj = +7°C

3.50 kW

2.40 kW

COP Tj = +7°C

6.05

4.70

Cdh Tj = +7 °C

Pdh Tj = 12°C

2.40 kW

COP Tj = 12°C

6.03

5.34

Cdh Tj = +12 °C

Pdh Tj = Tbiv

9.80 kW

6.70 kW

COP Tj = Tbiv

4.30

3.00

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

9.94 kW

6.66 kW

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

4.28

2.99

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

0.970

0.980

WTOL

65 °C

Poff

23 W

PTO

0 W

6 W

PSB

0 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

3800 kWh

3444 kWh

Domestic Hot Water (DHW)

Colder Climate

EN 16147

Declared load profile

Efficiency ηDHW

100 %

COP

2.50

Heating up time

1:45 h:min

Standby power input

59.0 W

Reference hot water temperature

49.5 °C

Mixed water at 40°C

235 l

Average Climate

EN 16147

Declared load profile

Efficiency ηDHW

100 %

COP

2.50

Heating up time

1:45 h:min

Standby power input

59.0 W

Reference hot water temperature

49.5 °C

Mixed water at 40°C

235 l

CTC EcoPart 612M

Configure model

Model name

CTC EcoPart 612M

Application

Heating (medium temp)

Units

Indoor

Climate Zone

Colder Climate

Reversibility

Cooling mode application (optional)

n/a

General Data

Power supply

3x400V 50Hz

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

6.08 kW

5.24 kW

El input

1.27 kW

1.78 kW

COP

4.78

2.95

EN 14511-4

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

Colder Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

39 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

208 %

155 %

Prated

11.40 kW

7.20 kW

SCOP

5.50

4.30

Tbiv

-22 °C

TOL

-22 °C

Pdh Tj = -7°C

7.00 kW

4.46 kW

COP Tj = -7°C

5.33

4.01

Pdh Tj = +2°C

4.20 kW

2.70 kW

COP Tj = +2°C

5.90

4.66

Pdh Tj = +7°C

2.80 kW

2.40 kW

COP Tj = +7°C

5.95

5.17

Pdh Tj = 12°C

2.40 kW

COP Tj = 12°C

5.74

5.51

Pdh Tj = Tbiv

11.50 kW

7.50 kW

COP Tj = Tbiv

3.93

2.86

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

11.45 kW

7.54 kW

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

3.93

2.86

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

0.96

0.98

WTOL

65 °C

Poff

13 W

23 W

PTO

34 W

0 W

PSB

0 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

3800 kWh

3444 kWh

Average Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

39 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

208 %

155 %

Prated

9.81 kW

6.80 kW

SCOP

5.40

4.10

Tbiv

-10 °C

TOL

-10 °C

Pdh Tj = -7°C

8.80 kW

6.00 kW

COP Tj = -7°C

4.59

3.25

Cdh Tj = -7 °C

Pdh Tj = +2°C

5.40 kW

3.70 kW

COP Tj = +2°C

5.60

4.18

Cdh Tj = +2 °C

Pdh Tj = +7°C

3.50 kW

2.40 kW

COP Tj = +7°C

6.05

4.70

Cdh Tj = +7 °C

Pdh Tj = 12°C

2.40 kW

COP Tj = 12°C

6.03

5.34

Cdh Tj = +12 °C

Pdh Tj = Tbiv

9.80 kW

6.70 kW

COP Tj = Tbiv

4.30

3.00

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

9.94 kW

6.66 kW

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

4.28

2.99

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

0.970

0.980

WTOL

65 °C

Poff

23 W

PTO

0 W

6 W

PSB

0 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

3800 kWh

3444 kWh

CTC EcoPart i612M

Configure model

Model name

CTC EcoPart i612M

Application

Heating (medium temp)

Units

Indoor

Climate Zone

Colder Climate

Reversibility

Cooling mode application (optional)

n/a

General Data

Power supply

3x400V 50Hz

Heating

EN 14511-2

Low temperature

Medium temperature

Heat output

6.08 kW

5.24 kW

El input

1.27 kW

1.78 kW

COP

4.78

2.95

EN 14511-4

Shutting off the heat transfer medium flow

passed

Complete power supply failure

passed

Colder Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

39 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

208 %

155 %

Prated

11.40 kW

7.20 kW

SCOP

5.50

4.30

Tbiv

-22 °C

TOL

-22 °C

Pdh Tj = -7°C

7.00 kW

4.46 kW

COP Tj = -7°C

5.33

4.01

Pdh Tj = +2°C

4.20 kW

2.70 kW

COP Tj = +2°C

5.90

4.66

Pdh Tj = +7°C

2.80 kW

2.40 kW

COP Tj = +7°C

5.95

5.17

Pdh Tj = 12°C

2.40 kW

COP Tj = 12°C

5.74

5.51

Pdh Tj = Tbiv

11.50 kW

7.50 kW

COP Tj = Tbiv

3.93

2.86

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

11.45 kW

7.54 kW

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

3.93

2.86

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

0.96

0.98

WTOL

65 °C

Poff

13 W

23 W

PTO

34 W

0 W

PSB

0 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

3800 kWh

3444 kWh

Average Climate

EN 12102-1

Low temperature

Medium temperature

Sound power level indoor

39 dB(A)

EN 14825

Low temperature

Medium temperature

η_s

208 %

155 %

Prated

9.81 kW

6.80 kW

SCOP

5.40

4.10

Tbiv

-10 °C

TOL

-10 °C

Pdh Tj = -7°C

8.80 kW

6.00 kW

COP Tj = -7°C

4.59

3.25

Cdh Tj = -7 °C

Pdh Tj = +2°C

5.40 kW

3.70 kW

COP Tj = +2°C

5.60

4.18

Cdh Tj = +2 °C

Pdh Tj = +7°C

3.50 kW

2.40 kW

COP Tj = +7°C

6.05

4.70

Cdh Tj = +7 °C

Pdh Tj = 12°C

2.40 kW

COP Tj = 12°C

6.03

5.34

Cdh Tj = +12 °C

Pdh Tj = Tbiv

9.80 kW

6.70 kW

COP Tj = Tbiv

4.30

3.00

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

9.94 kW

6.66 kW

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

4.28

2.99

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

0.970

0.980

WTOL

65 °C

Poff

23 W

PTO

0 W

6 W

PSB

0 W

PCK

0 W

Supplementary Heater: Type of energy input

Electricity

Supplementary Heater: PSUP

0.00 kW

Annual energy consumption Qhe

3800 kWh

3444 kWh