Heat Pump KEYMARK · Sound power level according EN 12102 Sound power level indoor if relevant)...

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 1 of 13

Data has to be declared for all Models inside a sub-type.

1. AIR/WATER; BRINE/WATER; WATER/WATER HEAT PUMPS (IF APPLICABLE) 2

2. ·EXHAUST AIR HEAT PUMPS (IF APPLICABLE) 8

3. HEAT PUMPS FOR DOMESTIC HOT WATER (DHW) (IF APPLICABLE) 13

Certificate data

Certificate holder name Stiebel Eltron GmbH & Co. KG

Address Dr.-Stiebel-Straße 33, 37603 Holzminden Germany

Type of heat pump Air/Water

Reg. No. 011-1W0121

Certification Body DIN CERTCO Gesellschaft für Konformitätsbewertung mbH

Name of testing laboratory VDE Prüf- und Zertifizierungsinstitut

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 2 of 13

1. Air/Water; Brine/Water; Water/Water heat pumps (if applicable)

WPL 10 ACS

General data

Refrigerant R407C

Mass of refrigerant [kg] 2,5

GWPaccording to EU Nr. 517/2014 [CO2eq in t] 4,435

Frequency [Hz] 50

Voltage [V] 230

Test points EN 14511-2 Air/Water heat pump (if applicable)

A7/W35

heat output [kW] 7,72

El input [kW] 2,05

COP 3,77

A7/W55 (if applicable)


El input [kW] 2,52

COP 2,78

Test points EN 14511-2 Brine/Water heat pump (if applicable)

B0/W35

heat output [kW]

El input [kW]

COP

B0/W55

heat output [kW]

El input [kW]

COP

Test points EN 14511-2 Water/Water heat pump (if applicable)

W10/W35

heat output [kW]

El input [kW]

COP

W10/W55

heat output [kW]

El input [kW]

COP

In case of gas driven heat pump, EN14511 shall be replaced by EN 12309:2015-03

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 3 of 13

Test points EN 14511-4

operating Range A…/W… lower limit-lower limit (min)

Please state if the requirement is passed or

failed

passed

operating Range A…/W… upper limit- upper limit (min)


failed

passed

Shutting off the heat transfer medium flow Please state if the requirement is passed or

failed

passed

Complete power supply failure Please state if the requirement is passed or

failed

passed

Defrost test only for AirT Water heat pumps (if applicable) Please state if the requirement is passed or

failed

passed

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 4 of 13

Average Climate Low temperature application (if applicable)

Declared values EN 14825

Tbiv [°C] Tbiv at low temperature conditions


El input [kW] 1,76

COP 3,06

Sound power level according EN 12102

Sound power level indoor if relevant)

[dB(A)]

-

Sound power level outdoor [dB(A)]

(See 55°C

application)

Declared data regarding ErP regulation

ηs 140

Prated [kW] 7

SCOP 3,55

Declared capacity for heating for part load at indoor temperature 20 °C and outdoor temperature Tj

Pdh: Tj = - 7 ºC [kW] 5,0

COPd: Tj = - 7 ºC 2,89

Pdh: Tj = +2 ºC [kW] 6,7

COPd: Tj = + 2 ºC 3,55

Pdh: Tj = +7 ºC [kW] 8,0

COPd: Tj = + 7 ºC 4,06

Pdh: Tj = +12 ºC [kW] 10,1

COPd: Tj = + 12 ºC 4,74

Pdh: Tj = bivalent temperature [kW] 5,4

COPd: Tj = bivalent temperature 3,06

Pdh: Tj = - 15 ºC (if TOL < - 20 ºC) [kW] 3,4

COPd: Tj = - 15 ºC (if TOL < - 20 ºC) 2,25

Tbiv [°C] -5

TOL [°C] -20

WTOL [°C] 55

Annual energy consumption QHE [kWh] 3881

Power input „compressor off“ [kW] 0

POFF [W] 5

PTO [W] 5

PSB [W] 5

PCK [W] 23

PSUP [kW] 2,28

Type of energy input (e.g. electricity) electricity

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 5 of 13

Average Climate Medium temperature application (if applicable)


Tbiv [°C]


El input [kW] 1,85

COP 2,38



[dB(A)]

-


59,7


ηs 110

Prated [kW] 5

SCOP 2,82


Pdh: Tj = - 7 ºC [kW] 3,9

COPd: Tj = - 7 ºC 2,23

Pdh: Tj = +2 ºC [kW] 5,9

COPd: Tj = + 2 ºC 2,78

Pdh: Tj = +7 ºC [kW] 7,2

COPd: Tj = + 7 ºC 3,30

Pdh: Tj = +12 ºC [kW] 9,3

COPd: Tj = + 12 ºC 3,97





Tbiv [°C] -5

TOL [°C] -20

WTOL [°C] 55


Power input „compressor off“ [kW] (if

applicable) 0

POFF [W] 5

PTO [W] 5

PSB [W] 5

PCK [W] 23

PSUP [kW] 2,31

Type of energy input (e.g. electricity)

electricity

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 6 of 13

Warmer Climate (if applicable)

Declared values EN 14825 – 35°C application

Tbiv [°C]


El input [kW] 1,93

COP 3,37



[dB(A)]

-

Sound power level outdoor [dB(A)] (See 55°C

application)


ηs 163

Prated [kW] 7

SCOP


PdhTj = - 7 ºC [kW] 4,9

COPd Tj = - 7 ºC 2,86

PdhTj = +2 ºC [kW] 6,5

COPd Tj = + 2 ºC 3,37

Pdh Tj = +7 ºC [kW] 7,8

COPd Tj = + 7 ºC 3,88

Pdh Tj = +12 ºC [kW] 10,0

COPd Tj = + 12 ºC 4,63

Pdh Tj = bivalent temperature [kW] 6,5

COPd Tj = bivalent temperature 3,37

Pdh Tj = - 15 ºC (if TOL < - 20 ºC)

[kW] 3,5

COPd Tj = - 15 ºC (if TOL < - 20 ºC) 2,29

Tbiv [°C] 2

TOL [°C] 0

WTOL [°C] 55



applicable) 0

POFF [W] 5

PTO [W] 5

PSB [W] 5

PCK [W] 23

PSUP [kW] 0

Type of energy input (e.g. electricity) electricity

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 7 of 13

Colder Climate (if applicable)

Declared values EN 14825 – 35°C application

Tbiv/°C


El input[kW] 2,06

COP 2,28

Sound power level according EN12102


[dB(A)]

-

Sound power level outdoor [dB(A)] (See 55°C

application)

Declared date regarding ErP regulation

ηs 122

Prated [kW] 7

SCOP


Pdh: Tj = - 7 ºC [kW] 5,2

COPd: Tj = - 7 ºC 3,02

Pdh: Tj = +2 ºC [kW] 6,8

COPd: Tj = + 2 ºC 3,69

Pdh: Tj = +7 ºC [kW] 8,1

COPd: Tj = + 7 ºC 4,17

Pdh: Tj = +12 ºC [kW] 10,1

COPd: Tj = + 12 ºC 4,72





Tbiv [°C] -10

TOL [°C] -20

WTOL [°C] 55



applicable) 0

POFF [W] 5

PTO [W] 5

PSB [W] 5

PCK [W] 23

PSUP [kW] 6,82


electricity

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 8 of 13

2. ·Exhaust air heat pumps (if applicable)

Model 1 Model 2 Model…

General data

Refrigerant

Mass of refrigerant [kg]

GWP according to EU Nr. 517/2014 [CO2eq]

Frequency [Hz]

Voltage [V]


A20/W35

heat output [kW]

El input [kW]

COP

A20/W55 (if applicable)

heat output [kW]

El input [kW]

COP


operating Range A…/W… lower limit-lower limit (min)


failed

e.g.

passed

operating Range A…/W… upper limit- upper limit (min)


failed

Shutting off the heat transfer medium flow Please state if the requirement is passed or

failed

Complete power supply failure Please state if the requirement is passed or

failed

Defrost test (if applicable) Please state if the requirement is passed or

failed

Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 9 of 13

Average Climate Low temperature application (if applicable)


Tbiv [°C] Tbiv at low temperature conditions

heat output [kW]

El input [kW]

COP

Sound power level according EN 12102 (only required for low temperature heat pumps)


[dB(A)]



ηs

Prated [kW]

SCOP


Pdh: Tj = - 7 ºC [kW]

COPd: Tj = - 7 ºC

Pdh: Tj = +2 ºC [kW]

COPd: Tj = + 2 ºC


COPd: Tj = + 7 ºC


COPd: Tj = + 12 ºC

Pdh: Tj = bivalent temperature [kW]

COPd: Tj = bivalent temperature [kW]

Pdh: Tj = - 10 ºC (if TOL < - 20 ºC) [kW]

COPd: Tj = - 10 ºC (if TOL < - 20 ºC)

Tbiv [°C]

Rated airflow rate [m3/h]

TOL [°C]

WTOL [°C]

Annual energy consumption QHE [kWh]

Power input „compressor off“ [kW]

POFF [W]

PTO [W]

PSB [W]

PCK [W]

PSUP [kW]


Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 10 of 13

Average Climate Medium temperature application (if applicable)


Tbiv [°C] Tbiv at medium temperature conditions

heat output [kW]

El input [kW]

COP

Sound power level according 12102


[dB(A)]



ηs

Prated [kW]

SCOP



COPd: Tj = - 7 ºC


COPd: Tj = + 2 ºC


COPd: Tj = + 7 ºC


COPd: Tj = + 12 ºC


COPd: Tj = bivalent temperature [kW]

Pdh: Tj = - 15 ºC (if TOL < - 20 ºC) [kW] n.a. n.a. n.a.

COPd: Tj = - 15 ºC (if TOL < - 20 ºC) n.a. n.a. n.a.

Tbiv [°C]


TOL [°C]

WTOL [°C]



applicable)

POFF [W]

PTO [W]

PSB [W]

PCK [W]

PSUP [kW]


Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 11 of 13

Warmer Climate (if applicable)


Tbiv [°C]

heat output [kW]

El input [kW]

COP



[dB(A)]



ηs

Prated [kW]

SCOP


PdhTj = - 7 ºC [kW] n.a. n.a. n.a.

COPd Tj = - 7 ºC n.a. n.a. n.a.

PdhTj = +2 ºC [kW]

COPd Tj = + 2 ºC

Pdh Tj = +7 ºC [kW]

COPd Tj = + 7 ºC

Pdh Tj = +12 ºC [kW]

COPd Tj = + 12 ºC

Pdh Tj = bivalent temperature [kW]

COPd Tj = bivalent temperature

Pdh Tj = - 15 ºC (if TOL < - 20 ºC)

[kW] n.a. n.a. n.a.

COPd Tj = - 15 ºC (if TOL < - 20 ºC) n.a. n.a. n.a.

Tbiv [°C]


TOL [°C]

WTOL [°C]



applicable)

POFF [W]

PTO [W]

PSB [W]

PCK [W]

PSUP [kW]


Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 12 of 13

Colder Climate (if applicable)


Tbiv/°C

heat output [kW]

El input[kW]

COP



[dB(A)]


Declared date regarding ErP regulation

ηs

Prated [kW]

SCOP



COPd: Tj = - 7 ºC


COPd: Tj = + 2 ºC


COPd: Tj = + 7 ºC


COPd: Tj = + 12 ºC


COPd: Tj = bivalent temperature

Pdh: Tj = - 15 ºC (if TOL < - 20 ºC) [kW]

COPd: Tj = - 15 ºC (if TOL < - 20 ºC)

Tbiv [°C]

TOL [°C]

WTOL [°C]



applicable)

POFF [W]

PTO [W]

PSB [W]

PCK [W]

PSUP [kW]


Heat Pump KEYMARK

Annex D1

Data sheet template

Rev.-No.: 1

Date: 2017-05-29

Page: 13 of 13

3. Heat pumps for Domestic Hot Water (DHW) (if applicable)

Model 1 Model 2 Model…

General data

Refrigerant

Mass of refrigerant [kg]

GWP

Frequency [Hz]

Voltage [V]

Off-peak product (yes/no)

Technical data – average climate

Declared load profil

Effciency ƞdhw in %

Heating up time h:min

Standby power input W

Reference hot water temperature °C

Mixed water at 40°C


[dB(A)]


Technical data – colder climate








[dB(A)]


Technical data – warmer climate








[dB(A)]


Heat Pump KEYMARK · Sound power level according EN 12102 Sound power level indoor if relevant)...

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