Midea MHC-V4W-D2N8-B1 ATW Heat Pump User Manual
- June 28, 2024
- Midea
Table of Contents
Midea MHC-V4W-D2N8-B1 ATW Heat Pump
Specifications:
- Model: M-thermal Mono ATW Heat Pump
- Energy efficiency class: A++
- Unit sound power: 55 dB
- Rated heat output: 4.4 kW – 13.0 kW
- Seasonal space heating energy efficiency: 129.5% – 137.9%
Product Usage Instructions
Installation:
Before installing the heat pump, ensure that you have read the installation
manual provided with the product. Proper installation is crucial for efficient
operation.
Setting Up:
Connect the heat pump to a suitable power source as per the manufacturer’s
guidelines. Make sure all connections are secure before turning on the unit.
Operating the Heat Pump:
Use the control panel or remote control (if applicable) to set the desired
temperature and mode of operation. The heat pump will start heating or cooling
the space accordingly.
Maintenance:
Regularly clean the filters and ensure there are no obstructions around the
unit for optimal performance. Refer to the maintenance section in the manual
for detailed instructions.
Troubleshooting:
If you encounter any issues with the heat pump, refer to the
troubleshooting guide in the manual. Contact customer support if problems
persist.
Frequently Asked Questions (FAQ):
-
Q: What is the energy efficiency class of the M-thermal Mono ATW Heat Pump?
A: The energy efficiency class of this heat pump is A++. -
Q: What is the sound power level of the unit?
A: The unit operates at a sound power level of 55 dB. -
Q: How do I determine the appropriate model for my climate?
A: Refer to the climate guidelines provided in the manual to choose the model suitable for your climate conditions.
IMPORTANT NOTE:
Thank you very much for purchasing our product,
Before using your unit , please read this manual carefully and keep it for
future reference.
| Model | For medium – temperature application |
|---|
Energy efficiency class
| Unit sound power| average climate| colder climate| warmer climate
Rated heat output
| Seasonal space heating energy efficiency| For space heating,annu al energy
consumption| Rated heat output| Seasonal space heating energy efficiency| For
space heating,annu al energy consumption| Rated heat output| Seasonal space
heating energy efficiency| For space heating,annu al energy consumption
–| dB| kW| %| kWh| kW| %| kWh| kW| %| kWh
MHC-V4W/D2N8-B1| A++| 55| 4.4| 129.5| 2744| 3.4| 102.1| 3159| 5.0| 162.4| 1621
MHC-V4W/D2N8-B1E30| A++| 55| 4.4| 129.5| 2744| 3.4| 102.1| 3159| 5.0| 162.4|
1621
MHC-V6W/D2N8-B1| A++| 58| 5.7| 137.9| 3345| 4.3| 111.1| 3681| 5.1| 164.7| 1640
MHC-V6W/D2N8-B1E30| A++| 58| 5.7| 137.9| 3345| 4.3| 111.1| 3681| 5.1| 164.7|
1640
MHC-V8W/D2N8-B1| A++| 59| 6.6| 131.5| 4056| 5.8| 112.0| 4950| 8.37| 176.9|
2485
MHC-V8W/D2N8-B1E30| A++| 59| 6.6| 131.5| 4056| 5.8| 112.0| 4950| 8.37| 176.9|
2485
MHC-V8W/D2N8-B1ER90| A++| 59| 6.6| 131.5| 4056| 5.8| 112.0| 4950| 8.37| 176.9|
2485
MHC-V10W/D2N8-B1| A++| 60| 7.7| 136.6| 4539| 6.7| 116.4| 5540| 8.6| 180.3|
2516
MHC-V10W/D2N8-B1E30| A++| 60| 7.7| 136.6| 4539| 6.7| 116.4| 5540| 8.6| 180.3|
2516
MHC-V10W/D2N8-B1ER90| A++| 60| 7.7| 136.6| 4539| 6.7| 116.4| 5540| 8.6| 180.3|
2516
MHC-V12W/D2N8-B1| A++| 65| 11.6| 135.1| 6927| 10.3| 117.8| 8419| 12.5| 174.0|
3776
MHC-V12W/D2N8-B1E30| A++| 65| 11.6| 135.1| 6927| 10.3| 117.8| 8419| 12.5|
174.0| 3776
MHC-V12W/D2N8-B1ER90| A++| 65| 11.6| 135.1| 6927| 10.3| 117.8| 8419| 12.5|
174.0| 3776
MHC-V14W/D2N8-B1| A++| 65| 12.1| 135.6| 7202| 11.0| 118.9| 8866| 14.17| 174.9|
4258
MHC-V14W/D2N8-B1E30| A++| 65| 12.1| 135.6| 7202| 11.0| 118.9| 8866| 14.17|
174.9| 4258
MHC-V14W/D2N8-B1ER90| A++| 65| 12.1| 135.6| 7202| 11.0| 118.9| 8866| 14.17|
174.9| 4258
MHC-V16W/D2N8-B1| A++| 68| 13.0| 133.3| 7895| 11.8| 121.8| 9309| 14.17| 176.0|
4231
MHC-V16W/D2N8-B1E30| A++| 68| 13.0| 133.3| 7895| 11.8| 121.8| 9309| 14.17|
176.0| 4231
MHC-V16W/D2N8-B1ER90| A++| 68| 13.0| 133.3| 7895| 11.8| 121.8| 9309| 14.17|
176.0| 4231
MHC-V12W/D2RN8-B1| A++| 65| 11.6| 135.1| 6928| 10.3| 117.7| 8420| 12.5| 173.8|
3780
MHC-V12W/D2RN8-B1E30| A++| 65| 11.6| 135.1| 6928| 10.3| 117.7| 8420| 12.5|
173.8| 3780
MHC-V12W/D2RN8-B1ER90| A++| 65| 11.6| 135.1| 6928| 10.3| 117.7| 8420| 12.5|
173.8| 3780
MHC-V14W/D2RN8-B1| A++| 65| 12.1| 135.6| 7203| 11.0| 118.9| 8867| 14.17|
174.7| 4262
MHC-V14W/D2RN8-B1E30| A++| 65| 12.1| 135.6| 7203| 11.0| 118.9| 8867| 14.17|
174.7| 4262
MHC-V14W/D2RN8-B1ER90| A++| 65| 12.1| 135.6| 7203| 11.0| 118.9| 8867| 14.17|
174.7| 4262
MHC-V16W/D2RN8-B1| A++| 68| 13.0| 133.2| 7896| 11.8| 121.8| 9310| 14.17|
175.8| 4236
MHC-V16W/D2RN8-B1E30| A++| 68| 13.0| 133.2| 7896| 11.8| 121.8| 9310| 14.17|
175.8| 4236
MHC-V16W/D2RN8-B1ER90| A++| 68| 13.0| 133.2| 7896| 11.8| 121.8| 9310| 14.17|
175.8| 4236
Unit type explanation:
- MHC-V**W/D2N8-B1, without back-up heater，
- MHC-V**W/D2RN8-B1E30, with 3kW back-up heater and 1-Phase Source
- MHC-V**W/D2RN8-B1ER90, with 9kW back-up heater and 3-Phase Source
| Model | For low – temperature appl ication |
|---|---|
| Energy efficiency class | Unit sound power |
warmer climate
Rated heat output| Seasonal space heating energy efficiency| For space
heating,annu al energy consumption| Rated heat output| Seasonal space heating
energy efficiency| For space heating,annu al energy consumption| Rated heat
output| Seasonal space heating energy efficiency| For space heating,annu al
energy consumption
–| dB| kW| %| kWh| kW| %| kWh| kW| %| kWh
MHC-V4W/D2N8-B1| A+++| 55| 5.5| 191.0| 2351| 4.6| 159.5| 2769| 5.5| 255.4|
1146
MHC-V4W/D2N8-B1E30| A+++| 55| 5.5| 191.0| 2351| 4.6| 159.5| 2769| 5.5| 255.4|
1146
MHC-V6W/D2N8-B1| A+++| 58| 6.8| 195.0| 2845| 5.6| 165.3| 3300| 6.1| 259.8|
1244
MHC-V6W/D2N8-B1E30| A+++| 58| 6.8| 195.0| 2845| 5.6| 165.3| 3300| 6.1| 259.8|
1244
MHC-V8W/D2N8-B1| A+++| 59| 8.1| 205.6| 3218| 7.0| 170.0| 3976| 8.1| 276.6|
1551
MHC-V8W/D2N8-B1E30| A+++| 59| 8.1| 205.6| 3218| 7.0| 170.0| 3976| 8.1| 276.6|
1551
MHC-V8W/D2N8-B1ER90| A+++| 59| 8.1| 205.6| 3218| 7.0| 170.0| 3976| 8.1| 276.6|
1551
MHC-V10W/D2N8-B1| A+++| 60| 9.2| 204.8| 3644| 7.7| 169.8| 4423| 8.6| 280.5|
1617
MHC-V10W/D2N8-B1E30| A+++| 60| 9.2| 204.8| 3644| 7.7| 169.8| 4423| 8.6| 280.5|
1617
MHC-V10W/D2N8-B1ER90| A+++| 60| 9.2| 204.8| 3644| 7.7| 169.8| 4423| 8.6|
280.5| 1617
MHC-V12W/D2N8-B1| A+++| 65| 12.0| 189.4| 5152| 11.4| 160.2| 6870| 11.1| 256.1|
2292
MHC-V12W/D2N8-B1E30| A+++| 65| 12.0| 189.4| 5152| 11.4| 160.2| 6870| 11.1|
256.1| 2292
MHC-V12W/D2N8-B1ER90| A+++| 65| 12.0| 189.4| 5152| 11.4| 160.2| 6870| 11.1|
256.1| 2292
MHC-V14W/D2N8-B1| A+++| 65| 13.7| 185.7| 6012| 12.6| 159.6| 7667| 12.1| 260.3|
2457
MHC-V14W/D2N8-B1E30| A+++| 65| 13.7| 185.7| 6012| 12.6| 159.6| 7667| 12.1|
260.3| 2457
MHC-V14W/D2N8-B1ER90| A+++| 65| 13.7| 185.7| 6012| 12.6| 159.6| 7667| 12.1|
260.3| 2457
MHC-V16W/D2N8-B1| A+++| 68| 15.2| 181.7| 6804| 13.7| 157.8| 8431| 13.1| 248.5|
2781
MHC-V16W/D2N8-B1E30| A+++| 68| 15.2| 181.7| 6804| 13.7| 157.8| 8431| 13.1|
248.5| 2781
MHC-V16W/D2N8-B1ER90| A+++| 68| 15.2| 181.7| 6804| 13.7| 157.8| 8431| 13.1|
248.5| 2781
MHC-V12W/D2RN8-B1| A+++| 65| 12.0| 189.3| 5153| 11.4| 160.2| 6871| 11.1|
255.6| 2296
MHC-V12W/D2RN8-B1E30| A+++| 65| 12.0| 189.3| 5153| 11.4| 160.2| 6871| 11.1|
255.6| 2296
MHC-V12W/D2RN8-B1ER90| A+++| 65| 12.0| 189.3| 5153| 11.4| 160.2| 6871| 11.1|
255.6| 2296
MHC-V14W/D2RN8-B1| A+++| 65| 13.7| 185.6| 6013| 12.6| 159.6| 7667| 12.1|
259.8| 2462
MHC-V14W/D2RN8-B1E30| A+++| 65| 13.7| 185.6| 6013| 12.6| 159.6| 7667| 12.1|
259.8| 2462
MHC-V14W/D2RN8-B1ER90| A+++| 65| 13.7| 185.6| 6013| 12.6| 159.6| 7667| 12.1|
259.8| 2462
MHC-V16W/D2RN8-B1| A+++| 68| 15.2| 181.6| 6805| 13.7| 157.8| 8431| 13.1|
248.1| 2786
MHC-V16W/D2RN8-B1E30| A+++| 68| 15.2| 181.6| 6805| 13.7| 157.8| 8431| 13.1|
248.1| 2786
MHC-V16W/D2RN8-B1ER90| A+++| 68| 15.2| 181.6| 6805| 13.7| 157.8| 8431| 13.1|
248.1| 2786
Unit type explanation:
- MHC-V**W/D2N8-B1, without back-up heater，
- MHC-V**W/D2RN8-B1E30, with 3kW back-up heater and 1-Phase Source
- MHC-V**W/D2RN8-B1ER90, with 9kW back-up heater and 3-Phase Source
Product fiche 1
Heat pump space heating| Model| MHC-V4W/D2N8-B1*| *** MHC-V6W/D2N8-B1| * MHC-V8W/D2N8-B1| MHC-V10W/D2N8-
B1***
| MHC-V12W/D2N8-
B1***
---|---|---|---|---|---|---
**Unit sound pow er (*)| Average climate low temperature
application| [dB]| 55.0| 58.0| 59.0| 60.0| 65.0
Average climate medium temperature application| [dB]| 55.0| 58.0|
59.0| 60.0| 65.0
Capicity of the back-up heater integrated in the unit| Psup back-
up heater (optional)| [kW]| 0/3| 0/3| 0/3/9| 0/3/9| 0/3/9
Space heating| Energy efficiency class 35°C (Low temp. app.)|
–| A+++| A+++| A+++| A+++| A+++
Space heating| Energy efficiency class 55°C (Medium temp. app.)|
–| A++| A++| A++| A++| A++
Average climate (Design temperature = –10°C)
****Space heating 35°C| P rated (declared heating capacity) @
–10°C| [kW]| 5.5| 6.8| 8.1| 9.2| 12.0
Seasonal space heating efficiency (ηs)| [%]| 191.0| 195.0| 205.6|
204.8| 189.4
Annual energy consumption| [kWh]| 2,351| 2,845| 3,218| 3,644| 5,152
****Space heating 55°C| P rated (declared heating capacity) @
–10°C| [kW]| 4.4| 5.7| 6.6| 7.7| 11.6
Seasonal space heating efficiency (ηs)| [%]| 129.5| 137.9| 131.5| 136.6|
135.1
Annual energy consumption| [kWh]| 2,744| 3,345| 4,056| 4,539| 6,927
Part load conditions space heating average climate low temperature
application
****(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 4.88| 6.03| 7.18| 8.10| 10.61
COP d (declared COP)| –| 3.19| 3.09| 3.35| 3.23| 2.88
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 3.05| 3.88| 4.65| 5.18| 6.69
COP d (declared COP)| –| 4.78| 4.85| 5.09| 5.01| 4.65
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 1.93| 2.39| 2.90| 3.32| 4.44
COP d (declared COP)| –| 6.13| 6.63| 6.82| 7.08| 6.62
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 1.48| 1.39| 1.63| 1.65| 3.74
COP d (declared COP)| –| 8.05| 7.93| 8.35| 8.58| 8.47
Cdh(degradation coefficient)**| –| 0.90| 0.90| 0.90| 0.90| 0.90
Product fiche 1
Heat pump space heating| ** Model| MHC-V14W/D2N8-B1**| MHC-
V16W/D2N8-B1| MHC-V12W/D2RN8-B1| MHC-V14W/D2RN8-B1| MHC-
V16W/D2RN8-B1*
---|---|---|---|---|---|---
**Unit sound pow er (*)| Average climate low temperature
application| [dB]| 65.0| 68.0| 65.0| 65.0| 68.0
Average climate medium temperature application| [dB]| 65.0| 68.0|
65.0| 65.0| 68.0
Capicity of the back-up
heater integrated in the unit
| Psup back-up heater (optional)| [kW]| 0/3/9| 0/3/9| 0/3/9| 0/3/9|
0/3/9
Space heating| Energy efficiency class 35°C (Low temp. app.)|
–| A+++| A+++| A+++| A+++| A+++
Space heating| Energy efficiency class 55°C (Medium temp. app.)|
–| A++| A++| A++| A++| A++
Average climate (Design temperature = –10°C)
**Space heating 35°C| P rated (declared heating capacity) @
–10°C| [kW]| 13.7| 15.2| 12.0| 13.7| 15.2
Seasonal space heating efficiency (ηs)| [%]| 185.7| 181.7| 189.3| 185.6|
181.6
Annual energy consumption| [kWh]| 6,012| 6,804| 5,153| 6,013| 6,805
****Space heating 55°C| P rated (declared heating capacity) @
–10°C| [kW]| 12.1| 13.0| 11.6| 12.1| 13.0
Seasonal space heating efficiency (ηs)| [%]| 135.6| 133.3| 135.1| 135.6|
133.2
Annual energy consumption| [kWh]| 7,202| 7,895| 6,928| 7,203| 7,896
Part load conditions space heating average climate low temperature
application
****(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 12.14| 13.45| 10.61| 12.14| 13.45
COP d (declared COP)| –| 2.79| 2.72| 2.88| 2.79| 2.72
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 7.94| 8.56| 6.69| 7.94| 8.56
COP d (declared COP)| –| 4.52| 4.41| 4.65| 4.52| 4.41
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 5.20| 5.70| 4.44| 5.20| 5.70
COP d (declared COP)| –| 6.68| 6.56| 6.62| 6.68| 6.56
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 3.75| 3.78| 3.74| 3.75| 3.78
COP d (declared COP)| –| 8.52| 8.51| 8.47| 8.52| 8.51
Cdh(degradation coefficient)**| –| 0.90| 0.90| 0.90| 0.90| 0.90
Product fiche 2
Heat pump space heating| Model| MHC-V4W/D2N8-B1*| ***
MHC-V6W/D2N8-B1| ** MHC-V8W/D2N8-B1*| ** MHC-V10W/D2N8-B1*| *
MHC-V12W/D2N8-B1
---|---|---|---|---|---|---
**(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -10.00| -10.00| -10.00| -10.00| -10.00
P dh (declared heating capacity)| [kW]| 4.41| 5.36| 6.44| 7.40|
10.74
COP d (declared COP)| –| 2.86| 2.76| 3.04| 2.96| 2.77
WTOL (Heating w ater Operation**
Limit)
| [°C]| 65.00| 65.00| 65.00| 65.00| 65.00
**(F) Tbivalent temperature| T biv| [°C]| -7.00| -7.00| -7.00|
-7.00| -7.00
P dh (declared heating capacity)| [kW]| 4.88| 6.03| 7.18| 8.10|
10.61
COP d (declared COP)| –| 3.19| 3.09| 3.35| 3.23| 2.88
Supplementary capacity at P_design| P sup (@Tdesignh: –10°C)|
[kW]| 1.11| 1.45| 1.68| 1.76| 1.26
Part load conditions space heating average climate medium temperature
application
****(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 3.89| 5.04| 5.84| 6.78| 10.24
COP d (declared COP)| –| 2.17| 2.17| 2.16| 2.24| 2.01
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 2.38| 3.12| 3.75| 4.28| 6.52
COP d (declared COP)| –| 3.30| 3.51| 3.30| 3.42| 3.44
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 2.94| 2.08| 2.42| 2.77| 4.36
COP d (declared COP)| –| 4.41| 4.54| 4.34| 4.52| 4.59
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 1.32| 1.28| 1.39| 1.58| 3.29
COP d (declared COP)| –| 5.66| 5.59| 5.33| 5.68| 6.05
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -10.00| -10.00| -10.00| -10.00| -10.00
P dh (declared heating capacity)| [kW]| 3.42| 4.52| 4.90| 5.38| 9.10
COP d (declared COP)| –| 1.91| 1.91| 1.84| 1.83| 1.79
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00| 65.00|
65.00
****(F) Tbivalent temperature| T biv| [°C]| -7.00| -7.00| -7.00|
-7.00| -7.00
P dh (declared heating capacity)| [kW]| 3.89| 5.04| 5.84| 6.78|
10.24
COP d (declared COP)**| –| 2.17| 2.17| 2.16| 2.24| 2.01
Product fiche 2
Heat pump space heating| ****
Model
| MHC-V14W/D2N8-
B1| MHC-V16W/D2N8-B1| MHC-V12W/D2RN8-B1| MHC-V14W/D2RN8-B1| MHC-
V16W/D2RN8-B1*
---|---|---|---|---|---|---
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -10.00| -10.00| -10.00| -10.00| -10.00
P dh (declared heating capacity)| [kW]| 11.47| 12.52| 10.74| 11.47|
12.52
COP d (declared COP)| –| 2.59| 2.48| 2.77| 2.59| 2.48
WTOL (Heating w ater Operation**
Limit)
| [°C]| 65.00| 65.00| 65.00| 65.00| 65.00
**(F) Tbivalent temperature| T biv| [°C]| -7.00| -7.00| -7.00|
-7.00| -7.00
P dh (declared heating capacity)| [kW]| 12.14| 13.45| 10.61| 12.14|
13.45
COP d (declared COP)| –| 2.79| 2.72| 2.88| 2.79| 2.72
Supplementary capacity at P_design| P sup (@Tdesignh: –10°C)|
[kW]| 2.23| 2.68| 1.26| 2.23| 2.68
Part load conditions space heating average climate medium temperature
application
****(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 10.68| 11.52| 10.24| 10.68| 11.52
COP d (declared COP)| –| 2.01| 1.99| 2.01| 2.01| 1.99
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 6.86| 7.18| 6.52| 6.86| 7.18
COP d (declared COP)| –| 3.43| 3.34| 3.44| 3.43| 3.34
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 4.63| 4.67| 4.36| 4.63| 4.67
COP d (declared COP)| –| 4.66| 4.61| 4.59| 4.66| 4.61
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 3.31| 3.31| 3.29| 3.31| 3.31
COP d (declared COP)| –| 6.13| 6.07| 6.05| 6.13| 6.07
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -10.00| -10.00| -10.00| -10.00| -10.00
P dh (declared heating capacity)| [kW]| 9.19| 10.33| 9.10| 9.19|
10.33
COP d (declared COP)| –| 1.76| 1.80| 1.79| 1.76| 1.80
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00| 65.00|
65.00
****(F) Tbivalent temperature| T biv| [°C]| -7.00| -7.00| -7.00|
-7.00| -7.00
P dh (declared heating capacity)| [kW]| 10.68| 11.52| 10.24| 10.68|
11.52
COP d (declared COP)| –| 2.01| 1.99| 2.01| 2.01| 1.99
Supplementary capacity at P_design| P sup (@Tdesignh: –10°C)**|
[kW]| 2.91| 2.67| 2.50| 2.91| 2.67
Product fiche 3
Heat pump space heating| Model| MHC-V4W/D2N8-B1*| ***
MHC-V6W/D2N8-B1| ** MHC-V8W/D2N8-B1*| ** MHC-V10W/D2N8-B1*| *
MHC-V12W/D2N8-B1
---|---|---|---|---|---|---
Supplementary capacity at P_design| P sup (@Tdesignh: –10°C)|
[kW]| 0.98| 1.18| 1.69| 2.28| 2.50
Colder climate (Design temperature = –22°C)
**Space heating 35°C| P rated (declared heating capacity) @
–22°C| [kW]| 4.6| 5.6| 7.0| 7.7| 11.4
Seasonal space heating efficiency**
(ηs)
| [%]| 159.5| 165.3| 170.0| 169.8| 160.2
Annual energy consumption| [kWh]| 2,769| 3,300| 3,976| 4,423| 6,870
**Space heating 55°C| P rated (declared heating capacity) @**
–22°C
| [kW]| 3.4| 4.3| 5.8| 6.7| 10.3
Seasonal space heating efficiency
(ηs)
| [%]| 102.1| 111.1| 112.0| 116.4| 117.8
Annual energy consumption| [kWh]| 3,159| 3,681| 4,950| 5,540| 8,419
Part load conditions space heating colder climate low temperature
application
**(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 2.75| 3.42| 4.46| 4.83| 7.05
COP d (declared COP)| –| 3.49| 3.59| 3.66| 3.60| 3.48
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 1.77| 2.06| 2.69| 2.94| 4.67
COP d (declared COP)| –| 4.95| 5.21| 5.20| 5.26| 4.96
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 1.17| 1.46| 1.65| 1.92| 3.14
COP d (declared COP)| –| 5.53| 6.24| 6.53| 7.08| 6.10
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 1.43| 1.44| 1.65| 1.65| 3.57
COP d (declared COP)| –| 7.67| 7.66| 7.96| 7.96| 7.87
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -22.00| -22.00| -22.00| -22.00| -22.00
P dh (declared heating capacity)| [kW]| 2.80| 3.48| 4.06| 4.62| 7.01
COP d (declared COP)| –| 1.97| 1.96| 1.95| 1.97| 1.98
WTOL (Heating w ater Operation**
Limit)
| [°C]| 65.00| 65.00| 65.00| 65.00| 65.00
**(F) Tbivalent temperature| T biv| [°C]| -15.00| -15.00| -15.00|
-15.00| -15.00
P dh (declared heating capacity)| [kW]| 3.72| 4.59| 5.69| 6.32| 9.28
COP d (declared COP)| –| 2.57| 2.53| 2.83| 2.64| 2.59
Supplementary capacity at P_design| P sup (@Tdesignh: –22°C)**|
[kW]| 1.76| 2.15| 2.91| 3.08| 4.40
Product fiche 3
Heat pump space heating| ** Model| MHC-V14W/D2N8- B1**| MHC-
V16W/D2N8-B1| MHC-V12W/D2RN8-B1| MHC-V14W/D2RN8-B1| MHC-
V16W/D2RN8-B1*
---|---|---|---|---|---|---
Colder climate (Design temperature = –22°C)
****Space heating 35°C| P rated (declared heating capacity) @
–22°C| [kW]| 12.6| 13.7| 11.4| 12.6| 13.7
Seasonal space heating efficiency (ηs)| [%]| 159.6| 157.8| 160.2| 159.6|
157.8
Annual energy consumption| [kWh]| 7,667| 8,431| 6,871| 7,667| 8,431
****Space heating 55°C| P rated (declared heating capacity) @
–22°C| [kW]| 11.0| 11.8| 10.3| 11.0| 11.8
Seasonal space heating efficiency (ηs)| [%]| 118.9| 121.8| 117.7| 118.9|
121.8
Annual energy consumption| [kWh]| 8,866| 9,309| 8,420| 8,867| 9,310
Part load conditions space heating colder climate low temperature
application
****(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 7.96| 8.31| 7.05| 7.96| 8.31
COP d (declared COP)| –| 3.44| 3.37| 3.48| 3.44| 3.37
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 5.05| 5.26| 4.67| 5.05| 5.26
COP d (declared COP)| –| 4.92| 4.86| 4.96| 4.92| 4.86
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 3.15| 3.62| 3.14| 3.15| 3.62
COP d (declared COP)| –| 6.11| 6.49| 6.10| 6.11| 6.49
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 3.57| 3.34| 3.57| 3.57| 3.34
COP d (declared COP)| –| 7.82| 7.40| 7.87| 7.82| 7.40
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -22.00| -22.00| -22.00| -22.00| -22.00
P dh (declared heating capacity)| [kW]| 7.57| 8.88| 7.01| 7.57| 8.88
COP d (declared COP)| –| 1.92| 1.97| 1.98| 1.92| 1.97
WTOL (Heating w ater Operation**
Limit)
| [°C]| 65.00| 65.00| 65.00| 65.00| 65.00
**(F) Tbivalent temperature| T biv| [°C]| -15.00| -15.00| -15.00|
-15.00| -15.00
P dh (declared heating capacity)| [kW]| 10.31| 11.22| 9.28| 10.31|
11.22
COP d (declared COP)| –| 2.53| 2.43| 2.59| 2.53| 2.43
Supplementary capacity at P_design| P sup (@Tdesignh: –22°C)|
[kW]| **
5.03
| ****
4.82
| ****
4.40
| ****
5.03
| ****
4.82
Product fiche 4
Heat pump space heating| Model| MHC-V4W/D2N8-B1*| ***
MHC-V6W/D2N8-B1| ** MHC-V8W/D2N8-B1*| ** MHC-V10W/D2N8-B1*| *
MHC-V12W/D2N8-B1
---|---|---|---|---|---|---
Part load conditions space heating colder climate medium temperature
application
**(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 2.13| 2.70| 3.86| 4.27| 6.63
COP d (declared COP)| –| 2.32| 2.46| 2.48| 2.54| 2.63
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 1.28| 1.60| 2.21| 2.57| 4.06
COP d (declared COP)| –| 2.99| 3.36| 3.35| 3.51| 3.60
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 1.01| 1.02| 1.44| 1.65| 2.78
COP d (declared COP)| –| 3.86| 3.94| 4.11| 4.37| 4.54
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 1.36| 1.37| 1.46| 1.47| 3.33
COP d (declared COP)| –| 6.28| 6.35| 5.92| 5.96| 6.25
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -22.00| -22.00| -22.00| -22.00| -22.00
P dh (declared heating capacity)| [kW]| 1.64| 2.09| 2.80| 2.80| 4.19
COP d (declared COP)| –| 1.02| 1.13| 1.22| 1.22| 1.13
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00| 65.00|
65.00
****(F) Tbivalent temperature| T biv| [°C]| -15.00| -15.00| -15.00|
-15.00| -15.00
P dh (declared heating capacity)| [kW]| 2.74| 3.47| 4.71| 5.47| 8.41
COP d (declared COP)| –| 1.74| 1.86| 1.90| 2.00| 1.84
Supplementary capacity at P_design| P sup (@Tdesignh:
–22°C)| [kW]| 1.72| 2.17| 2.97| 3.91| 6.12
Warmer climate (Design temperature = 2°C)
****Space heating 35°C| P rated (declared heating capacity) @
2°C| [kW]| 5.5| 6.1| 8.1| 8.6| 11.1
Seasonal space heating efficiency (ηs)| [%]| 255.4|
259.8| 276.6| 280.5| 256.1
Annual energy consumption| [kWh]| 1,146| 1,244| 1,551| 1,617| 2,292
****Space heating 55°C| P rated (declared heating capacity) @
2°C| [kW]| 5.0| 5.1| 8.37| 8.6| 12.5
Seasonal space heating efficiency (ηs)| [%]| 162.4|
164.7| 176.9| 180.3| 174.0
Annual energy consumption**| [kWh]| 1,621| 1,640| 2,485| 2,516| 3,776
Product fiche 4
Heat pump space heating| ** Model| MHC-V14W/D2N8-B1**| MHC-
V16W/D2N8-B1| MHC-V12W/D2RN8-B1| MHC-V14W/D2RN8-B1| MHC-
V16W/D2RN8-B1*
---|---|---|---|---|---|---
Part load conditions space heating colder climate medium temperature
application
****(A) condition (-7°C)| P dh (declared heating capacity)|
[kW]| 6.89| 7.64| 6.63| 6.89| 7.64
COP d (declared COP)| –| 2.66| 2.65| 2.63| 2.66| 2.65
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 4.32| 4.42| 4.06| 4.32| 4.42
COP d (declared COP)| –| 3.66| 3.79| 3.60| 3.66| 3.79
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 3.06| 2.97| 2.78| 3.06| 2.97
COP d (declared COP)| –| 4.72| 4.81| 4.54| 4.72| 4.81
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 3.33| 3.43| 3.33| 3.33| 3.43
COP d (declared COP)| –| 6.25| 6.29| 6.25| 6.25| 6.29
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| -22.00| -22.00| -22.00| -22.00| -22.00
P dh (declared heating capacity)| [kW]| 4.20| 5.21| 4.19| 4.20| 5.21
COP d (declared COP)| –| 1.13| 1.23| 1.13| 1.13| 1.23
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00| 65.00|
65.00
****(F) Tbivalent temperature| T biv| [°C]| -15.00| -15.00| -15.00|
-15.00| -15.00
P dh (declared heating capacity)| [kW]| 8.94| 9.61| 8.41| 8.94| 9.61
COP d (declared COP)| –| 1.79| 1.86| 1.84| 1.79| 1.86
Supplementary capacity at P_design| P sup (@Tdesignh: –22°C)|
[kW]| 6.80| 6.59| 6.12| 6.80| 6.59
Warmer climate (Design temperature = 2°C)
****Space heating 35°C| P rated (declared heating capacity) @
2°C| [kW]| 12.1| 13.1| 11.1| 12.1| 13.1
Seasonal space heating efficiency (ηs)| [%]| 260.3| 248.5| 255.6| 259.8|
248.1
Annual energy consumption| [kWh]| 2,457| 2,781| 2,296| 2,462| 2,786
****Space heating 55°C| P rated (declared heating capacity) @
2°C| [kW]| 14.17| 14.17| 12.5| 14.17| 14.17
Seasonal space heating efficiency (ηs)| [%]| 174.9| 176.0| 173.8| 174.9|
175.8
Annual energy consumption**| [kWh]| 4,258| 4,231| 3,780| 4,262| 4,236
Product fiche 5
Heat pump sp ace heating| Model| MHC-V4W /D2N 8-B1* | **
MHC-V6W /D2N 8-B1* | ** MHC-V8W /D2N 8-B1* | ** MHC-V10W /D2N 8-B1*
| ** MHC-V12W /D2N 8-B1*
---|---|---|---|---|---|---
Part load conditions space heating w armer climate low temperature
application
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 5.34| 5.93| 7.56| 8.44| 11.10
COP d (declared COP)| –| 3.94| 3.91| 3.98| 3.84| 3.59
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 3.56| 3.93| 5.22| 5.52| 7.14
COP d (declared COP)| –| 5.92| 5.89| 6.26| 6.18| 5.87
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 1.63| 1.79| 2.62| 2.62| 3.55
COP d (declared COP)| –| 7.91| 8.20| 9.23| 9.04| 7.94
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| 2.00| 2.00| 2.00| 2.00| 2.00
P dh (declared heating capacity)| [kW]| 5.34| 5.93| 7.56| 8.44|
11.10
COP d (declared COP)| –| 3.94| 3.91| 3.98| 3.84| 3.59
WTOL (Heating w ater Operation Limit)| [°C]| 65. 00| 65. 00| 65. 00|
65. 00| 65. 00
****(F) Tbivalent temperature| T biv| [°C]| 7.00| 7.00| 7.00| 7.00|
7.00
P dh (declared heating capacity)| [kW]| 3.56| 3.93| 5.22| 5.52| 7.14
COP d (declared COP)| –| 5.92| 5.89| 6.26| 6.18| 5.87
Supplementary capacity at P_design| P sup (@Tdesignh: 2°C)|
[kW]| 0.18| 0.18| 0.55| 0.14| 0.00
Part load conditions space heating w armer climate medium temperature
application
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 4.83| 5.02| 7.55| 8.06| 12.07
COP d (declared COP)| –| 2.51| 2.48| 2.59| 2.59| 2.31
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 3.22| 3.31| 5.38| 5.54| 8.04
COP d (declared COP)| –| 3.68| 3.67| 4.01| 4.10| 3.86
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 1.47| 1.60| 2.31| 2.53| 3.75
COP d (declared COP)| –| 5.15| 5.29| 5.55| 5.82| 5.70
Cdh(degradation coefficient)**| –| 0.90| 0.90| 0.90| 0.90| 0.90
Product fiche 5
Heat pump space heating| ** Model| MHC-V14W/D2N8-B1**| MHC-
V16W/D2N8-B1| MHC-V12W/D2RN8-B1| MHC-V14W/D2RN8-B1| MHC-
V16W/D2RN8-B1*
---|---|---|---|---|---|---
Part load conditions space heating w armer climate low temperature
application
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 12.04| 13.10| 11.10| 12.04| 13.10
COP d (declared COP)| –| 3.44| 3.35| 3.59| 3.44| 3.35
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 7.78| 8.41| 7.14| 7.78| 8.41
COP d (declared COP)| –| 5.84| 5.36| 5.87| 5.84| 5.36
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 3.75| 3.87| 3.55| 3.75| 3.87
COP d (declared COP)| –| 8.25| 8.11| 7.94| 8.25| 8.11
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| 2.00| 2.00| 2.00| 2.00| 2.00
P dh (declared heating capacity)| [kW]| 12.04| 13.10| 11.10| 12.04|
13.10
COP d (declared COP)| –| 3.44| 3.35| 3.59| 3.44| 3.35
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00|
65.00| 65.00
****(F) Tbivalent temperature| T biv| [°C]| 7.00| 7.00| 7.00| 7.00|
7.00
P dh (declared heating capacity)| [kW]| 7.78| 8.41| 7.14| 7.78| 8.41
COP d (declared COP)| –| 5.84| 5.36| 5.87| 5.84| 5.36
Supplementary capacity at P_design| P sup (@Tdesignh: 2°C)|
[kW]| 0.06| 0.00| 0.00| 0.06| 0.00
Part load conditions space heating w armer climate medium temperature
application
****(B) condition (2°C)| P dh (declared heating capacity)|
[kW]| 13.04| 13.38| 12.07| 13.04| 13.38
COP d (declared COP)| –| 2.20| 2.29| 2.31| 2.20| 2.29
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(C) condition (7°C)| P dh (declared heating capacity)|
[kW]| 9.11| 9.11| 8.04| 9.11| 9.11
COP d (declared COP)| –| 3.89| 3.89| 3.86| 3.89| 3.89
Cdh(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
****(D) condition (12°C)| P dh (declared heating capacity)|
[kW]| 4.08| 4.06| 3.75| 4.08| 4.06
COP d (declared COP)| –| 5.90| 5.86| 5.70| 5.90| 5.86
Cdh(degradation coefficient)**| –| 0.90| 0.90| 0.90| 0.90| 0.90
Product fiche 6
Heat pump space heating| Model| MHC-V4W/D2N8-B1*| ***
MHC-V6W/D2N8-B1| ** MHC-V8W/D2N8-B1*| ** MHC-V10W/D2N8-B1*| *
MHC-V12W/D2N8-B1
---|---|---|---|---|---|---
**(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| 2.00| 2.00| 2.00| 2.00| 2.00
P dh (declared heating capacity)| [kW]| 4.83| 5.02| 7.55| 8.06|
12.07
COP d (declared COP)| –| 2.51| 2.48| 2.59| 2.59| 2.31
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00|
65.00| 65.00
****(F) Tbivalent temperature| T biv| [°C]| 7.00| 7.00| 7.00| 7.00|
7.00
P dh (declared heating capacity)| [kW]| 3.22| 3.31| 5.38| 5.54| 8.04
COP d (declared COP)| –| 3.68| 3.67| 4.01| 4.10| 3.86
Supplementary capacity at P_design| P sup (@Tdesignh: 2°C)|
[kW]| 0.18| 0.12| 0.82| 0.48| 0.43
****Product description| Air-to-water heat pump| Y/N| Yes| Yes|
Yes| Yes| Yes
Water-to-water heat pump| Y/N| No| No| No| No| No
Brine-to-water heat pump| Y/N| No| No| No| No| No
Low -temperature heat pump| Y/N| No| No| No| No| No
Equipped with a supplementary heater| Y/N| Yes| Yes| Yes| Yes| Yes
Heat pump combination heater| Y/N| No| No| No| No| No
Air to w ater unit| Rated airflow| [m3/h]| 2770| 2770| 4030| 4030|
4060
Brine/w ater to w ater unit| Rated w ater/brine flow (outdoor H/E)|
**| /| /| /| /| /
**Other| Capacity control| –| Inverter| Inverter| Inverter|
Inverter| Inverter
P off (Pow er consumption Off mode)| [kW]| 0.014| 0.014| 0.014|
0.014| 0.014
P to (Pow er consumption**
Thermostat off mode)
| [kW]| 0.024| 0.024| 0.024| 0.024| 0.024
P sb (Pow er consumption Standby
mode)
| [kW]| 0.014| 0.014| 0.014| 0.014| 0.014
P CK (Pow er crankcase heater model)| [kW]| 0.000| 0.000| 0.000|
0.000| 0.000
Q elec (Daily electricity consumption)| [kWh]| /| /| /| /| /
Q fuel (Daily fuel consumption)| [kWh]| /| /| /| /| /
Details and precautions on installation, maintenance and assembly can be found in the installation and or operation manuals. Product fiche data according to energy label directive 2010/30/EC regulation (EU) 811/2013.
Product fiche 6
Heat pump space heating| **** Model| **** MHC-V14W/D2N8-B1*|
**** MHC-V16W/D2N8-B1*| **** MHC-V12W/D2RN8-B1*| **** MHC-
V14W/D2RN8-B1*| * MHC-V16W/D2RN8-B1
---|---|---|---|---|---|---
**(E) Tol (temperature operating limit)| Tol (temperature operating
limit)| [°C]| 2.00| 2.00| 2.00| 2.00| 2.00
P dh (declared heating capacity)| [kW]| 13.04| 13.38| 12.07| 13.04|
13.38
COP d (declared COP)| –| 2.20| 2.29| 2.31| 2.20| 2.29
WTOL (Heating w ater Operation Limit)| [°C]| 65.00| 65.00| 65.00| 65.00|
65.00
****(F) Tbivalent temperature| T biv| [°C]| 7.00| 7.00| 7.00| 7.00|
7.00
P dh (declared heating capacity)| [kW]| 9.11| 9.11| 8.04| 9.11| 9.11
COP d (declared COP)| –| 3.89| 3.89| 3.86| 3.89| 3.89
Supplementary capacity at P_design| P sup (@Tdesignh: 2°C)|
[kW]| 1.13| 0.79| 0.43| 1.13| 0.79
****Product description| Air-to-water heat pump| Y/N| Yes| Yes|
Yes| Yes| Yes
Water-to-water heat pump| Y/N| No| No| No| No| No
Brine-to-water heat pump| Y/N| No| No| No| No| No
Low -temperature heat pump| Y/N| No| No| No| No| No
Equipped with a supplementary**
heater
| Y/N| Yes| Yes| Yes| Yes| Yes
Heat pump combination heater| Y/N| No| No| No| No| No
Air to w ater unit| Rated airflow| [m3/h]| 4060| 4650| 4060| 4060|
4650
Brine/w ater to w ater unit| Rated w ater/brine flow (outdoor H/E)|
| /| /| /| /| /
**Other| Capacity control| –| Inverter| Inverter| Inverter|
Inverter| Inverter
P of f (Power consumption Off mode)| [kW]| 0.014| 0.014| 0.02| 0.02|
0.02
P to (Power consumption Thermostat off mode)| [kW]| 0.024| 0.024|
0.030| 0.030| 0.030
P sb (Power consumption Standby mode)| [kW]| 0.014| 0.014| 0.02|
0.02| 0.02
P CK (Power crankcase heater model)| [kW]| 0.000| 0.000| 0.000|
0.000| 0.000
Q elec (Daily electricity consumption)| [kWh]| /| /| /| /| /
Q f uel (Daily fuel consumption)**| [kWh]| /| /| /| /| /
Details and precautions on installation, maintenance and assembly can be found in the installation and or operation manuals. Product fiche data according to energy label directive 2010/30/EC regulation (EU) 811/2013.
Product fiche 7
Heat pump space cooling| Model| MHC-V4W/D2N8-
B1***
| MHC-V6W/D2N8-
B1***
| **** MHC-V8W/D2N8-
B1***
| **** MHC-V10W/D2N8-
B1***
| **** MHC-V12W/D2N8-
B1***
---|---|---|---|---|---|---
* Unit sound power ()| Average climate low temperature application| dB|
56| 60| 60| 60| 65
Average climate medium temperature application| dB| 56| 58| 60| 60| 64
** Space cooling 7°C| Prated (declared cooling capacity) @ 35°C| [kW]|
4.70| 7.00| 7.45| 8.20| 11.50
Seasonal space cooling efficiency (ηs)| [%]| 196.2| 209.5| 229.9| 234.9| 194.1
Annual energy consumption| [kWh]| 566| 791| 768| 827| 1,400
Space cooling 18°C| Prated (declared cooling capacity) @ 35°C| [kW]|
4.50| 6.50| 8.30| 9.90| 12.00
Seasonal space cooling efficiency (ηs)| [%]| 307.4| 325.9| 354.7| 346.3| 282.0
Annual energy consumption| [kWh]| 348| 474| 557| 680| 1,011
Part load conditions space cooling：low temperature application@7°C
(A) condition (35°C)| Pdc (declared cooling capacity)| [kW]| 4.70| 7.00|
7.45| 8.20| 11.50
EERd (declared EER)| –| 3.45| 3.00| 3.35| 3.25| 2.75
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(B) condition (30°C)| Pdc (declared cooling capacity)| [kW]| 3.66| 5.13|
5.72| 6.68| 8.76
EERd (declared EER)| –| 4.76| 4.00| 4.71| 4.47| 3.93
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(C) condition (25°C)| Pdc (declared cooling capacity)| [kW]| 2.21| 3.48|
3.62| 4.26| 5.81
EERd (declared EER)| –| 5.72| 6.45| 6.65| 7.02| 5.73
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
**** (D) condition (20°C)| Pdc (declared cooling capacity)| [kW]| 0.94| 1.53|
1.64| 1.94| 2.63
EERd (declared EER)| –| 5.72| 7.73| 8.55| 9.54| 6.75
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(*)Sound power measured according to the EN12102 under conditions of the EN14825.
Product fiche 7
Heat pump space cooling| Model| ** MHC-V14W/D2N8-B1*| ** MHC-
V16W/D2N8-B1*| ** MHC-V12W/D2RN8-B1*| ** MHC-V14W/D2RN8-B1*|
MHC-V16W/D2RN8-B1*
---|---|---|---|---|---|---
** Unit sound power (*)| Average climate low temperature application| dB|
65| 69| 65| 65| 69
Average climate medium temperature application| dB| 64| 69| 64| 64| 69
Space cooling 7°C| Prated (declared cooling capacity) @ 35°C| [kW]|
12.40| 14.00| 11.50| 12.40| 14.00
Seasonal space cooling efficiency (ηs)| [%]| 191.9| 184.6| 193.0| 190.8| 183.7
Annual energy consumption| [kWh]| 1,527| 1,791| 1,408| 1,535| 1,799
Space cooling 18°C| Prated (declared cooling capacity) @ 35°C| [kW]|
13.50| 14.20| 12.00| 13.50| 14.20
Seasonal space cooling efficiency (ηs)| [%]| 274.4| 266.8| 279.7| 272.5| 265.0
Annual energy consumption| [kWh]| 1,168| 1,263| 1,019| 1,176| 1,271
Part load conditions space cooling：low temperature application@7°C
(A) condition (35°C)| Pdc (declared cooling capacity)| [kW]| 12.40|
14.00| 11.50| 12.40| 14.00
EERd (declared EER)| –| 2.50| 2.50| 2.75| 2.50| 2.50
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(B) condition (30°C)| Pdc (declared cooling capacity)| [kW]| 9.41|
10.68| 8.76| 9.41| 10.68
EERd (declared EER)| –| 3.85| 3.63| 3.93| 3.85| 3.63
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(C) condition (25°C)| Pdc (declared cooling capacity)| [kW]| 6.16| 6.76|
5.81| 6.16| 6.76
EERd (declared EER)| –| 5.80| 5.27| 5.73| 5.80| 5.27
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
**** (D) condition (20°C)| Pdc (declared cooling capacity)| [kW]| 2.63| 3.41|
2.63| 2.63| 3.41
EERd (declared EER)| –| 6.74| 7.29| 6.75| 6.74| 7.29
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(*)Sound power measured according to the EN12102 under conditions of the EN14825.
Product fiche 8
Heat pump space cooling| Model| MHC-V4W/D2N8-B1*| ***
MHC-V6W/D2N8-B1| ** MHC-V8W/D2N8-B1*| ** MHC-V10W/D2N8-B1*| *
MHC-V12W/D2N8-B1
---|---|---|---|---|---|---
Part load conditions space cooling：medium temperature application@18°C
(A) condition (35°C)| Pdc (declared cooling capacity)| [kW]| 4.50| 6.50|
8.30| 9.90| 12.00
EERd (declared EER)| –| 5.50| 4.80| 5.05| 4.55| 3.95
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(B) condition (30°C)| Pdc (declared cooling capacity)| [kW]| 3.44| 4.84|
6.47| 7.71| 9.21
EERd (declared EER)| –| 7.23| 7.16| 7.02| 6.45| 5.50
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(C) condition (25°C)| Pdc (declared cooling capacity)| [kW]| 2.19| 3.26|
4.31| 5.03| 5.74
EERd (declared EER)| –| 8.94| 9.64| 10.67| 10.36| 8.66
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(D) condition (20°C)| Pdc (declared cooling capacity)| [kW]| 1.13| 1.41|
1.80| 2.32| 3.33
EERd (declared EER)| –| 10.48| 11.48| 13.61| 14.98| 10.07
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
Air to water unit| Rated airflow (outdoor)| [m3/h]| 2770| 2770| 4030| 4030|
4060
Brine/water to water unit| Rated water/brine flow (outdoor H/E)| –| /| /| /|
/| /
**** Other| Capacity control| –| Inverter| Inverter| Inverter| Inverter|
Inverter
Poff (Power consumption Off mode)| [kW]| 0.014| 0.014| 0.014| 0.014| 0.014
Pto (Power consumption Thermostat off mode)| [kW]| 0.010| 0.010| 0.010| 0.010|
0.010
Psb (Power consumption Standby mode)| [kW]| 0.014| 0.014| 0.014| 0.014| 0.014
Pck (Power crankcase heater mode)| [kW]| 0.000| 0.000| 0.000| 0.000| 0.000
Qelec (Daily electricity consumption)| [kWh]| /| /| /| /| /
Qfuel (Daily fuel consumption)| [kWh]| /| /| /| /| /
Product fiche 8
Heat pump space cooling| Model| MHC-V14W/D2N8-B1*| ***
MHC-V16W/D2N8-B1| ** MHC-V12W/D2RN8-B1*| ** MHC-V14W/D2RN8-B1*|
** MHC-V16W/D2RN8-B1*
---|---|---|---|---|---|---
Part load conditions space cooling：medium temperature application@18°C
** (A) condition (35°C)| Pdc (declared cooling capacity)| [kW]| 13.50|
14.20| 12.00| 13.50| 14.20
EERd (declared EER)| –| 3.61| 3.61| 3.95| 3.61| 3.61
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(B) condition (30°C)| Pdc (declared cooling capacity)| [kW]| 10.20|
11.42| 9.21| 10.20| 11.42
EERd (declared EER)| –| 5.26| 5.14| 5.50| 5.26| 5.14
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(C) condition (25°C)| Pdc (declared cooling capacity)| [kW]| 6.57| 7.27|
5.74| 6.57| 7.27
EERd (declared EER)| –| 8.45| 7.83| 8.66| 8.45| 7.83
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
(D) condition (20°C)| Pdc (declared cooling capacity)| [kW]| 3.33| 3.40|
3.33| 3.33| 3.40
EERd (declared EER)| –| 10.07| 10.35| 10.07| 10.07| 10.35
Cdc(degradation coefficient)| –| 0.90| 0.90| 0.90| 0.90| 0.90
Air to water unit| Rated airflow (outdoor)| [m3/h]| 4060| 4650| 4060| 4060|
4650
Brine/water to water unit| Rated water/brine flow (outdoor H/E)| –| /| /| /|
/| /
Other| Capacity control| –| Inverter| Inverter| Inverter| Inverter|
Inverter
Poff (Power consumption Off mode)| [kW]| 0.014| 0.014| 0.020| 0.020| 0.020
Pto (Power consumption Thermostat off mode)| [kW]| 0.010| 0.010| 0.010| 0.010|
0.010
Psb (Power consumption Standby mode)| [kW]| 0.014| 0.014| 0.020| 0.020| 0.020
Pck (Power crankcase heater mode)| [kW]| 0.000| 0.000| 0.000| 0.000| 0.000
Qelec (Daily electricity consumption)| [kWh]| /| /| /| /| /
Qfuel (Daily fuel consumption)| [kWh]| /| /| /| /| /
Condition(°C）| Model| Capacity (kW)| Power input (kW)| EER/COP
(/)
---|---|---|---|---
*** Ambient Temperature：35/24 Water temperature：12/7| MHC-V4W/D2N8-B1|
4.70| 1.36| 3.45
MHC-V6W/D2N8-B1| 7.00| 2.33| 3.00
MHC-V8W/D2N8-B1| 7.45| 2.22| 3.35
MHC-V10W/D2N8-B1| 8.20| 2.52| 3.25
MHC-V12W/D2N8-B1| 11.5| 4.18| 2.75
MHC-V14W/D2N8-B1| 12.4| 4.96| 2.50
MHC-V16W/D2N8-B1| 14.0| 5.60| 2.50
MHC-V12W/D2RN8-B1| 11.5| 4.18| 2.75
MHC-V14W/D2RN8-B1| 12.4| 4.96| 2.50
MHC-V16W/D2RN8-B1*| 14.0| 5.60| 2.50
*** Ambient Temperature：35/24 Water temperature：23/18| MHC-V4W/D2N8-B1|
4.50| 0.82| 5.50
MHC-V6W/D2N8-B1| 6.50| 1.35| 4.80
MHC-V8W/D2N8-B1| 8.30| 1.64| 5.05
MHC-V10W/D2N8-B1| 9.90| 2.18| 4.55
MHC-V12W/D2N8-B1| 12.00| 3.04| 3.95
MHC-V14W/D2N8-B1| 13.50| 3.74| 3.61
MHC-V16W/D2N8-B1| 14.20| 3.94| 3.61
MHC-V12W/D2RN8-B1| 12.00| 3.04| 3.95
MHC-V14W/D2RN8-B1| 13.50| 3.74| 3.61
MHC-V16W/D2RN8-B1*| 14.20| 3.94| 3.61
*** Ambient Temperature：7/6 Water temperature：30/35| MHC-V4W/D2N8-B1|
4.20| 0.82| 5.10
MHC-V6W/D2N8-B1| 6.35| 1.28| 4.95
MHC-V8W/D2N8-B1| 8.40| 1.63| 5.15
MHC-V10W/D2N8-B1| 10.0| 2.02| 4.95
MHC-V12W/D2N8-B1| 12.1| 2.44| 4.95
MHC-V14W/D2N8-B1| 14.5| 3.15| 4.60
MHC-V16W/D2N8-B1| 15.9| 3.53| 4.50
MHC-V12W/D2RN8-B1| 12.1| 2.44| 4.95
MHC-V14W/D2RN8-B1| 14.5| 3.15| 4.60
MHC-V16W/D2RN8-B1***| 15.9| 3.53| 4.50
**** Ambient Temperature：2/1 Water temperature：30/35
| MHC-V4W/D2N8-B1| 4.40| 1.10| 4.00
MHC-V6W/D2N8-B1| 5.50| 1.41| 3.90
MHC-V8W/D2N8-B1| 7.10| 1.73| 4.10
MHC-V10W/D2N8-B1| 8.20| 2.05| 4.00
MHC-V12W/D2N8-B1| 9.2| 2.36| 3.90
MHC-V14W/D2N8-B1| 11.0| 3.06| 3.60
MHC-V16W/D2N8-B1| 13.0| 3.77| 3.45
MHC-V12W/D2RN8-B1| 9.2| 2.36| 3.90
MHC-V14W/D2RN8-B1| 11.0| 3.06| 3.60
MHC-V16W/D2RN8-B1| 13.0| 3.77| 3.45
Ambient Temperature：-7/-8 Water temperature：30/35| MHC-V4W/D2N8-B1| 4.70|
1.52| 3.10
---|---|---|---|---
MHC-V6W/D2N8-B1| 6.00| 2.00| 3.00
MHC-V8W/D2N8-B1| 7.00| 2.19| 3.20
MHC-V10W/D2N8-B1| 8.00| 2.62| 3.05
MHC-V12W/D2N8-B1| 10.00| 3.33| 3.00
MHC-V14W/D2N8-B1| 12.00| 4.21| 2.85
MHC-V16W/D2N8-B1| 13.10| 4.85| 2.70
MHC-V12W/D2RN8-B1| 10.00| 3.33| 3.00
MHC-V14W/D2RN8-B1| 12.00| 4.21| 2.85
MHC-V16W/D2RN8-B1| 13.10| 4.85| 2.70
Ambient Temperature：7/6 Water temperature：40/45| MHC-V4W/D2N8-B1| 4.30|
1.13| 3.80
MHC-V6W/D2N8-B1| 6.30| 1.70| 3.70
MHC-V8W/D2N8-B1| 8.10| 2.10| 3.85
MHC-V10W/D2N8-B1| 10.0| 2.67| 3.75
MHC-V12W/D2N8-B1| 12.3| 3.32| 3.70
MHC-V14W/D2N8-B1| 14.1| 3.92| 3.60
MHC-V16W/D2N8-B1| 16.0| 4.57| 3.50
MHC-V12W/D2RN8-B1| 12.3| 3.32| 3.70
MHC-V14W/D2RN8-B1| 14.1| 3.92| 3.60
MHC-V16W/D2RN8-B1| 16.0| 4.57| 3.50
Ambient Temperature：2/1 Water temperature：40/45| MHC-V4W/D2N8-B1| 5.10|
1.70| 3.00
MHC-V6W/D2N8-B1| 5.80| 1.93| 3.00
MHC-V8W/D2N8-B1| 7.40| 2.28| 3.25
MHC-V10W/D2N8-B1| 7.85| 2.45| 3.20
MHC-V12W/D2N8-B1| 10.60| 3.53| 3.00
MHC-V14W/D2N8-B1| 11.50| 4.04| 2.85
MHC-V16W/D2N8-B1| 12.70| 4.46| 2.85
MHC-V12W/D2RN8-B1| 10.60| 3.53| 3.00
MHC-V14W/D2RN8-B1| 11.50| 4.04| 2.85
MHC-V16W/D2RN8-B1| 12.70| 4.46| 2.85
Ambient Temperature：-7/-8 Water temperature：40/45| MHC-V4W/D2N8-B1| 4.30|
1.83| 2.35
MHC-V6W/D2N8-B1| 5.40| 2.25| 2.40
MHC-V8W/D2N8-B1| 6.60| 2.59| 2.55
MHC-V10W/D2N8-B1| 7.35| 2.88| 2.55
MHC-V12W/D2N8-B1| 10.20| 4.25| 2.40
MHC-V14W/D2N8-B1| 11.70| 4.98| 2.35
MHC-V16W/D2N8-B1| 12.80| 5.69| 2.25
MHC-V12W/D2RN8-B1| 10.20| 4.25| 2.40
MHC-V14W/D2RN8-B1| 11.70| 4.98| 2.35
MHC-V16W/D2RN8-B1| 12.80| 5.69| 2.25
Ambient Temperature：7/6 Water temperature：47/55| MHC-V4W/D2N8-B1| 4.40|
1.49| 2.95
---|---|---|---|---
MHC-V6W/D2N8-B1| 6.00| 2.03| 2.95
MHC-V8W/D2N8-B1| 7.50| 2.36| 3.18
MHC-V10W/D2N8-B1| 9.50| 3.06| 3.10
MHC-V12W/D2N8-B1| 11.9| 3.90| 3.05
MHC-V14W/D2N8-B1| 13.8| 4.68| 2.95
MHC-V16W/D2N8-B1| 16.0| 5.61| 2.85
MHC-V12W/D2RN8-B1| 11.9| 3.90| 3.05
MHC-V14W/D2RN8-B1| 13.8| 4.68| 2.95
MHC-V16W/D2RN8-B1| 16.0| 5.61| 2.85
Ambient Temperature：2/1 Water temperature：47/55| MHC-V4W/D2N8-B1| 5.10|
2.08| 2.45
MHC-V6W/D2N8-B1| 5.65| 2.31| 2.45
MHC-V8W/D2N8-B1| 7.10| 2.73| 2.60
MHC-V10W/D2N8-B1| 8.10| 3.16| 2.56
MHC-V12W/D2N8-B1| 11.30| 4.52| 2.50
MHC-V14W/D2N8-B1| 12.40| 5.06| 2.45
MHC-V16W/D2N8-B1| 13.30| 5.54| 2.40
MHC-V12W/D2RN8-B1| 11.30| 4.52| 2.50
MHC-V14W/D2RN8-B1| 12.40| 5.06| 2.45
MHC-V16W/D2RN8-B1| 13.30| 5.54| 2.40
Ambient Temperature：-7/-8 Water temperature：47/55| MHC-V4W/D2N8-B1| 4.00|
2.05| 1.95
MHC-V6W/D2N8-B1| 5.15| 2.58| 2.00
MHC-V8W/D2N8-B1| 6.15| 3.00| 2.05
MHC-V10W/D2N8-B1| 6.85| 3.43| 2.00
MHC-V12W/D2N8-B1| 9.80| 4.78| 2.05
MHC-V14W/D2N8-B1| 11.00| 5.37| 2.05
MHC-V16W/D2N8-B1| 12.50| 6.25| 2.00
MHC-V12W/D2RN8-B1| 9.80| 4.78| 2.05
MHC-V14W/D2RN8-B1| 11.00| 5.37| 2.05
MHC-V16W/D2RN8-B1| 12.50| 6.25| 2.00
ErP Information
| Fan Types | Axial fan |
|---|---|
| Directive (or Standard) for Regulation | ErP Directive 2009/125/EC |
COMMISSION REGULATION (EU) No 327/2011
Model Name| WZDK170-38G-1+ ZL-58019015-3| Rev.|
Prepare by|
Specified Information of Fan:
| No. | Information Item | Comment |
|---|---|---|
| 1 | η target = | 29.1% |
| 2 | Overall efficiency (η e ) = | 33.1% |
| 3 | Pass or not (Criteria: η e ≧η target ) | Pass |
| 4 | Measurement category (A-D) | A |
| 5 | Efficiency category (static or total) | Static |
| 6 | Efficiency grade at optimum energy efficiency point | N =43.9 |
| 7 | VSD is integrated within the fan | YES |
| 8 | Year of Manufacture | Ref. to the Unit Nameplate |
| 9 | Manufacturer’s name and place of manufacture | Ref. to the Unit Nameplate |
| 10.1 | Rated motor power input(s) (kW), at optimum energy efficiency | 0.190kw |
| 10.2 | Rated motor flow rate(s) at optimum energy efficiency | 1.368m3/s |
| 10.3 | Rated motor pressure(s) at optimum energy efficiency | 40Pa |
| 11 | Rotations per minute (R.P.M)at the optimum energy |
efficiency point
| 800r/min
12| Specific ratio| 1.001
13| Information relevant for facilitating disassembly, recycling or disposal
at end-of-life| all materials can be recycled
14| Information relevant to minimize impact on the environment and ensure
optimal life expectancy as regards installation, use and maintenance of the
fan| For installation, the clearance of 500 mm shall be kept from inlet
15| Description of additional items used when determining the fan energy
efficiency,such as ducts, that are not described in the measurement category
and not supplied with the fan.| Measurement category A, fan is free inlet and
outlet conditions
16| Motor manufacturer| NIDEC SHIBAURA (ZHE JIANG) CORP.
Fan Types| Axial fan
---|---
Directive (or Standard) for Regulation| ErP Directive 2009/125/EC
COMMISSION REGULATION (EU) No 327/2011
Model Name| WZDK170-38G-1+ ZL-58019015-3| Rev.|
Prepare by|
Specified Information of Fan:
| No. | Information Item | Comment |
|---|---|---|
| 1 | η target = | 29.1% |
| 2 | Overall efficiency (η e ) = | 33.7% |
| 3 | Pass or not (Criteria: η e ≧η target ) | Pass |
| 4 | Measurement category (A-D) | A |
| 5 | Efficiency category (static or total) | Static |
| 6 | Efficiency grade at optimum energy efficiency point | N =44.6 |
| 7 | VSD is integrated within the fan | YES |
| 8 | Year of Manufacture | Ref. to the Unit Nameplate |
| 9 | Manufacturer’s name and place of manufacture | Ref. to the Unit Nameplate |
| 10.1 | Rated motor power input(s) (kW), at optimum energy efficiency | 0.186kw |
| 10.2 | Rated motor flow rate(s) at optimum energy efficiency | 1.37m3/s |
| 10.3 | Rated motor pressure(s) at optimum energy efficiency | 40Pa |
| 11 | Rotations per minute (R.P.M)at the optimum energy efficiency point |
800r/min
12| Specific ratio| 1.001
13| Information relevant for facilitating disassembly, recycling or disposal
at end-of-life| all materials can be recycled
14| Information relevant to minimize impact on the environment and ensure
optimal life expectancy as regards installation, use and maintenance of the
fan| For installation, the clearance of 500 mm shall be kept from inlet
15| Description of additional items used when determining the fan energy
efficiency,such as ducts, that are not described in the measurement category
and not supplied with the fan.| Measurement category A, fan is free inlet and
outlet conditions
16| Motor manufacturer| GUANGDONG WELLING MOTOR MANUFACTURING CO.,LTD.
Specified Information of Fan:
| No. | Information Item | Comment |
|---|---|---|
| 1 | ηtarget = | 29.0% |
| 2 | Overall efficiency (ηe) = | 34.6% |
| 3 | Pass or not (Criteria: ηe ≧ηtarget ) | Pass |
| 4 | Measurement category (A-D) | A |
| 5 | Efficiency category (static or total) | Static |
| 6 | Efficiency grade at optimum energy efficiency point | N =45.7 |
| 7 | VSD is integrated within the fan | YES |
| 8 | Year of Manufacture | Ref. to the Unit Nameplate |
| 9 | Manufacturer’s name and place of manufacture | Ref. to the Unit Nameplate |
| 10.1 | Rated motor power input(s) (kW), at optimum energy efficiency | 0.180kW |
| 10.2 | Rated motor flow rate(s) at optimum energy efficiency | 1.378m3/s |
| 10.3 | Rated motor pressure(s) at optimum energy efficiency | 40Pa |
| 11 | Rotations per minute (R.P.M)at the optimum energy efficiency point |
800r/min
12| Specific ratio| 1.001
13| Information relevant for facilitating disassembly, recycling or disposal
at end-of-life| all materials can be recycled
14| Information relevant to minimize impact on the environment and ensure
optimal life expectancy as regards installation, use and maintenance of the
fan| For installation, the clearance of 500 mm shall be kept from inlet
15| Description of additional items used when determining the fan energy
efficiency,such as ducts, that are not described in the measurement category
and not supplied with the fan.| Measurement category A, fan is free inlet and
outlet conditions
16| Motor manufacturer| Panasonic Motor (HangZhou) CO.,LTD.
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>