DeDietrich MIT-M /E Installation, User And Service Manual page 11

Tab.3 Outdoor unit conditions of use
Heating mode
Cooling mode
Tab.4 Heating mode: outdoor air temperature +7 °C, water temperature at the outlet +35 °C. Performances in accordance
with EN 14511-2.
Measurement type
Heat output
Coefficient of performance (COP)
Absorbed electrical power
Tab.5 Heating mode: outdoor air temperature +2 °C, water temperature at the outlet +35 °C. Performances in accordance
with EN 14511-2.
Measurement type
Heat output
Coefficient of performance (COP)
Absorbed electrical power
Tab.6 Heating mode: outdoor air temperature -7°C, water temperature at the outlet +35 °C. Performances in accordance
with EN 14511-2.
Measurement type
Heat output
Coefficient of performance (COP)
Absorbed electrical power
Tab.7 Heating mode: outdoor air temperature +7 °C, water temperature at the outlet +55 °C. Performances in accordance
with EN 14511-2.
Measurement type
Heat output
Coefficient of performance (COP)
Absorbed electrical power
Tab.8 Cooling mode: outdoor air temperature +35 °C, water temperature at the outlet +18 °C. Performances in accordance
with EN 14511-2.
Measurement type
Cooling output
Energy efficiency ratio (EER)
Absorbed electrical power
7756241 - v02 - 19062020
Water (maximum temperature)
Outdoor air
Water (minimum temperature)
Outdoor air
Unit
kW
kWe
Unit
kW
kWe
Unit
kW
kWe
Unit
kW
kWe
Unit
kW
kWe
MONO AWHP 6
MR
+60 °C
-20 °C /
+35 °C
+5 °C
-5°C /
+46 °C
MONO AWHP 6 MONO AWHP 8
MR MR
6.0 9.0
4.83 4.51
1.24 2.0
MONO AWHP 6 MONO AWHP 8
MR MR
6.0 6.80
3.64 3.60
1.65 1.89
MONO AWHP 6 MONO AWHP 8
MR MR
6 7.5
3.11 2.69
1.94 2.79
MONO AWHP 6 MONO AWHP 8
MR MR
6.0 9.0
2.87 2.78
2.09 3.24
MONO AWHP 6 MONO AWHP 8
MR MR
6 7.50
4.26 4.42
1.408 1.70
3 Technical specifications
MONO AWHP 8 MONO AWHP
MR 11 MR
+60 °C +60 °C
-20 °C / -20 °C /
+35 °C +35 °C
+5 °C +5 °C
-5 °C / -5°C /
+46 °C +46 °C
MONO AWHP 11
MR
11.20
4.54
2.47
MONO AWHP 11
MR
9.0
3.68
2.45
MONO AWHP 11
MR
9.0
3.27
2.75
MONO AWHP 11
MR
11.2
2.70
4.15
MONO AWHP 11
MR
10.00
4.74
2.11
MIT-M 11