Ochsner AIR FALCON 212, Руководство по эксплуатации

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Heat management
1 Target room temperature heating
2 Target room temperature increase
3 Target buffer tank temperature increase, forced
acceptance
4 SmartGrid in forced acceptance mode
5 Target room temperature cooling
6 Target room temperature decrease
7 Target buffer tank temperature decrease, forced
acceptance
8 Target buffer tank temperature
Note
The associated parameters can only be set in ex-
pert mode.
17. Heat management
17.1 Operating data
Description Unit
System temper-
ature
In systems with a buffer tank, the buff-
er tank temperature is shown here. In
systems with a bypass, the flow tem-
perature downstream of the bypass is
shown here.
°C
Buffer tank tem-
perature, top
This shows the temperature of the heat-
ing water in the first buffer tank at the
top.
°C
Buffer tank tem-
perature, bottom
This shows the temperature of the heat-
ing water in the first buffer tank at the
bottom.
°C
Buffer tank 2 tem-
perature, top
This shows the temperature of the heat-
ing water in the second buffer tank at
the top.
°C
Buffer tank 2 tem-
perature, bottom
This shows the temperature of the heat-
ing water in the second buffer tank at
the bottom.
°C
Heat pump outlet
temperature
The temperature of the heating water at
the heat pump outlet is shown here.
°C
Heat pump inlet
temperature
The temperature of the heating water at
the heat pump inlet is shown here.
°C
17.1.1 Viewing operating data
»
Open the menu.
»
Select “Heat management”.
»
Select “Operating data”.
17.2 Output demand
The maximum heat pump output is only required at ex-
tremely low standard outdoor temperatures. The warmer
it becomes, the lower the required output.
The heat pump controller takes this into consideration and
matches the heat pump output to the currently required
building heat load. This means that only precisely the
amount of energy that is actually required is produced.
Example of a performance diagram:
X Outdoor air temperature [°C]
Y Heating output [kW]
1 Required heating output at standard outdoor
temperature
2 Building heat load curve
3 Heat pump output matching
Pmin = min. output
Pmax 35°C = max. output at 35°C flow
Pmax 55°C = max. output at 55°C flow
Note
The performance diagram for your machine can be
found in the design and installation manual.
17.3 Statistics
The electrical energy consumption of the heat pump is cal-
culated according to a new method from software version
V03.01.xxx. Values collected prior to this software version
will not be recalculated and cannot be compared with the
new values.
Software version Calculation method
Up to V03.00.xxx The electrical energy consumption of the heat
pump is made up purely of the electrical ener-
gy consumption of the inverter.