Temperature manager
6
Betriebsanleitung_PS_10_60_Touch_Englisch_V1.3
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6
TEMPERATURE MANAGER
The control of the heat demands of the individual modules (=heating circuits) happens with a so-called
temperature manager. To understand the operation of the temperature manager the scheme which is
illustrated in Figure 6.1 is used. It can be seen that a module has inputs and outputs. The module gives a so-
called temperature demand to his “heat supplier”. This temperature demand is the sum of an internal
calculated temperature demand and an adjustable temperature increase. The heat supplier must provide this
temperature demand to the modules.
The heat supplier (= heat generator resp. b
oiler/buffer) which gets the information’s of the temperature
demand of the modules must provide heat to the individual modules. Thereby the maximum of the
temperature demands of the individual modules is generated. These modules will receive the existing
temperature.
Example:
Heat supplier = Boiler
Module 1 & 2 = Heating circuit 1 & 2
Heating circuit 1
Heating circuit 2
Buffer
calculated required temperature in °C
60
30
75
Temp. increase in °C
5
3
0
Required temperature of the
modules in °C
65
33
75
Required temperature
(=maximum formation)
75
Module 2
(Consumer)
Temp
.
existing
Temp.required
+ Temp increase
OUTPUTS
INPUTS
Buffer
Temp
.
existing
OUTPUTS
INPUTS
Temp
.
existing
Temp.required
Module 1
(Consumer)
Temp
.
existing
Temp.required
+ Temp increase
OUTPUTS
INPUTS
Heat supplier
(Boiler)
Temp
.
existing
Temp.required
Temp.required
+ Temp increase
Figure 6.1: Temperature manager
Summary of Contents for pelletstar 10
Page 1: ...Operating instructions pelletstar 10 60 ...
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