Salus PCSol 201, Инструкция по установке и эксплуатации

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100%. If the said difference between
temperatures T1 and T2 drops below
dTonDHW, the controller will start reducing the
pump speed, until the difference between T1
and T2 reaches the value specified as
dToffDHW . If the difference between T1 and T2
is between the values dTonDHW
÷
dToffDHW ,
the controller will calculate and set the pump
speed proportionally.
When
dToffDHW is reached, the pump will work
at minimal speed ( Pmin parameter), below it will
be stopped.
The system will operate by the time when T2
sensor temperature reaches the preset TsDHW ,
and then it will be stopped.
If T1 collector temperature reaches critical
value ( TCOLcr ), than the collector will allow the
collector pump to be switched on, to reduce the
critical temperature blow hysteresis
HP1.
If the reservoir reaches maximal
temperature TDHWmax, the P2 input (controls
discharge valve) will be operated, until the
reservoir temperature (
T2 sensor) drops to the
value T2<TDHWmax-HP2.
List of settings in
Adjustment menu :
TsDHW- Reservoir temperature preset .
Alarm TCOLcr
–
Switching on (YES) or off (NO)
the alarm on exceeding TCOLcr
temperature. This function will not affect the
controller operation. If the parameter is set
as NO the controller will not alarm after
TCOLcr temperature has been exceeded at
the collector’s sensor.
13.5. Solar thermal scheme D
Loading of DHW reservoir A with a function for
heat transfer to DHW reservoir B .
Fig. 13.4 Solar thermal scheme D
The collector pump will be started with
100% capacity, if the difference between T1 and
T2 exceeds the value of dTonDHW
setting, and it will be working for the time
specified in parameter
tP . If after this time the
difference between T1 and T2 is still above
dTonDHW , the pump speed will remain at
100%. If the said difference between T1 and T2
drops below dTonDHW, the controller will start
reducing the pump speed, until the difference
between T1 and T2 reaches the value specified
as dToffDHW . If the difference between T1 and
T2 is between the values dTonDHW
÷
dToffDHW , the controller will calculate and set
the pump speed proportionally.
When
dToffDHW is reached, the pump will work
at minimal speed ( Pmin parameter), below it will
be stopped.
If the difference between A and B reservoir
temperature reaches the value of dTAB ( T3 and
T4 difference), P2 will be started to transfer heat
to the reservoir B . The pump will be stopped, if
the difference between temperatures T3
and T4 drops below the difference dTAB-HP2).
If the collector temperature T1 reaches
the value of TCOLcr , the collector pump will be
started (despite of reaching TsDHW
temperature). This is aimed to reduce the
collector’s temperature. It will be stopped, when
T1 temperature drops below T1<TCOLcr-HP1,
or if the reservoir temperature at T2 sensor
reaches the value of TDHWmax .
List of settings in Adjustment menu
TsDHW- Reservoir temperature preset A and B .
dTAB- temperature difference between
reservoirs A and B ( T3 and T4 sensors), that
when reached causes the controller to start
P2 pump, which transfers heat to the
reservoir B . P2 will be stopped, if the
difference of dTAB ( T3 and T4
temperatures) drops by the value of auxiliary
hysteresis
HP2.
Night cooling- YES enables / NO disables night
cooling mode in hours 0
00
÷5
00
.
Night cooling ON
–
DHW reservoir temperature
( T2 sensor) that when exceeded at 0
00
, if
night cooling function is enabled, the
controller will decide on night cooling
activation.
Night cooling OFF
–
DHW reservoir
temperature ( T2 sensor), to which the
controller will be cooling down the reservoir
(if night cooling function is enabled and if
between
0
00
÷5
00
Night cooling ON
temperature was exceeded).
Alarm TCOLcr
–
Switching on (YES) or off (NO)
the alarm on exceeding TCOLcr
temperature. This function will not affect the
controller operation. If the parameter is set
as NO, the controller will not alarm if
TCOLcr
temperature has been exceeded at the
collector’s sensor
.