Bosch Rego 1000 User Manual page 11

Program Day
Program 1, 2 Mon - Sun
Table 7 Program 1 and 2
To set the desired time of day:
▶ Select Program 1 or Program 2.
▶ Go to menu 1.1.11.2 View/edit active program.
▶ Select day by turning the menu dial.
Fig. 24
▶ Press the menu dial to mark the value to be changed.
Fig. 25
▶ Turn the menu dial until the desired setting has been selected.
▶ Then press the menu dial.
▶ Turn the menu dial to be able to set additional values in the same way
as above.
▶ Go back one step with
▶ Select Saving alternative:
– Return without saving
– Program 1
– Program 2
The set changes are saved as a selected program or not at all.
▶ To adjust the normal temperature, proceed to menu 1.1.11.3 Room
temperature normal.
▶ To adjust the exceptional temperature, proceed to menu 1.1.11.7
Room temperature exception.
Room temperature program when there is a room sensor:
1.1.11 Room temperature program
1.1.11.1 Active program
If a program is selected, the following (if the menu button is turned) is
displayed:
1.1.11.2 View/edit active program
1.1.11.3 Room temperature normal
▶ Set the desired set point for the room temperature.
1.1.11.6 Room temperature influence
▶ Set the values in the same way as for1.1.10.1 Room temperature
influence .
1.1.11.7 Room temperature exception
▶ Set the temperature that should apply as exceptional temperature in
the program.
The menu is only displayed if Program 1 or Program 2 is selected.
1.1.11.8 Copy to all heating circuits
▶ Select Yes to have the same control for all installed circuits.
The menu is displayed only under Circuit 1 .
Rego 1000 – 6 721 831 662 (2021/03) en
Start Stop
5:30 22:00
6 720 643 415-13.1I
6 720 643 415-14.1I
.
Room temperature program when there is no room sensor:
1.1.11 Room temperature program
1.1.11.1 Active program
1.1.11.2 View/edit active program
The same as when there is a room sensor, see above.
1.1.11.3 Room temperature normal
▶ Set the measured value in the room.
The indicated value is used by temperature programs to calculate the
difference between normal and exceptional temperature.
1.1.11.4 Temperature increase/decrease
▶ Use this function to adjust the room temperature so that the normal
room temperature (see the previous menu) becomes the desired
temperature.
▶ Use this function to simply increase or decrease the heat when there
are no room sensors.
– – Results in approx. 1 °C lower room temperature.
– results in approx. 0.5 °C lower room temperature.
+ results in approx. 0.5 °C higher room temperature.
++ results in approx. 1 °C higher room temperature.
1.1.11.6 Room temperature influence
▶ Set the values in the same way as for 1.1.10.1 Room temperature
influence .
1.1.11.7 Room temperature exception
The same as when there is a room sensor, see above.
1.1.11.8 Copy to all heating circuits
The same as when there is a room sensor, see above.
It always takes some time for a change of a heating
setting, e.g. an increase or decrease in room
temperature, to apply. The same applies in the event of a
quick change of the outdoor temperature. This is why
you should always wait for at least 24 hours before
making a new change.
1.3 Circuit 2 (option)
▶ Set the values in the same way as for 1.1 Circuit 1 Heating .
1.4 Circuit 3 (option)
▶ Set the values in the same way as for 1.1 Circuit 1 Heating .
1.5 Circuit 4 (option)
▶ Set the values in the same way as for 1.1 Circuit 1 Heating .
6.2.1 Set point value
The heating circuit's set point value is the temperature of the flow that
the heat pump attempts to maintain. Sometimes, the measured actual
value fluctuates a bit upward and downward depending on changes in
the outdoor temperature or a large hot water demand.
The set point value specified by the customer/installer is
most often the room temperature, which is recalculated
by the control unit into a corresponding flow
temperature set point value. Under normal conditions, 1
K ( °C) in room temperature corresponds to approx. 3 K
( °C) in flow temperature.
The set point value is normally based on:
• Current curve value (the low line temperature at the current outdoor
temperature according to the applicable heat curve).
• Current curve influence through:
– Room sensor
– Holiday
– Active program
Settings Customer level
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