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When you choose the proportional integral algorithm, you
have four preset programs available to choose from (see
table).
This type of setting enables the device to reduce system
powering-up times, as the room temperature approaches the
set temperature. This results in remarkable energy savings
while maintaining optimal comfort levels.
The proportional integral setting lets you manage a greater variety of systems, compared to the thermal differential setting.
And, it is especially suited to manage floor-installed and radiating systems. The gap between the room and temperature and
the set temperature will only be of a few tenths of a degree, to ensure more precise adjustments.
Program
Cycle
duration
Minimum ON time
Proportional Band
System type
PI0
5 minutes
1 minute
1.0 °C
Fan coils
PI1
10 minutes
1 minute
1.5 °C
Basic system with gas burner, zone valve
and traditional radiators
PI2
5 minutes
1 minute
1.5 °C
Electric radiators
PI3
20 minutes
2 minutes
1.5 °C
Floor-installed radiating systems, cooling
Press button to save the configuration and confirm your choices on the pop-up window.
Recalibrate the temperature and humidity sensor.
If the device is not properly measuring the temperature and
humidity, by pressing areas
8
and
9
you can change the
data settings: the temperature can be changed by ±2 °C,
in increments of a tenth of a degree, and, the humidity by
±10%, in increments of 1%.
Properties
Algorithm :
Diff
PI 0
PI 2
PI 1
PI
PI 3
Properties
Living room
Properties
Thermal Parameters
Temperature Gap
Temperature Gap:
Humidity Gap
Humidity control
Use buttons to set the new value to apply to the sensor-de-
tected data.
Do the same for the humidity sensor-detected data.
Save the new values by pressing button and confirming
your choices on the pop-up window.
G
H
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