MANUAL USER WI-FI THERMOSTAT ATB100
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Heating prediction
According to the weather conditions and the characteristics of the house, the Campini
Thermostat is able to turn on the heating in advance to reach the desired temperature at
the programmed time. Alternatively, you can use the parameter "Minutes in advance for
each ° C" which is a value fixed in advance; you have to put the minutes required to get
the variation of a degree of temperature with heating system on active mode. You can also
adjust viewing the graph with the trend of the ambient temperature.
You can also set the advanced fixed value to 0, but in this case you will not be able to
receive notifications of any system abnormalities.
Hysteresis (ON / OFF) / Advanced (PID)
Adjustment
The Campini Thermostat can take advantage of two different algorithms to adjust the
temperature: hysteresis or advanced adjustment.
When the Campini Thermostat is turned on the first time, it is set with hysteresis adjustment
suitable to any type of system. For systems in which the temperature change is faster, by
setting the advanced adjustment you obtain a slowdown of the temperature rise near the
setpoint set such as to reduce the over temperature and obtain an energy saving with a
more stable temperature control.
Before activating the advanced adjustment, you also need to consider that the Campini
Thermostat must acquire the thermal inertia of your home and your heating system so to
manage the “ Advanced heating prediction ” mode, and therefore it is recommended the
hysteresis adjustment for at least the first two weeks of operation of the Campini
Thermostat with active heating system.
The following table can be used to figure out what the ideal setting for your home is:
Hysteresis
Advanced
With the heating always on, how much does the temperature
increase in an hour?
<3 ° C
> 3 ° C
Is it compatible with a heat pump?
YES
NO
Is it compatible with a wood boiler?
YES
NO
Energy efficiency class (ErP)
Supplier name or trademark: Temperature Campini - Corel SpA
Vendor identifier model: ATB100
Class of temperature control: IV
Contribution of temperature control of Energy Efficiency: 2%
