Gewiss Chorus GW 10 794H, Руководство по программированию

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GENERAL DESCRIPTION
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During operation, the activation of the heating or cooling mode is indicated in the
following way:
Heating
The symbol indicates that the activation command has
been sent to the command actuator of the boiler or area
solenoid valve (1st stage of the heating system
(1)
). If the load
notifications have been activated via ETS, and the timed
thermostat does not receive confirmation of effective
implementation from the actuator, the
symbol will begin
to flash. Subsequently, the timed thermostat sends the
activation command every 60 seconds until it receives
confirmation. The
symbol indicates that the 2nd stage
of the heating system
(1)
has been activated.
Cooling
The symbol indicates that the activation command has
been sent to the command actuator of the conditioner or
area solenoid valve (1st stage of the cooling system
(1)
). If the
load notifications have been activated via ETS, and the timed
thermostat does not receive confirmation of effective
implementation from the actuator, the
symbol will begin
to flash. Subsequently, the timed thermostat sends the
activation command every 60 seconds until it receives
confirmation. The
symbol indicates that the 2nd stage
of the cooling system
(1)
has been activated.
Operation with active fan coil control
If the fan coil control function has been activated in the
setting of the parameters via ETS, the display will show the
symbol.
In addition, you will be offered the page on which you can
manually alter the fan coil speed or set the AUTO mode
(whereby the fan coil speed is automatically adjusted on the
basis of the difference between the setpoint fixed on the
device and the detected temperature).
(1) Some temperature adjustment systems (e.g. floor-mounting ones) have a very high thermal inertia level, so
it takes considerable time to bring the room temperature into line with the required setpoint; in order to reduce
this inertia, another system with less inertia is often installed to help the main system to heat/cool the room
when the difference between the setpoint and the detected temperature is particularly marked. This system,
known as 2nd stage, helps to heat/cool the room during the initial phase, then it stops working when the
difference between the setpoint and the temperature can be managed in a faster way.