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instabus KNX/EIB System
Sensor
Dead zone position:
Dead zone between heating
and cooling
(0...127) * 0,1 K
Stage offset from the basic
to the additional stage
(0...127) * 0.,1 K
Transmit when setpoint
temperature changes by
(0...255) * 0,1 K
Cyclical transmission of
setpoint temperature
(0...255) * 1 min;
0 = inactive
68/82 Page 2100-xx/2101 xx
Symmetrical
Asymmetrical
0 ... 127, 20
0 ... 127, 20
0 ... 255, 1
0 ... 255, 0
The comfort setpoint temperatures for heating
and cooling are derived from the basic setpoint
in consideration of the adjusted dead zone. The
dead zone (temperature zone for which there is
neither heating nor cooling) is the difference
between the comfort setpoint temperatures.
Symmetrical: The dead zone can be equally
positioned above and below the basic setpoint
(e.g. +/- 1K). The comfort setpoint temperatures
are derived directly from the basic setpoint
resulting from the half dead zone.
Asymmetrical: With this setting, the comfort
setpoint temperature for heating equals the
basic setpoint! The preset dead zone takes only
effect from the basic setpoint in the direction of
comfort temperature for cooling. Thus the
comfort setpoint temperature for cooling is
derived directly from the comfort setpoint for
heating.
Only with the "heating and cooling" or "basic /
additional heating/cooling" mixed modes !
The comfort setpoint temperatures for heating
and cooling are derived from the basic setpoint
in consideration of the adjusted dead zone. The
dead zone (temperature zone for which there is
neither heating nor cooling) is the difference
between the comfort setpoint temperatures.
Only with the "heating and cooling" or "basic /
additional heating/cooling" mixed modes
In a two stage control mode it is necessary to
determine the temperature difference to the
basic stage with which the additional stage is to
be incorporated into the control
Only in two stage control operation!
Determines the size of the value change
required for automatic transmission of the
current value via the "Setpoint temperature"
object.
0 = no automatic transmission
Determines whether the setpoint temperature is
to be cyclically output via the "Setpoint
temperature" object.
07 /17
Subject to change without notice
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