^SynOhrMultiSenseKNX-Eng-13.odt, 2014-05-06 Page 22 of 49
Object Table
ID
Function
Name
Length
Type
Flags
0
Setpoint
Base Setpoint Temperature
16 bits
(f16)
DPT_Value_Temp
RWCT--
At the setpoint temperatures for comfort-, standby-, night-mode is always to observe that all reference values are in a
fixed relation to each other. All values are derived from basic setpoint temperature. This value can also be set in the
ETS. Defaults are shown Picture 15. With this 2 byte object the basic setpoint temperature and therefore all
dependent setpoint temperatures can be changed. Additionally or alternatively the basic setpoint can also be changed
by an on-site operation in the second operating level. The basic setpoint represents the single „heating“ or „cooling“
directly the representative comfort temperature. In the combined „heating and cooling“ the basic setpoint adjusts
depending of the configured dead-band in the ETS either directly (asymmetrical dead-band) or indirectly (symmetrical
dead band) the comfort temperature for heating. The dead-band is the temperature zone in which is neither heating
nor cooling. It is the difference between the comfort setpoint temperatures for heating and cooling. The comfort
setpoint temperature for cooling is then derived taking into account the dead zone from the comfort setpoint
temperature of the heating mode.
Licenses:
Starter, Standard, Premium
ID
Function
Name
Length
Type
Flags
1
Setpoint
Current Setpoint Temperature
16 bits
(f16)
[9.1]
DPT_Value_Temp
R-CT--
At the setpoint temperatures for comfort-, standby-, night-mode is always to observe that alle reference values are in
a fixed relation to each other. Due to the setting of the operation mode the set temperature is changed. The
calculated setpoint temperature of the regulator can queried with this object.
Licenses:
Starter, Standard, Premium
ID
Function
Name
Length
Type
Flags
2
Measurement
Internally Measured Temperature
16 bits
(f16)
[9.1]
DPT_Value_Temp
R-CT--
This object contains the current temperature measured by the room controller. The temperature can be sent cyclically
and/or by change.
Licenses:
Starter, Standard, Premium
ID
Function
Name
Length
Type
Flags
3
Manipulated
variable
Heatingactor (analog)
8 bits (u08) [5.1] DPT_Scaling
R-CT--
This object gives out the setpoint for the heatingactor by linear control.
Note:
This object is only available if the parameter „General → Heating / Cooling“ is set on
Heating, Heating (2-
stage), Heating respectively Cooling and Cooling (2-stage).
Licenses:
Starter, Standard, Premium
ID
Function
Name
Length
Type
Flags
4
on/off
Status of Heatingactor
1 bit (b01)
[1.1] DPT_Switch
R-CT--
This object specifies whether to be heated. Telegrams are sent automatically when the state changes.
The object value is 1 if object „Heatingactor (analog)“ > 0.
The object value is 0 if object „Heatingactor (analog)“ = 0.
For example the message can be used for controlling a flow pump.
Note:
This object is only available if the parameter „General → Heating / Cooling“ is set on
Heating, Heating (2-
stage), Heating and Cooling respectively Heating and Cooling (2-stage).
Licenses:
Starter, Standard, Premium
ID
Function
Name
Length
Type
Flags
5
Setpoint
Coolingactor (analog)
8 bits (u08) [5.1] DPT_Scaling
R-CT--
This object gives out the setpoint for the coolingactor by linear control.
Note:
This object is only available if the parameter „General → Heating / Cooling“ is set on
Cooling, Cooling (2-
stage), Heating and Cooling respectively Heating and Cooling (2-stage).
Licenses:
Starter, Standard, Premium
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®
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