AQR25.. properties

The listed properties are displayed in the Hardware and network editor > Inspector window > Properties tab when the device with KNX PL-Link is selected in the Device view tab.

AQR2570/2530	AQR2570/2532	AQR2570/2533	AQR2570/2535

AQR2576/2530	AQR2576/2532	AQR2576/2533	AQR2576/2535	AQR2576/2535Q

General and Catalog information

The General and Catalog Information group provides information about the device.

Property	Description	Default value
Mode	Mode shows the network mode of the device. Read only.	KNX PL-Link
Name	Name is a text field to enter the name of the device. The name is used to identify the device in the device view.	Depends on other settings.
Comment	Comment is a free text field to enter any helpful information on the device.	-
Power consumption	Power consumption shows the power the device consumes. Read only. Unit: [mA] The value is used to calculate the remaining power of the KNX rail. See also power consumption and supply on KNX rail of PXC3 or KNX rail of DXR2.	Depends on the device type.
Short designation	Short designation shows a short description of the device. Read only.	Depends on the device type.
Order number	Order number shows the device type. Read only.	Depends on the device type.
Version	Version shows an internal version of the device. Read only.	-
Description	Description shows a short description of the device. Read only.	Depends on the device type.

Device information

The Device information group provides information about the device and settings valid for all channels.

Property	Description	Default value
Device address (KNX)	Device address (KNX) shows the fixed standard address for devices with KNX PL-Link. Read only.	255
Serial number used	Serial number used defines the method used for device identification. : The serial number entered in the text field Serial number is used for device identification. : Device identification has to be done in Web interface. The device has to be in programming mode for Web interface to perform the device identification.	: Device identification has to be done in Web interface.
Serial number	Serial number defines the serial number used for device identification. Serial number is only enabled and relevant if Serial number used is enabled.	000000000000

Property

Description

Default value

Device address (KNX)

Device address (KNX) shows the fixed standard address for devices with KNX PL-Link. Read only.

255

Serial number used

Serial number used defines the method used for device identification.

: The serial number entered in the text field Serial number is used for device identification.

: Device identification has to be done in Web interface. The device has to be in programming mode for Web interface to perform the device identification.

: Device identification has to be done in Web interface.

Serial number

Serial number defines the serial number used for device identification.

Serial number is only enabled and relevant if Serial number used is enabled.

000000000000

Alarming

Property	Description	Default value
Alarming	: Alarming is disabled. : Alarming is enabled. An Event Enrollment (EE) object is created.	: Alarming is disabled

Property

Description

Default value

Alarming

: Alarming is disabled.

: Alarming is enabled. An Event Enrollment (EE) object is created.

: Alarming is disabled

Functions

The functions table in the Channel Overview provides an overview of the channels of the device. Depending on the device the values in the table are read only or can be edited. The available types depend on the device and the application function.

Property	Description
Name	Name of the channel. Read only.
Type	Name of the function.
Zone	Part of the geographical address of the device. Range: 1...126
Room	Part of the geographical address of the device. Range: 1...63
Subzone	Part of the geographical address of the device. Range: 1...15 Note Each channel has to be in a separate subzone.
Activate	Activate defines if the channel is activated. : The channel is activated. : The channel is deactivated and is not considered in the calculation of the limiting factors of the automation station.

The functions are described briefly in the table below.

Type	Description	Number of channels used
GPDI	General purpose digital input	1
GPTS	General purpose temperature sensor. Read only.	1
LDSB	Light dimming sensor basic	2
LSSB	Light switching sensor basic	2
SSSB	Sunblind sensor basic	2
System	Device information that is mapped to the BACnet object peripheral device (PrphDev). Read only.	1

Some of the functions can be configured. The properties of those functions are described below in order of their appearance in the drop-down list.

Relative humidity sensor

Property	Description	Default value
Hum rel COV condition	Hum rel COV condition defines the change in the value for relative humidity that triggers the sending of the value for relative humidity. Range: 0...10 [%]	5
Hum rel heartbeat	Hum rel heartbeat defines the time interval to report the value for relative humidity if the value did not change or the change was smaller than Hum rel COV condition. Range 120…900 [s]	900
Hum rel min rep time	Hum rel min rep time defines the minimal time interval before the next value for relative humidity can be sent. Range: 10...60 [s]	10

Property

Description

Default value

Hum rel COV condition

Hum rel COV condition defines the change in the value for relative humidity that triggers the sending of the value for relative humidity.

Range: 0...10 [%]

Hum rel heartbeat

Hum rel heartbeat defines the time interval to report the value for relative humidity if the value did not change or the change was smaller than Hum rel COV condition.

Range 120…900 [s]

900

Hum rel min rep time

Hum rel min rep time defines the minimal time interval before the next value for relative humidity can be sent.

Range: 10...60 [s]

Air quality sensor

Property	Description	Default value
AQ COV condition	AQ COV condition defines the change in the value for room air quality that triggers the sending of the value for room air quality. Range: 0...1000 [ppm]	10
AQ heartbeat	AQ Heartbeat defines the time interval to report the value for air quality if the value did not change or the change was smaller than the AQ COV condition. Range: 120…900 [s]	900
AQ min rep time	AQ min rep time defines the minimal time interval before the next value for room air quality can be sent. Range: 10…120 [s]	10
Altitude	Altitude defines the position of the device above sea level. Range: -200… 3000 [m]	0

Room temperature sensor (RTS)

Property	Description	Default value
Change of value, COV	Change of value, COV defines the change in the value for room temperature that triggers the sending of the value for room temperature. Range: 0.1...100 [K]	0.1
Heartbeat	Heartbeat defines the time interval to send the value for room temperature if the value for room temperature did not change or the change was smaller than "Change of value, COV". Range: 120...900 [s]	120
Minimum repetition time	Minimum repetition time defines the minimal time interval before the next value for room temperature can be sent. Range: 10...60 [s]	10

Property

Description

Default value

Change of value, COV

Change of value, COV defines the change in the value for room temperature that triggers the sending of the value for room temperature.

Range: 0.1...100 [K]

0.1

Heartbeat

Heartbeat defines the time interval to send the value for room temperature if the value for room temperature did not change or the change was smaller than "Change of value, COV".

Range: 120...900 [s]

120

Minimum repetition time

Minimum repetition time defines the minimal time interval before the next value for room temperature can be sent.

Range: 10...60 [s]

Light switching sensor basic (LSSB)

Property	Description	Default value
LSSB mode	LSSB mode defines the number of buttons used for switching on and off: The assortment of available selections depends on the device type. 2-button-mode 1-button-mode	Depends on the device type
Pushbutton one/two rising edge	Pushbutton one/two rising edge defines the switching behavior of the pushbutton if a rising edge is detected. Inactive: No message is sent. The light is neither switched on nor switched off. Switch off: The light is switched off. Switch on: The light is switched on. Switchover: If the light is on, it is switched off. If the light is off, it is switched on.	Switchover
Pushbutton one/two falling edge	Pushbutton one/two falling edge defines the switching behavior of the pushbutton if a falling edge is detected. Inactive: No message is sent. The light is neither switched on nor switched off. Switch off: The light is switched off. Switch on: The light is switched on. Switchover: If the light is on, it is switched off. If the light is off, it is switched on.	Inactive
Type of NC contact	Type of NC contact defines if the digital input is connected to a normally open or a normally closed physical input. : The digital input is connected to a normally-open physical input. : The digital input is connected to a normally-closed physical input.	: The digital input is connected to a normally-open physical input.

Light dimming sensor basic (LDSB)

Property	Description	Default value
LDSB mode	LDSB mode defines if 1 or 2 pushbuttons are used for switching or dimming and defines the behavior of the pushbuttons. The assortment of available selections depends on the device type. Switching & dimming: 1 pushbutton is used. A short key press toggles between switching the light on or off. A long key press toggles between dimming the lights up or down. On & dimming up: 1 pushbutton is used. A short key press switches the light on and a long key press dims the light up. Off & dimming down: 1 pushbutton is used. A short key press switches the light off and a long key press dims the light down. 2 buttons, switching & dimming: 2 pushbuttons are used. One of the buttons switches the light on or dims the light up the other switches the light off or dims the light down.	Depends on the device type.
Time long key press	Time long key press defines how long a pushbutton has to be pressed to be detected as a long key press. Range: 3...70 [0.1 s]	5
Type of NC contact	Type of NC contact defines if the digital input is connected to a normally open or a normally closed physical input. : The digital input is connected to a normally-open physical input. : The digital input is connected to a normally-closed physical input.	: The digital input is connected to a normally-open physical input.
Invert dimming direction in 2-button-mode	Invert dimming direction in 2-button-mode defines how dimming up and dimming down are assigned to the buttons. : Left or lower button: dimming up, right or upper button dimming down. : Left or lower button: dimming down, right button or upper dimming up.	: Left or lower button: dimming up, right or upper button dimming down.

Shutter and sunblind sensor basic (SSSB)

Property	Description	Default value
SSSB mode	SSSB mode defines the number of buttons used and the associated moving behavior: The assortment of available selections depends on the device type. 2-button-mode: One button moves the bind up. The other button moves the blind down. 1-button-mode (Invert MoveUpDown): Pressing the button toggles between moving the blind up or down. 1-button-mode (MoveUp/StepUp): A short key press opens the slats in steps. A long key press opens the slats and then moves the blind up. 1-button-mode (MoveDown/StepDown): A short key press closes the slats in steps. A long key press closes the slats and then moves the blind down.	Depends on the device type
Type of NC contact	Type of NC contact defines if the digital input is connected to a normally open or a normally closed physical input. : The digital input is connected to a normally-open physical input. : The digital input is connected to a normally-closed physical input.	: The digital input is connected to a normally-open physical input.
Time long key press	Time long key press defines how long a pushbutton has to be pressed to be detected as a long key press. Range: 3...70 [0.1 s]	5
Polarity inverse	Polarity inverse defines how moving up and moving down are assigned to the buttons. : Left or lower button: moving up, right or upper button: moving down. : Left or lower button: moving down, right or upper button: moving up.	: Left or lower button: moving up, right or upper button: moving down.

General purpose digital input (GPDI)

Property	Description	Default value
Power return mode	Power return mode defines the behavior of the sensor when power returns after a power failure or when the application is restarted. never sending after powerup: The sensor does not send a process value to the automation station when it is restarted. send always after powerup: The sensor sends a process value to the automation station when it is restarted. if value has changed: The sensor sends a process value to the automation station if the process value after the restart is different from the last process value before power failure.	never sending after powerup
Activate heartbeat	Activate heartbeat defines if the process value is sent at regular intervals. : Process value is not sent spontaneously. : Process value is sent at regular intervals.	: Process value is sent at regular intervals.
Heartbeat	Heartbeat defines the time interval to report the process value. Range: 0...3660 [s]	15

Property

Description

Default value

Power return mode

Power return mode defines the behavior of the sensor when power returns after a power failure or when the application is restarted.

never sending after powerup: The sensor does not send a process value to the automation station when it is restarted.

send always after powerup: The sensor sends a process value to the automation station when it is restarted.

if value has changed: The sensor sends a process value to the automation station if the process value after the restart is different from the last process value before power failure.

never sending after powerup

Activate heartbeat

Activate heartbeat defines if the process value is sent at regular intervals.

: Process value is not sent spontaneously.

: Process value is sent at regular intervals.

Heartbeat

Heartbeat defines the time interval to report the process value.

Range: 0...3660 [s]

General purpose temperature sensor (GPTS)

Property	Description	Default value
Change of value, COV	Change of value COV defines the change in the temperature value that triggers the sending of the temperature value. Range: 0.1...100 [K]	0.1
Temperature value heartbeat	Temperature value heartbeat defines the time interval to report the temperature value if the temperature value did not change or the change was smaller than Change of value, COV. Range: 120...900 [s]	120
Temperature value minimum repeat time	Temperature value minimum repeat time defines the minimal time interval before the next process value can be sent. Range: 10...60 [s ]	10

Property

Description

Default value

Change of value, COV

Change of value COV defines the change in the temperature value that triggers the sending of the temperature value.

Range: 0.1...100 [K]

0.1

Temperature value heartbeat

Temperature value heartbeat defines the time interval to report the temperature value if the temperature value did not change or the change was smaller than Change of value, COV.

Range: 120...900 [s]

120

Temperature value minimum repeat time

Temperature value minimum repeat time defines the minimal time interval before the next process value can be sent.

Range: 10...60 [s ]