078493 - Motion detector LEGRAND - Free user manual and instructions

Product Type	KNX PIR Motion Detector (flush-mounted)
Model Numbers	Céliane 0 675 77, Mosaic 0 784 93, Artéor 5 740 37 (White), 5 740 79 (Magnesium)
Power Supply	KNX bus, 29 V DC
Bus Current Consumption	16 mA (PIR)
Detection Technology	Passive Infrared (PIR)
Detection Angle	180°
Motion Detection Range (max)	12 m (at very high sensitivity)
Presence Detection Range (max)	5 m (at very high sensitivity)
Daylight Measurement Range	5 to 1275 lux
Time Delay Settings	5 s to 17 h 59 min 59 s
Operating Temperature	-5°C to +45°C
Storage Temperature	-25°C to +70°C
Ingress Protection	IP20 (alone), IP41 (assembled)
Impact Resistance	IK04
Mounting	Flush-mounted in wiring device boxes
Functions	Automatic/manual switching/dimming, constant daylight regulation, master/slave configuration, virtual keycard, scene control
Configuration	Via ETS (v3+) or IR commissioning tool (ref. 088230/BMSO4001)
Pushbutton	Integrated pushbutton for local control
Maintenance	Clean with a cloth; avoid acetone, tar removers, trichloroethylene
Standards	IEC 60 669.2.1, KNX, CE

Frequently Asked Questions - 078493 LEGRAND

What is the power supply for the Legrand 078493 motion detector?

The detector is powered via the KNX bus at 29 V DC, with a typical bus current consumption of 16 mA.

What is the detection range of the PIR sensor?

Motion detection range is up to 12 m at very high sensitivity, while presence detection range is up to 5 m. The detection angle is 180°.

How can I adjust the sensitivity and time delay?

Sensitivity (Low to Very High) and time delay (5 s to 17 h 59 min 59 s) can be configured via ETS or using the IR commissioning tool (ref. 088230/BMSO4001).

Can the detector be used in a master/slave configuration?

Yes, the sensor supports master/slave modes to cover larger areas with synchronized presence detection. The slave sensor sends occupancy status to the master via the bus.

What is the virtual keycard function?

The virtual keycard function is designed for hotel rooms. It uses door contact events and other inputs to determine room occupancy and trigger actions like turning off lights or launching scenarios upon vacancy.

How do I restore the sensor to factory settings?

Press the PROG button briefly once to enter programming mode (slow LED flash), then hold PROG for 10 seconds until the LED flashes quickly. This resets to factory defaults.

What are the environmental ratings of this detector?

Operating temperature: -5°C to +45°C. Storage temperature: -25°C to +70°C. IP rating: IP20 alone, IP41 when assembled with appropriate faceplate. Impact resistance: IK04.

Can I use an external daylight sensor?

Yes, the sensor can use an external daylight cell for light regulation. This is configured in ETS under 'Light level config' by enabling 'Use external daylight cell'.

What loads can the detector control?

It can control switching and dimming loads (e.g., ON/OFF or 1-10 V dimmable). It also supports a second load with adjustable offset and expert dimming parameters.

How do I clean the sensor?

Clean the surface with a soft cloth. Do not use acetone, tar-removing cleaning agents, or trichloroethylene. Always test other special cleaning products before use.

USER MANUAL 078493 LEGRAND

3.1 Electrical features 2

3.2 Climatic features 2

3.3 Mechanical features 2

■ 4. Dimensions ....2
■ 5. Connection....2
■ 6. Removal ....2
■ 7. Installation....3

7.1 Sensor positioning .... 3

7.2 Recommended light exposure 3

■ 8. Operation....3
■ 9. Settings....4

9.1 Detection parameters 4

9.2 Lighting parameters....4

9.3 Other parameters 4

9.4 Modifying the parameters using the configuration tools....4

■ 10. Performance .... 4

10.1 PIR Performance - Motion detection 4

10.2 PIR Performance - Presence detection....5

■ 11. Standards and approvals....5
■ 12. Maintenance....5
■ 13. Communication objects....5

13.1 List of objects ....5

13.2 General parameters 6

13.2.1 Main function - Master: Light level only 6

13.2.2 Main function - Master: Detection only 10

13.2.3 Main function - Master: Light level & Detection 12

13.2.4 Slave: Detection only 20

13.3 Load....21

13.3.1 Use dimming load 21

13.3.2 Use expert parameters....22

13.3.3 Standby time base (function only available in Master mode: detection and Master: Light level & Detection) 23

13.3.4 Use second load....25

13.4 Light level config....26

13.4.1 Use external daylight cell 26

13.5 Detection config....28

13.5.1 Send Condition....29

13.6 Auxiliary output....30

13.6.1 None....30

13.6.2 Switching 30

13.6.3 Scaled values....31

13.6.4 HVAC Mode 32

13.6.5 Scene 33

13.6.6 2 bytes value .... 34

13.7 Advanced....35

13.7.1 Sensitivity (only available for Master: Detection Only, Master: Light level & Detection and Slave: Detection Only modes) 35

13.7.2 System detection (only available for Master: Detection Only, Master: Light level & Detection and Slave: Detection Only modes) ..... 35

13.7.3 Additional object for expert mode 36

13.8 Virtual Keycard 37

13.8.1 Use Virtual Keycard .... 37

13.8.2 Virtual keycard function operating diagram .....41

13.9 Commissioning Tool....42

13.10 Pushbutton....43

13.10.1 Pushbutton function 43

■ 14. Application's examples ....46

14.1 Mode Auto ON/OFF - Load ON/OFF 46

14.2 Mode Auto ON/OFF - Dimming load....46

14.3 Mode Manual ON/Auto OFF - Load ON/OFF....46

14.4 Mode Manual ON/AutoOFF - Dimming load 47

14.5 Master/Slave detection....47

1. USE

The KNX wiring devices sensors are passive infrared devices (PIR) suitable to detect motion and measure the daylight level. They can be installed directly on wiring devices boxes according to the specific wiring devices series They are suitable for indoor passage areas like corridors, bathrooms, technical rooms...

Through its application program it is possible to configure all the working parameters such as daylight threshold, time delay, operating modes, technology sensibility... and it is possible to configure the following functions:

• Switching/dimming: auotmatically or manually if associated with a control device
• Define a minimum/maximum dimming level
• Customize the dimming pace
• Trigger scenarios based on: presence/absence
• Work in master/slave configuration
• Define a daylight level to be maintained until presence is detected
• Manage more than one output with the same commands
  All the KNX witing devices sensor already embed a push button

All the working parameters are configurable via ETS but is also possible to modify the main operating parameters (daylight threshold, time delay, technology sensibility...) via commissioning tool ref. 088230/BMSO4001.

1. RANGE

Description Catalogue number
	Céliane - KNX PIRFlush mounted sensor 180°	0 675 77
	Mosaic - KNX PIRFlush mounted sensor 180°	0 784 93
	Artéor - KNX PIRFlush mounted sensor 180° - White	5 740 37
	Artéor - KNX PIRFlush mounted sensor 180° - Magnesium	5 740 79

3. TECHNICAL FEATURES

■ 3.1 Electrical features

• KNX BUS power supply: 29 =
• KNX BUS absorption: 16 mA (PIR)
• KNX connector (red/black): terminal capacity 4x (∅ 0,6 à 0,8 mm)

■ 3.2 Climatic features

• Environmental operating temperature: -5°C to +45°C
• Storage temperature: -25°C to +70°C

■ 3.3 Mechanical features

• Impact resistance: IK04
• Penetration by solid and liquid matter: IP20 (alone) IP41 (assembled product)

4. DIMENSIONS

067577

0 784 93 - 5 740 37/79

Technical line drawing of a rectangular mechanical component with dimension标注 (no text or symbols)

5. CONNECTION

KNX red/black connector

4x(∅0,6mm<∅0,8mm)

1. REMOVAL
   

7. INSTALLATION

■ 7.1 Sensor positioning

Illustration of a person walking toward a doorway with radiating light beams, no text or symbols present

■ 7.2 Recommended light exposure

Simple line drawing of a room with a lamp and wall-mounted shelf, no text or symbols present

8. OPERATION

The KNX sensors offer many functions, on follows a summary of them (see section "Communication objects" for details):

Functions:

Automatic or manual switching/dimming with constant daylight regulation

Possibility to control a second lighting level as a % of the main one maintaining a positive or negative offset.

Coupling several detectors: It is possible to set the sensors in Master or slave configuration in order to cover a larger area with a synchronized presence detection.

Sending message on presence / absence: Upon presence/absence can be sent an additional command: switching command, values, scene...

Warning of end detection: After the time delay, the light can be configured to assume a standby level (for a standby time interval) as to warn of the imminent extinction.

Presence and brightness level Information is available on the bus: Values available for a supervision system.

Daylight setpoint and time delay modifiable by bus: Values which can be modified by a supervision system.

Partial on/Group off Mode:

It is possible to turn ON just a subset of lights but at the end of time delay turn OFF all the lights. Classroom example: Room Lighting: automatic switch ON; Board Lighting: manual control.

On end detection, total extinction, room and board.

Virtual Keycard: Especially thought for hotels, the combination of presence sensors, door contacts and other informations (e.g. other detectors, push buttons...) allow determining the presence in the room and empower some circuits in the room, launch scenarios or any other kind of logics.

The functions is triggered by the "door contact" event which launch the so called "Virtual keycard time delay", a time offset in which the sensor tries to understand if the room is occupied or not on the basis of some informations: sensor detection, window contact events, push buttons event. Once the result of the function is "occupied" it permains until there is another "Door contact event" which trigger another "Virtual keycard time delay" to understand the room status and eventually turn OFF the lights, launch an absence scenario or launch any other logic related to vacancy event.

The product global configuration is made via ETS (version 3 or upper) and it is also possible to modify the main operating parameters via commissioning tool 088230/BMSO4001 (see following section for further details)

9. SETTINGS

Following the main operating parameters modifiable via commissioning tool 088230/BMSO4001.

■ 9.1 Detection parameters

Sensor parameter Default value		Possible values Configuration tools 088230/ BMSO4001
Time delay		15 min	5 s - 17 H59 min 59 s
Sensitivity		PIR (Very high)	Low, Medium, High, Very high
Detection system	Initial PIR No modifiable
	Maintain PIR No modifiable

Time delay: It is the time interval between the moment in which a sensor does not detect motion/presence and the deactivation of the load.

The time period re-starts whenever the sensor detects motion/presence

Sensitivity: It is the detection technology sensitivity.

Detection system:

It is the set of technologies used for detection

Initial detection: it is the set of technologies used for the first detection

Maintain: it is the set of technologies used after the first detection

■ 9.2 Lighting parameters

Sensor parameter Default value	Possible values Configuration tools 088230/ BMSO4001
Daylight setpoint 300 lux 5 - 1275 lux

Daylight setpoint: it is the lighting level under which the sensor enables the load and over which the sensor disables the load.

Eye function: Value 0 (eye on configuration tool 088230/BMSO4001) this function allows to record in the sensor the actual general lighting level and use it as daylight setpoint.

■ 9.3 Other parameters

Sensor parameter Default		value	Possible values Configuration tools088230/BMSO4001
Output	Standby delay(main load)	Disabled	Disabled/infinite/1 s - 1 h
	Standby level(main load)	10 %	1 - 100 %

Standby level: it is the level, expressed in % of the daylight setpoint, at which the load is keep turned ON during the standby delay.

Standby delay: it is the time interval in which the load is kept turned ON at the standby level. It begins as soon as the sensor does not detect motion/presence

9. SETTINGS (continued)

■ 9.4 Modifying the parameters using the configuration tools

Illustration of a hand holding a remote control device emitting red waves, next to a wall-mounted device (no text or symbols)

• 088230/BMSO4001: Advanced configuration tool

When the sensor receives an IR command via a configuration tool, the LED blinks.

- Restore to factory settings:

1 ^st press: Short press on PROG, the LED flashes slowly.
2 ^nd press: Hold down PROG for 10 seconds until the LED flashes quickly.

10. PERFORMANCE

■ 0.1 PIR Performance - Motion detection

Sensitivity	m
Low (25%)	7
Medium (50%)	8
High (75%)	10
Very high (100%)	12

10. PERFORMANCE (continued)

■10.2 PIR Performance - Presence detection

Sensitivity m
Low (25%) 1
Medium (50%) 2
High (75%) 4
Very high (100%) 5

11. STANDARDS AND APPROVALS

• Complies with standard IEC 60 669.2.1
• Marking: KNX, CE

Note:

All technical information is available at

www.legrandoc.com

12. MAINTENANCE

Clean the surface with a cloth.

Do not use acetone, tar-removing cleaning agents or trichloroethylene.

Caution:

Always test before using other special cleaning products.

13. COMMUNICATION OBJECTS

■ 13.1 List of objects

Here are listed the communication objects active by default settings.

No.	Object name	Function	Size Flags
1	Switching		Switching	1.001 DP_On/Off	CT

Switching telegrams are sent via the group address linked to this object

2

Switching Status

Switching Status

1.001 DP_On/Off

CWTU

Switching statuses are received via the group address linked to this object.

*If switching statuses are received but the Switching object has not been sent by the sensor, the regulation is stopped.

5

In Occupancy

In Occupancy

1.002 DP_Bool

CW

In Occupancy statuses are received via the group address linked to this object. It will be used especially for connecting slave sensor and increase a detection zone (13.5 Master/slave detection).

True: The sensor reacts as if there is an internal detection

False: No reaction

6

Occupancy status

Occupancy status

1.002 DP_Bool

CRT

Out Occupancy statuses are sent via the group address linked to this object True: When motion is detected

False: After vacancy time delay, or occupancy if vacancy is not used

8

Out Lux

Out Lux

9.004 DP_Lux

CRT

Out Lux values are sent via the group address linked to this object. Send operations can be set in ETS (Cyclical, on change, on request).

16

Switching group off

Switching group off

1.001 DP_On/Off

CRT

Switching group off statuses are sent via the group address linked to this object. On vacancy is sent an OFF via the group adress linked to this object.

20

Out occupancy

Out occupancy

1.002 DP_Bool

CT

Out synchro Master-> Slave statuses are sent via the group address linked to this object

True: The maintain status is sent to the slave False: The initial status is sent to the slave

21

Enable

Enable

1.003 DP_Enable

CRW

Enable telegrams are received via the group address linked to this object. They are used to lock (disable) or unlock (enable) the corresponding input.

13. COMMUNICATION OBJECTS (continued)

■13.2 General parameters

13.2.1 Main function - Master: Light level only

Parameters Settings
Main function Master: Light level only	Master: Detection onlyMaster: Light level & detectionSlave: Detection only

Only load and light level can be configured in the associated page, and regulation is active

13.2.1.1 Mode

• Auto on/Auto off mode

Comes on automatically: - At the detection of a presence if there is an insufficient natural level of light. Turns off automatically: - If no presence is detected and at the end of the time delay set. - Or if there is a sufficient natural level of light (activated setting). Any new detection causes an automatic switch on if there is insufficient light.

- Walkthrough

• If there is no presence detected in the 3 minutes following an initial detection, the product will cut off after 3 minutes.
• If a new presence is detected in the 3 minutes following the initial detection, the device will cut off at the end of the time delay set.
  Manual on/Auto off mode: Comes on via a manual switch, automatic switch off: - Where no presence is detected and at the end of the time delay set. Following switch-off any new detection within a 30 second period will cause the device to be switched on automatically.

After 30 seconds the device is switched on via a manual switch.

Parameters Settings
Reaction speed Very Low	LowNormalFastVery Fast
This parameter determines the speed reaction of the régulation in dimming or switching
Start regulation with power on Yes	No
This parameter determines if regulation is started with power on

System behaviour:

Technical data sheet: S000089366EN-3 Updated: 24/06/2019 Created: 26/05/2015

legrand

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.1 Main function - Master: Light level only (continued)

13.2.1.2 Mode: Manual ON/Auto OFF

No.	Object name Function	Size Flags
13	Synchro regulation	Synchro regulation	1.010 DP_Start/stop	CW
In Lux values are received via the group address linked to this object.Start and stop can be configured in ETS.Message start/stop régulation is received to this object.
14	Regulation status	Regulation status	1.010 DP_Start/stop	CRT
Regulation statuses are sent via the group address linked to this object

System behaviour:

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.1 Main function - Master: Light level only (continued)

13.2.1.2 Mode: Manual ON/Auto OFF (continued)

Parameters Settings

Action on "Synchro regulation" object on start Start regulation

ON + Start regulation

Stop regulation

Stop regulation + ON

Stop regulation + OFF

No reaction

This parameter determines the regulation reaction when Start received.

Start regulation: Regulation is run with no action on load

ON + Start regulation: Regulation is run with ON action on load

Stop regulation: Regulation is stopped with no action on load

Stop regulation + ON: Regulation is stopped with ON action on load

Stop regulation + OFF: Regulation is stopped with OFF action on load

No reaction: No reaction

Action on "Synchro regulation" object on stop Start regulation

	ON + Start regulation
	Stop regulation
	Stop regulation + ON
	Stop regulation + OFF
	No reaction

ON + Start regulation

This parameter determines the regulation reaction when Stop received.

Start regulation: Regulation is run with no action on load

ON + Start regulation: Regulation is run with ON action on load

Stop regulation: Regulation is stopped with no action on load

Stop regulation + ON: Regulation is stopped with ON action on load

Stop regulation + OFF: Regulation is stopped with OFF action on load

No reaction: No reaction

Use scene No

Yes

No: In scene regulation cannot be used, no accessible communication objects.

- Use scene - Yes

Use scene

Scene A number (D: not used)

Scene A action

Scene B number (0: not used)

Scene B action

Scene C number (0: not used)

Scene C action

Scene D number (0: not used)

Scene D action

Scene E number (0: not used)

Scene E action

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.1 Main function - Master: Light level only (continued)

13.2.1.2 Mode: Manual ON/Auto OFF (continued)

- Use scene – Yes (continued)

When use scene is yes: this object communication is available.

No.	Object name Function	Size Flags
12 In	scene_regulation	In_scene_regulation	17.001 DP_Scene_number	CW

8-bit auxiliary telegrams are received via the group address linked to this object. On scene telegram you can start/stop regulation with on/off (mode manuel On/Auto Off).

Parameters Settings
Scene A to E number	0-64
This parameter determines which scene (1..64) is to be recalled.If value "0" is set, no scene will be recalled
Scene A to E action	Start regulationON + Start regulationStop regulationStop regulation + ONStop regulation + OFFNo reaction
This parameter determines the regulation reaction when scene number is received.Start regulation: Regulation is run with no action on loadON + Start regulation: Regulation is run with ON action on loadStop regulation: Regulation is stopped with no action on loadStop regulation + ON: Regulation is stopped with ON action on loadStop regulation + OFF: Regulation is stopped with OFF action on loadNo reaction: No reaction

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.2 Main function - Master: Detection only

Parameters Settings
Main function Master: Light level only	Master: Detection onlyMaster: Light level & detectionSlave: Detection only

Load, detection, early warning, AuxOutput and Advanced config can be configured in the various associated pages, and regulation is not active.

13.2.2.1 Mode: Auto ON/OFF

Parameters Settings
Active regulation Yes	No

No: No regulation possible

System behaviour:

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.2 Main function - Master: Detection only (continued)

13.2.2.2 Mode: Manual ON/Auto OFF

No.	Object name Function	Size Flags
13	Synchro on/off	Synchro on/off	1.010 DP_Start/stop	CW

Synchro on/off statuses are received via the group address linked to this object.

Parameters Settings
Active regulation Yes	No

No: No regulation possible

System behaviour:

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection

Parameters Settings
Main function Master: Light level only	Master: Detection onlyMaster: Light level & detectionSlave: Detection only

Load, light level, detection, early warning, AuxOutput and Advanced config can be configured in the various associated pages.

13.2.3.1 Mode: Auto ON/OFF

The system runs automatically.

Parameters Settings
Active regulation Yes	No

No: No regulation possible

Yes: The cell in the sensor will switch ON/OFF or dim its associated loads according to variations in the natural light

System behaviour:

Technical data sheet: S000089366EN-3 Updated: 24/06/2019 Created: 26/05/2015

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.1 Mode: Auto ON/OFF(continued)

Parameters Settings
Active regulation Yes	No

No: No regulation possible

Yes: The cell in the sensor will switch ON/OFF or dim its associated loads according to variations in the natural light

Reaction speed Very Low

LowNormalFastVery Fast

This parameter determines the speed reaction of the regulation in dimming or switching

When active régulation is yes: this object communication is available.

No.	Object name Function	Size Flags
10 In	_Detection_enable	In_Detection_enable	1.003 DP_Enable	CRW

In detection enable statuses are received via the group address linked to this object.

Enable: The sensor is in Light level & detection mode

Disable: The sensor is in light level only mode

Used to enable/disable the DETECTION ONLY, by a control schedule for example.

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.1 Mode: Auto ON/OFF(continued)

System behaviour:

13.2.3.2 Mode: AUTO Walkthrough

Parameters	Settings
Active regulation	YesNo

No: No regulation possible
Yes: The cell in the sensor will switch ON/OFF or dim its associated loads according to variations in the natural light

Reaction speed	Very Low
	Low
	Normal
	Fast
	Very Fast

This parameter determines the speed reaction of the regulation in dimming or switching

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.3 Mode: Manual On/Auto Off

The system runs with manual operation.

No.	Object name Function	Size Flags
13	Synchro on/off	Synchro on/off	1.010 DP_Start/stop	CW
Synchro on/off statuses are received via the group address linked to this object

Parameters Settings
Active regulation Yes	No

No: No regulation possible
Yes: The cell in the sensor will switch ON/OFF or dim its associated loads according to variations in the natural light

System behaviour:

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.3 Mode: Manual On/Auto Off (continued)

Parameters Settings
Active regulation Yes	No

No: No regulation possible

Yes: The cell in the sensor will switch ON/OFF or dim its associated loads according to variations in the natural light

When active régulation is yes: this object communication is available.

No.	Object name Function	Size Flags
13	Synchro regulation	Synchro regulation	1.010 DP_Start/stop	CW
In Lux statuses are received via the group address linked to this object.Start and stop can be configured in ETS.
14	Regulation status	Regulation status	1.010 DP_Start/stop	CRT
Regulation statuses are sent via the group address linked to this object

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.3 Mode: Manual On/Auto Off (continued)

System behaviour:

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.3 Mode: Manual On/Auto Off (continued)

Parameters Settings
Reaction speed Very Low	LowNormalFastVery Fast
This parameter determines the speed reaction of the regulation in dimming or switching
Action on “Synchro regulation” object on start Start regulation	ON + Start regulationStop regulationStop regulation + ONStop regulation + OFFNo reaction
This parameter determines the regulation reaction when Start received.Start regulation: Regulation is run with no action on loadON + Start regulation: Regulation is run with ON action on loadStop regulation: Regulation is stopped with no action on loadStop regulation + ON: Regulation is stopped with ON action on loadStop regulation + OFF: Regulation is stopped with OFF action on loadNo reaction: No reaction
Action on “Synchro regulation” object on stop Start regulation	ON + Start regulationStop regulationStop regulation + ONStop regulation + OFFNo reaction
This parameter determines the regulation reaction when Stop received.Start regulation: Regulation is run with no action on loadON + Start regulation: Regulation is run with ON action on loadStop regulation: Regulation is stopped with no action on loadStop regulation + ON: Regulation is stopped with ON action on loadStop regulation + OFF: Regulation is stopped with OFF action on loadNo reaction: No reaction
Use scene No	Yes
No: In scene regulation cannot be used, no accessible communication objects.

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.3 Main function - Master: Light level & Detection (continued)

13.2.3.3 Mode: Manual On/Auto Off (continued)

- Use scene Yes

Use scene

Scene A number (D: not used)

Scene A action

Scene B number (0: not used)

Scene B action

Scene C number (0: not used)

Scene C action

Scene D number (0: not used)

Scene D action

Scene E number (0: not used)

Scene E action

When use scene is yes: this object communication is available.

No.	Object name Function	Size Flags
12 In	scene_regulation	In_scene_regulation	17.001 DP_Scene_number	CW

8-bit auxiliary telegrams are received via the group address linked to this object

Parameters Settings
Scene A to E number 0-64
This parameter determines which scene (1..64) is to be recalled.If value "0" is set, no scene will be recalled
Scene A to E action Start regulation	ON + Start regulationStop regulationStop regulation + ONStop regulation + OFFNo reaction

This parameter determines the regulation reaction when scene number is received.
Start regulation: Regulation is run with no action on load
ON + Start regulation: Regulation is run with ON action on load
Stop regulation: Regulation is stopped with no action on load
Stop regulation + ON: Regulation is stopped with ON action on load
Stop regulation + OFF: Regulation is stopped with OFF action on load
No reaction: No reaction

13. COMMUNICATION OBJECTS (continued)

■ 13.2 General parameters (continued)

13.2.4 Slave: Detection only

Parameters Settings
Main function Master: Light level only	Master: Detection onlyMaster: Light level & detectionSlave: Detection only

You can configure the detection,, Advance config in the different page associated, and regulation is not active. You can associate the sensors with the sensor master to extend the detection zone, see the configuration § 13.5.

13. COMMUNICATION OBJECTS (continued)

■13.3 Load

Page only available for Master: Light level Only, Master: Detection Only and Master: Light level & Detection modes.

No.	Object name Function	Size Flags
1	Switching Switching 1.001 DP_On/Off CT
Switching telegrams are sent via the group address linked to this object
2	Switching Status	Switching Status	1.001 DP_On/Off	CWTU
Switching statuses are received via the group address linked to this object.* If switching statuses are received but the Switching object has not been sent by the sensor, the regulation is stopped.

13.3.1 Use dimming load

Parameters	Settings
Use dimming load	YesNo

No: Level, level status and In_Sync_Dim cannot be used, no accessible communication objects

No.	Object name Function	Size Flags
3	Level	Level	5.001 DP Percentage	CT
Level telegrams are sent via the group address linked to this object

4	Level status	Level status	5.001 DP Percentage	CWTU
Level statuses are received via the group address linked to this object.*If Level statuses are received but the Level object has not been sent by the sensor, the regulation is stopped.

9 In	Synchro dimming	In Synchro dimming	3.007 DP_dimming control	CW
In override dimming values are received via the group address linked to this object.Any value received on this object is considered to be an override.

13. COMMUNICATION OBJECTS (continued)

■ 13.3 Load (continued)

13.3.2 Use expert parameters

Parameters only available for Master Light level Only and Master Light level & Detection modes.

Parameters Settings
Dimming expert configuration Yes	No

No: Use for the current load type

When dimming expert configuration is yes: this object communication is available.

No.	Object name Function	Size Flags
24	Syncro_MinimumLevel	Syncro_MinimumLevel	5.001 DP Percentage	CRW

Synchro_MinimumLevel values are received via the group address linked to this object

Parameters Settings
Minimum level	0-100
This parameter determines the minimum level of the actuator
Maximum level	0-100
This parameter determines the maximum level of the actuator
Time from Off state to On (100%) state	1-60
This parameter determines the time (in seconds) for the actuator to change from OFF to ON (0% to 100%)
Load curve	LinearType 1 (DALI)CustomReservedReserved

This parameter determines the response curve of the actuator

13. COMMUNICATION OBJECTS (continued)

■ 13.3 Load (continued)

13.3.3 Standby time base (function only available in Master mode: detection and Master: Light level & Detection)

Parameters only available for Master Light level Only and Master Light level & Detection modes.

- Standby configuration :

You alert the user to the switch off the light: after the last detection (plus detection time delay) you can reduce the level of light.

Parameters Settings
Standby time base Disable	InfiniteSecondsMinutes

Disable: Standby is not active
Infinite: At the end of time delay the load decreases to standby level for an infinite time
Seconds: At the end of time delay the load decreases to standby level for the standby time in seconds
Minutes: At the end of time delay the load decreases to standby level for the standby time in minutes

13. COMMUNICATION OBJECTS (continued)

■ 13.3 Load (continued)

13.3.3 Standby time base (function only available in Master mode: detection and Master: Light level & Detection) (continued)

- Standby time base → Seconds

A standby function, in seconds, is used. At the end of time delay the load decreases to standby level for the standby time in seconds.

Parameters Settings
Delay 0-60
This parameter determines the time for the standby in seconds
Standby level 0-100
This parameter determines the standby level (default value 10%)

- Standby time base -Minutes

A standby function, in minutes, is used. At the end of time delay the load decreases to standby level for the standby time in minutes.

Parameters Settings
Delay 0-60
This parameter determines the time for the standby in minutes
Standby level 0-100
This parameter determines the standby level (default value 10%)

- Standby time base—Infinite

An infinite standby function is used. At the end of time delay the load decreases to standby level for an infinite time.

Parameters Settings
Standby level 0-100
This parameter determines the standby level (default value 10%)

13. COMMUNICATION OBJECTS (continued)

■ 13.3 Load (continued)

13.3.4 Use second load

Parameters Settings
Use second load Yes	No

No: Switching second light and level second light cannot be used, no accessible communication objects

When use second load is yes: this object communication is available.

No.	Object name Function	Size Flags
22	Switchingsecond light	Switchingsecond light	1.001 DP_On/Off CRT

Switching second light telegrams are sent via the group address linked to this object. Used to pilot on On/Off 2 ^nd light with an offset compared to 1 ^st load.

23

Level second light

Level second light

5.001 DP Percentage

CRT

Level second light telegrams are sent via the group address linked to this object. Used to pilot on dimming 2^nd light with an offset compared to 1^st load.

Parameters Settings
Offset sign	NegativePositive
This parameter determines the sign of the offset value
Offset (%)	0-100
This parameter determines the offset value

13. COMMUNICATION OBJECTS (continued)

■13.4 Light level config

Page only available for Master: Light level Only and Master: Light level & Detection modes.

Parameters Settings
Setpoint 0 Lux...100 Lux....1275 Lux
This parameter represents the set luminosity threshold to be maintained. It is expressed in Lux

13.4.1 Use external daylight cell

For light régulation you choose if you use lux value measured by the sensor (No) or you can use an external daylight cell (Yes) see below.

Parameters Settings
Use external daylight cell No	Yes
Send condition On request only	On changeCyclicalOn change + Cyclical

On request only: The object value is updated but not sent
On change: The object value is sent when it changes
Cyclical: The object value is sent cyclically
On change + Cyclical: The object value is sent when it changes and cyclically

No.	Object name Function	Size Flags
8	Out Lux	Out Lux	9.004 DP_Lux	CRT
Out Lux values are sent via the group address linked to this object.Send operations can be set in ETS (Cyclical, on change, on request)

13. COMMUNICATION OBJECTS (continued)

■3.4 Light level config (continued)

13.4.1 Use external daylight cell (continued)

On change

Parameters Settings
Max. number of messages per minute 1-60
This parameter determines the maximum number of messages per minute
Dead band 1-100
This parameter determines the percentage variation for validating a change

Cyclical

The object value is sent cyclically

Parameters Settings
Cyclical interval (seconds) 1-255
This parameter determines the timebase for sending lux in seconds

On change + Cyclical

Parameters Settings
Cyclical interval (seconds) 1-255
This parameter determines the timebase for sending lux in seconds

Max. number of messages per minute 1-60

This parameter determines the maximum number of messages per minute. The value must be higher than the timebase/60.

Dead band 1-100
This parameter determines the percentage variation for validating a change

When use external daylight cell is yes: this object communication is available.

No.	Object name	Function	Size	Flags
7	In Lux	In Lux	9.004 DP_Lux	CW

In Lux values are received via the group address linked to this object. The sensor reacts as if it had an internal daylight cell

Warning: When an external daylight cell is used, the provision of light must be set with the IR commissioning tool.

13. COMMUNICATION OBJECTS (continued)

■13.5 Detection config

Page only available for Master Detection Only and Master Light level & Detection modes.

No.	Object name Function	Size Flags
5	In Occupancy	In Occupancy	1.002 DP_Bool	CW

In Occupancy statuses are received via the group address linked to this object.

True: The sensor reacts as if there was an internal detection

False: No reaction

6

Out Occupancy

Out Occupancy

1.002 DP_Bool

CRT

Out Occupancy statuses are sent via the group address linked to this object

True: When motion detected

False: After vacancy time delay, or occupancy if vacancy is not used

20

Out Synchro Master → Slave

Out Synchro Master → Slave

1.002 DP_Bool

CT

Out synchro Master-> Slave statuses are sent via the group address linked to this object

True: The maintain status is sent to the slave

False: The initial status is sent to the slave

Parameters	Settings
Use detection LED	YesNo
This parameter determines whether or not the detection LED is to be used when detection is active
Time delay: hours	0-17
This parameter determines the hours of the time delay
Time delay: minutes	0-59
This parameter determines the minutes of the time delay
Time delay: seconds	0-59
This parameter determines the seconds of time delay. If the total value is less than 5 s the time delay is automatically set to 5 s
Transfer In Occupancy to "Occupancy Status"	YesNo
This parameter determines how many "presence events" are transmitted on the bus. Is "yes" the presence events of all sensors being part of the master-slave configuration are passed on the KNX/BUS; This configuration is useful for an external supervisor. If "no" only the presence event of the master sensor is passed on the KNX/BUSYes: you have the occupancy status for each sensors : master and slaves .usefull for example in supervisionNo: you have one occupancy status for all sensors of the detection zone.You can use it to pilot a corridor for example.

13. COMMUNICATION OBJECTS (continued)

■ 13.5 Detection config (continued)

13.5.1 Send Condition

Page only available for Slave Detection Only mode.

Parameters Settings
Send condition On request only	On changeCyclicalOn change + Cyclical
On request only: The object value is updated but not sentOn change: The object value is sent when it changesCyclical: The object value is sent cyclicallyOn change + Cyclical: The object value is sent when it changes and cyclically

On request only

The object value is updated but not sent

On change

The object value is sent when detection is validated

Parameters Settings
Max. number of messages per minute 1-60
This parameter determines the maximum number of messages per minute

Cyclical

The object value is sent cyclically

Parameters Settings
Cyclical interval (seconds) 1-255
This parameter determines the timebase for sending lux in seconds

On change + Cyclical

Parameters Settings
Cyclical interval (seconds) 1-255
This parameter determines the timebase for sending lux in seconds

Max. number of messages per minute 1-60
This parameter determines the maximum number of messages per minute.The value must be higher than the timebase/60.

13. COMMUNICATION OBJECTS (continued)

■13.6 Auxiliary output

Page only available for Master: Detection Only, Master: Light level & Detection and Slave: Detection Only modes

Parameters Settings
Auxiliary object type None	SwitchtingScaled valueHVAC ModeScene2 bytes value

13.6.1 None

The auxiliary output cannot be used, no accessible communication objects.

13.6.2 Switching

GeneralLoadLight level config.Detection config.	Auxiliary object type	Swichting
	Send on occupancy	Yes
	Value	Off
	Send on vacancy	Yes
	Value	Off

No. O	object name Function	Size Flags
11	Switching Auxiliary	Switching Auxiliary	1.001 DP_On/Off	CT
Switching Auxiliary telegrams are sent via the group address linked to this object

Parameters Settings
Send on Occupancy	YesNo
This parameter determines the reaction of the auxiliary on occupancy
Value	OnOff
This parameter determines the value to send on occupancy
Send on Vacancy	YesNo
This parameter determines the reaction of the auxiliary on vacancy
Value	OnOff
This parameter determines the value to send on occupancy

13. COMMUNICATION OBJECTS (continued)

■ 13.6 Auxiliary output (continued)

13.6.3 Scaled values

General

Load

Light level config.

Detection config.

Auxiliary output

Advanced

Virtual keycard

Commissioning Tool

No.	Object name Function	Size Flags
11	Scaling Auxiliary	Scaling Auxiliary	5.001 DP_Scaling	CW

Scaling Auxiliary telegrams are sent via the group address linked to this object

Parameters Settings
Send on Occupancy	YesNo
This parameter determines the reaction of the auxiliary on occupancy
Value	0-100
This parameter determines the value to send on occupancy
Send on vacancy	YesNo
This parameter determines the reaction of the auxiliary on vacancy
Value	0-100
This parameter determines the value to send on vacancy

13. COMMUNICATION OBJECTS (continued)

■ 13.6 Auxiliary output (continued)

13.6.4 HVAC Mode

GeneralLoadLight level config.Detection config.	Auxiliary object type	HVAC Mode
	Send on occupancy	Yes
	Value	0
	Send on vacancy	Yes
	Value	0

No.	Object name Function	Size Flags
11	HVAC Mode HVAC Mode	20.102 DP_	HVACMode	CW

Percent auxiliary telegrams are sent via the group address linked to this object

Parameters Settings
Send on Occupancy Yes	No
This parameter determines the reaction of the auxiliary on occupancy
Value	0-255
This parameter determines the value to send on occupancy
Send on vacancy	YesNo
This parameter determines the reaction of the auxiliary on vacancy
Value	0-255
This parameter determines the value to send on vacancy

13. COMMUNICATION OBJECTS (continued)

■ 13.6 Auxiliary output (continued)

13.6.5 Scene

General

Load

Light level config.

Detection config.

Auxiliary output

Advanced

Virtual keycard

Commissioning Tool

No.	Object name Function	Size Flags
11	8-bit sceneAuxiliary	8-bit sceneAuxiliary	17,001 DP_SceneNumber	CW

8-bit scene auxiliary telegrams are sent via the group address linked to this object

Parameters Settings
Send on Occupancy Yes	No
This parameter determines the reaction of the auxiliary on occupancy
Value 1-64
This parameter determines which scene (1..64) to send on occupancy.If value "0" is set, no scene will be recalled.
Send on vacancy	YesNo
This parameter determines the reaction of the auxiliary on vacancy
Value 1-64
This parameter determines which scene (1..64) to send on vacancy.If value "0" is set, no scene will be recalled.

13. COMMUNICATION OBJECTS (continued)

■ 13.6 Auxiliary output (continued)

13.6.6 2 bytes value

General

Load

Light level config.

Detection config.

Auxiliary output

Advanced

Virtual keycard

Commissioning Tool

No.	Object name Function	Size Flags
11 2	byte unsignedAuxiliary	2-byte unsignedAuxiliary	9.001 DP_Value_Temp	CRT

2-bytet unsigned auxiliary telegrams are sent via the group address linked to this object

Parameters Settings
Send on Occupancy Yes	No
This parameter determines the reaction of the auxiliary on occupancy
Value 0-65535
This parameter determines the value to send on occupancy
Send on vacancy	YesNo
This parameter determines the reaction of the auxiliary on vacancy
Value 0-65535
This parameter determines the value to send on vacancy

13. COMMUNICATION OBJECTS (continued)

■13.7 Advanced

Page only available for Master: Detection Only, Master: Light level Only and Master: Light level & Detection modes.

13.7.1 Sensitivity (only available for Master: Detection Only, Master: Light level & Detection and Slave: Detection Only modes)

Parameters Settings
US sensitivity Low	MediumHighVery high
This parameter determines the sensitivity of ultrasound sensors
PIR sensitivity Low	MediumHighVery high
This parameter determines the sensitivity of PIR sensors

13.7.2 System detection (only available for Master: Detection Only, Master: Light level & Detection and Slave: Detection Only modes)

Parameters Settings
Initial scheme PIR only	US onlyPIR and USPIR or US
This parameter determines the sensor detection system for initialising motion detection
Maintain scheme PIR only	US onlyPIR and USPIR or US
This parameter determines the sensor detection system for maintaining motion detection

13. COMMUNICATION OBJECTS (continued)

■3.8 Advanced (continued)

13.7.3 Additional object for expert mode

Here should be explained the 2 objects "Additional object: setpoint" and "Additional object: Time delay"

With these 2 "Additional object, you change parameters setpoint and Time delay" of the sensors by a supervisor for example.

Parameters Settings
Additional Objec: setpoint No	Yes
No: Additional object cannot be used, no accessible communication objects
Additional Objec: Timedelay No	Yes
No: Additional object cannot be used, no accessible communication objects

When additional object setpoint and time delay is yes: this object communication is available.

No.	Object name Function	Size Flags
15	Setpoint	Setpoint	9.004 DP_Lux	CRW

Occupancy setpoints are received via the group address linked to this object.

You can change day light level via the group adress linked to this object.

*Only accessible if internal or external daylight cell is used.

17

TimeDelay

TimeDelay

7.005 DP_Time_Period_Sec

CRW

Occupancy TimeDelays are received via the group address linked to this object.

If the value received is less than 5 s the time delay is set automatically to 5 s.

You can change the value by supervisor.

If the value received.

19

Recall

Recall

1.010 DP_Start/stop

CW

Recalls are received via the group address linked to this object.

Start: Recalls the initial values of Setpoint and TimeDelay; the values configured before the changes operated via objects.

Stop: No reaction.

13. COMMUNICATION OBJECTS (continued)

■13.8 Virtual Keycard

The function is triggered by the "door contact" event which launch the so called "Virtual keycard time delay", a time offset in which the sensor understand if the room is occupied or not, based on some informations: sensor detection, door contact events, push buttons event. Once the result of the function is "occupied" it remains until there is another "Door contact event" which trigger another "Virtual keycard time delay" to understand the room status and eventually turn OFF the lights, launch an absence scenario or launch any other logic related to vacancy event.

Page only available for Master Detection Only and Master Light level & Detection modes.

13.8.1 Use Virtual Keycard

Parameters Settings
Use virtual keycard No	Yes

No: The virtual keycard function cannot be used, no accessible communication objects

When use virtualkeycard is yes: this object communication is available.

No.	Object name Function	Size Flags
31	Virtual Keycard	Door contact	1.001 DP_On/Off	CRWTU

VKC_Door_contact telegrams are received via the group address linked to this object

33	Virtual Keycard	Status	1 bit	CT
VKC Statuses are sent via the group address linked to this object

36

Virtual Keycard

In detection

1.003 DP_Boolean

CW

VKC in detection telegrams are received via the group address linked to this object

With object 36 is possible to associate others sensors and extend the detection zone of the first sensor.

13. COMMUNICATION OBJECTS (continued)

■13.8 Virtual Keycard (continued)

13.8.1 Use Virtual Keycard (continued)

13.8.1.1 Sensitivity

Parameters Settings
Sensitivity Low	MediumHighVery high
This parameter determines the numbers of detections needed to confirm presence.Low: 5 detections in 20 secondsMedium: 4 detections in 20 secondsHigh: 3 detections in 20 secondsVery high: 2 detections in 20 seconds

13.8.1.2 Window time (min)

Parameters Settings
Window time (min) 3-255
This parameter is the "Virtual keycard time delay". It determines the delay after a door contact in which the sensor check if there is presence and change the status from absence (object status=0) to presence (object status=1).

13.8.1.3 Door event condition

Parameters Settings
Door event condition Rising edge 0	→1Falling edge 1 -0

This parameter determines the door event condition on the VKC door contact object. It determines if the «door contact event» is measured on the rising or falling edge

No.	Object name	Function	Size	Flags
31	Virtual Keycard	Door contact	1.001 DP_On/Off	CRWTU

VKC_Door_contact telegrams are received via the group address linked to this object

13. COMMUNICATION OBJECTS (continued)

■13.8 Virtual Keycard (continued)

13.8.1 Use Virtual Keycard (continued)

13.8.1.4 External event object type

External event object type

Switch

External event comparator

简要

Compared value

Off

Parameters Settings
External event object type None	SwitchScaled valueScene2-bytes4-bytes

This parameter determines the Data point type of the VKC external object.

This object is used to improve the function effectiveness, it is an additional object used to confirm the presence information. It can be a command switch, detection in the room, window contact...

External event comparator == (equal)

!= (different)

< (less than)

<=(less than or equal)

>(greater than)

>=(greater than or equal)

This parameter determines the type of comparison between the value on a VKC external object and the value to be compared

Compared value On (Switch)

Off (Switch)

0-100 (Scaled value)

1-64 (Scene)

0-64 (Scene)

0-65535 (2-bytes)

0-4294967295 (4 bytes)

This is the type of value to be compared

No.	Object name Function	Size Flags
32	Virtual Keycard	External event	DPT depend on the choice made in the settings	CW

VKC_external event telegrams are received via the group address linked to this object. DPT depend on the choice made in the settings

13. COMMUNICATION OBJECTS (continued)

■13.8 Virtual Keycard (continued)

13.8.1 Use Virtual Keycard (continued)

13.8.1.5 Occupied and Unoccupied object type

Action on presence and absence event.

Occupied object type

No

Unoccupied object type

No

Parameters Settings
Occupied object type No	SwitchScaled valueHVAC ModeScene2-bytes value
This parameter determines the Data point type of the VKC presence action object
Value On (Switch)	Off (Switch)0-100 (Scaled value)0-255 (HVAC Mode)1-64 (Scene)0-65535 (2-bytes)
Value to send to the VKC occupied object
Unoccupied type object No	SwitchScaled valueHVAC ModeScene2-bytes value
This parameter determines the Data point type of the VKC absence action object
Value On (Switch)	Off (Switch)0-100 (Scaled value)0-255 (HVAC Mode)1-64 (Scene)0-65535 (2-bytes)
Value to send to the VKC Unoccupied object

• Example with a Switch object type

Occupied object type	Switch
Value	On
Unoccupied object type	Switch
Value	Off

No.	Object name Function	Size Flags
34	Virtual Keycard	VKC_presence_action_1bit	Switch CT

VKC presence actions are sent via the group address linked to this object. DPT depend on the choice made in the settings

35

Virtual Keycard

VKC_absence_action_1bit

Switch CT

VKC absence actions are sent via the group address linked to this object. DPT depend on the choice made in the settings

13. COMMUNICATION OBJECTS (continued)

■13.8 Virtual Keycard (continued)

13.8.1 Use Virtual Keycard (continued)

13.8.1.6 Send status when

Send status when

Never

Parameters Settings
Send status when Never	Occupied onlyUnoccupied onlyOccupied & unoccupied

This parameter determines when to send a value on the VKC status object Never: No value sent to VKC status, but can be read on request Occupied: Only occupied is sent to VKC status (Occupied) Unoccupied: Only unoccupied is sent to VKC status (Not occupied) Occupied & unoccupied: Both are sent to VKC status (Occupied and Not occupied)

13.8.2 Virtual keycard function operating diagram

graph LR
    A["(Action Push Button Room for example)"] --> B["Sensor 2"]
    B --> C["Status occupancy"]
    B --> D["External event"]
    D --> E["Sensor 1"]
    E --> F["(Supervision for example)"]
    E --> G["VKC Presence action"]
    E --> H["VKC Absence action"]
    E --> I["Door contact Virtual Keycard Status"]

Virtual keycard behaviour:

graph LR
    A["Occupied"] --> B["Start"]
    B --> C["VKC delay"]
    C --> D["Not occupied"]
    D --> E["Presence detection"]
    E --> F["Door contact event"]
    F --> G["Unknown"]
    G --> H["End"]
    H --> I["Presence detection"]
    I --> J["Door contact event"]
    J --> K["Presence detection"]
    K --> L["Door contact event"]
    L --> M["External event"]
    M --> N["Unknown"]
    N --> O["Presence detection"]
    O --> P["Door contact event"]
    P --> Q["Presence detection"]
    Q --> R["Unknown"]
    R --> S["End"]

VKC function is triggered by "door contact" event after which begins the "VCK time delay" to understand if there is or not presence in the room. If during this time offset nothing is detected the result of the function is "vacancy" and the logics tied to the VKC function are not activated (first half of the above diagram). In case of detection during the time offset the result of the function is "occupancy", the "VKC time delay" is stopped and the related logics are triggered (second half of the above diagram). The VCK time delay restarts after another "door contact event". During the "VCK time delay" the "occupancy" status can be determined by the combination of more events: presence sensor "detection event" or external events (window contact, push-button pressure...).

13. COMMUNICATION OBJECTS (continued)

■13.9 Commissioning Tool

Parameters Settings
Use commissioning tol Yes	No
No: The sensor parameters can be only read with the commissioning toolYes: The sensor parameters can be changed with the commissioning tool
No: modification are saved No	Yes
No: Modifications are saved to the memory but change when a new application with ETS is downloadedYes: Modifications are applied for 1 hour 30 minutes after the product has reloaded the default value; or if the product is disconnected from the bus, the default value isreloaded when the product is reconnected

13. COMMUNICATION OBJECTS (continued)

■13.10 Pushbutton

13.10.1 Pushbutton function

13.10.1.1 Function: Not used

The pushbutton cannot be used, no accessible communication objects

13.10.1.2 Function: Switching

General

Load

Light level config.

Detection config.

Auxiliary output

Advanced

----

Virtual keycard

Commissioning Tool

----

Push button

No.	Object name Function	Size Flags
25	BP_Switching Switching	Push_Button	1.001 DP_On/Off CWT

Switching pushbutton telegrams are sent via the group address linked to this object

30 BP_Enable Enable_

Push_Button

1.003 DP_Enable CRW

Disable telegrams are received via the group address linked to this object. They are used to lock (disable) or unlock (enable) the pushbutton

Parameters Settings
Short push reaction	NoneOnOffToggle

Here an adjustment is made to define which switching value is written to the storage cell of the communication object and sent after a short press on the pushbutton attached to the input.
"None": A short press on the pushbutton does not change the object value and also does not lead to a telegram being sent.
"On": After a short press on the pushbutton, the switching value "ON" (binary value, "1") is transferred to the communication object and sent.
"Off": After a short press on the pushbutton, the switching value "OFF" (binary value,"0") is transferred to the communication object and sent.
"Toggle": After a short press on the pushbutton, the switching value stored in the communication object is inverted and the new value is sent.

Long push reaction

NoneOnOffToggle

Here an adjustment is made to define which switching value is written to the storage cell of the communication object and sent after a long press on the pushbutton attached to the input.
"None": A long press on the pushbutton does not change the object value and also does not lead to a telegram being sent.
"On": After a long press on the pushbutton, the switching value "ON" (binary value, "1") is transferred to the communication object and sent.
"Off": After a long press on the pushbutton, the switching value "OFF" (binary value,"0") is transferred to the communication object and sent.
"Toggle": After a long press on the pushbutton, the switching value stored in the communication object is inverted and the new value is sent

Long push time	0.5 s
	1 s
	2 s
	3 s
	4 s
	5 s
	10 s

This parameter determines the minimum period for detecting a long press on the pushbutton

13. COMMUNICATION OBJECTS (continued)

■3.10 Pushbutton (continued)

13.10.1 Pushbutton function (continued)

13.10.1.3 Function: Dimming

No.	Object name Function	Size Flags
25	BP_Switching SwitchingPush_Button		1.001 DP_On/Off CWT

Switching pushbutton telegrams are sent via the group address linked to this object

27

BP_Dimming

DimmingPush Button

3.007 DP_dimming control

CT

Level telegrams are sent via the group address linked to this object

30

BP_Enable

EnablePush_Button

1.003 DP_Enable CRW

Disable telegrams are received via the group address linked to this object. They are used to lock (disable) or unlock (enable) the pushbutton

Parameters	Settings
Short push reaction	NoneOnOffToggle

Here an adjustment is made to define which switching value is written to the storage cell of the communication object and sent after a short press on the pushbutton attached to the input.
"None": A short press on the pushbutton does not change the object value and also does not lead to a telegram being sent.
"On": After a short press on the pushbutton, the switching value "ON" (binary value, "1") is transferred to the communication object and sent.
"Off": After a short press on the pushbutton, the switching value "OFF" (binary value,"0") is transferred to the communication object and sent
"Toggle": After a short press on the pushbutton, the switching value stored in the communication object is inverted and the new value is sent.

Long push reaction

NoneCyclical dim +/-

Here an adjustment is made to define which dimming value is written to the storage cell of the communication object and sent after a long press on the pushbutton attached to the input."None": A long press on the pushbutton does not change the object value and also does not lead to a telegram being sent."Cyclical dim +/-": After a long press on the pushbutton, the dimming value stored in the communication object is inverted and the new value is sent.

Long push release

NoneDim stop

Here an adjustment is made to define which dimming value is written to the storage cell of the communication object and sent when a long press on the pushbutton attached to the Channel is released
"None": A long press on the pushbutton does not change the object value and also does not lead to a telegram being sent.
"Dim stop": When the pushbutton is released after a long press, the dimming value "Stop" is transferred to the communication object and sent.

Long push time	0.5 s
	1 s
	2 s
	3 s
	4 s
	5 s
	10 s

This parameter determines the minimum period for detecting a long press on the pushbutton

13. COMMUNICATION OBJECTS (continued)

■ 3.10 Pushbutton (continued)

13.10.1 Pushbutton function (continued)

13.10.1.4 Function: 8-bit scene control

No.	Object name Function	Size Flags
29	BP_Outscene Outscene	Push_Button	1.001 DP_On/Off CWT

Switching pushbutton telegrams are sent via the group address linked to this object

30

BP_Enable

Enable_Push_Button

1.003 DP_Enable CRW

Disable telegrams are received via the group address linked to this object. They are used to lock (disable) or unlock (enable) the pushbutton

Parameters	Settings
Scene number	1-64
This parameter determines which scene (1-64) is to be recalled on a rising edge when mode 1 is activeIf value “0” is set, no scene will be recalled

14. APPLICATION'S EXAMPLES

Following are described some common applications.

Here are listed the involved products and the needed objects, to be connected, in order to realize the described functions.

■14.1 Mode Auto ON/OFF - Load ON/OFF

The represented associations are valid in the following configuration cases:

• light level only with regulation
• detection only without regulation
• light level and detection without regulation
• light level and detection with regulation

graph LR
    A["Status Switching Status Switching"] --> B["Sensor"]
    B --> C["Actuator ON/OFF"]
    C --> D["In on/off"]

■14.2 Mode Auto ON/OFF - Dimming load

The represented associations are valid in the following configuration cases:

• detection only without regulation

• light level only with regulation
• light level and detection without regulation
• light level and detection with regulation

graph LR
    A["Status Switching"] --> B["Sensor"]
    C["Status Value"] --> B
    B -->|level| D["Dimmer"]
    D -->|In level| D
    D --> E["Level Status"]
    style B fill:#d4edda,stroke:#333
    style D fill:#d4edda,stroke:#333

■14.3 Mode Manual ON/Auto OFF – Load ON/OFF

The represented associations are valid in the following configuration cases:

• detection only without regulation
• light level only with regulation
• light level and detection without regulation
• light level and detection with regulation

graph LR
    A["Status Switching"] --> B["CMD Sensor"]
    B -->|Switching| C["Synchro ON/OFF"]
    C -->|Switching| D["Actuator ON/OFF"]
    D -->|In on/off| C
    E["Status Switching"] --> B

14. APPLICATION'S EXAMPLES (continued)

■14.4 Mode Manual ON/AutoOFF - Dimming load

The represented associations are valid in the following configuration cases:

• detection only without regulation

• light level only with regulation
• light level and detection without regulation
• light level and detection with regulation

graph LR
    A["CMD"] -->|Switching| B["Sensor"]
    B -->|Level| C["Dimmer"]
    C -->|In level| B
    B -->|Dimming| C
    A -->|Dimming In Synchro| B
    B -->|Status Switching| A
    C -->|Status Switching| A
    style A fill:#90EE90
    style B fill:#FFB6C1
    style C fill:#90EE90

■14.5 Master/Slave detection

The represented associations are valid in the following configuration cases:

Ex: without regulation/load ON/OFF

graph LR
    A["Slave sensor"] -->|In Occupancy| B["Master sensor"]
    A -->|Out Occupancy| B
    B -->|Switching| C["Actuator"]
    C -->|In Switching| B
    C -->|Status Switching| D["Master Sensor"]
    D -->|In Occupancy| A
    D -->|Out Occupancy| A