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Extronic surface mounted motion sensor PDC43 Casambi (24VDC)

The PDC 43 is a Casambi surface-mounted motion sensor that you feed with low voltage. You can also choose to make a DALI circuit, imagine that you not only have a Casambi sensor, but also a piece of CBU-ASD 'on board'.

Daylight sensor;
The sensor also has a Lux value measurement that you can use in the Casambi app.

Profiles;
Various profiles are available, including a DALI profile. This allows you to directly link a scene in the Casambi app that controls DALI lamps or you can create groups (G0-G3). You can also set up PDC43 with the Gateway profile (Equivalent to CBU-DCS)

parameters;
A) The sensitivity
B) The separate switching output
C) The LED indication in the sensor (red light when moving)

Nutrition;
You must connect this device to 24VDC, for which we may supply an optional power supply. If you choose a DALI profile, the sensor will take its power supply from the DALI bus.

OVERVIEW-OF-CONFIGURATION-CaSAMBI-Extronic-PDC43

Profile PD43 Sensor
1) Here you will find all the profiles of the sensor.
2) In the 'PDC43 Sensor' profile, the sensor only appears in the 'Sensors' field.
3) Click on 'Not in use' to proceed to the underlying configuration field and set up the sensor as usual. Note that the 'Parameters' in this field are explained separately in the 'Parameters' tab.
4) Continue to set the desired operation.
profile PD43 sensor

 


Profile PD43 Sensor - relay
10) Here you will find all the profiles of the sensor.
11) In the 'PD43 Sensor relay' profile, the sensor ends up in both the lamp field and the 'Sensors' field. You can switch the additional output manually in the lamp field. You can also activate the output by scenes, astro clock etc. Note that you can even link the output to a scene that is called up by the sensor itself! More information about the switching output can be found under the 'Parameters' tab.
12) The sensor also ends up in the 'Sensor field'
13) Click on 'Not in use' to proceed to the underlying configuration field and set up the sensor as usual.
14) Continue to set the desired operation.
profile PD43 sensor relay


Profile PD43 DALI 4xDIM (G0-G3)
In this case, the sensor is connected and powered to a DALI line to which the DALI spots and drivers are also connected and which are divided into a maximum of 4 groups (G0-G1-G2-G3). More information about grouping DALI devices you find here.

20) Here you will find all the profiles of the sensor.
21) In the 'PD43 DALI 4xDIM (G0-G3)' profile, the sensor ends up in both the lamp field and the 'Sensors' field. In the lamp field you can manually dim the groups or link them to e.g. Enocean switches. The extra on-off contact in the sensor can be switched and activated manually by scenes, astro clock, etc. Note that you can even link the output(s) to a scene that is called up by the sensor itself! More information about the switching output can be found under the 'Parameters' tab.
22) The sensor also ends up in the 'Sensor field'
23) Click on 'Not in use' to proceed to the underlying configuration field and set up the sensor as usual.
24) Continue to set the desired operation.
PD43-DALI-4xDIM-(G0-G3)


Profile PD43 DALI BC (Linear)
30) Here you will find all the profiles of the sensor.
31) In the 'PD43 DALI BC (Linear)' profile, the sensor ends up in both the lamp field and the 'Sensors' field. The connected DALI devices all dim up and down at the same time, so there is only 1 dimmer slider that dims linearly. Note that you can even link the DALI group to a scene that is called up by the sensor itself, so you can create a smart Casambi stand-alone environment in this way.
32) The sensor also ends up in the 'Sensor field'
33) Click on 'Not in use' to proceed to the underlying configuration field and set up the sensor as usual.
34) Continue to set the desired operation.
PD43-DALI-BBC-(Linear)

 

Profile PD43 DALI BC (Logarithmic)
40) Here you will find all the profiles of the sensor.
41) In the 'PD43 DALI BC (Logarithmic)' profile, the sensor ends up in both the lamp field and the 'Sensors' field. The connected DALI devices all dim up and down at the same time, so there is only 1 dimmer slider that dims logarithmically. Note that you can even link the DALI group to a scene that is called up by the sensor itself, so you can create a smart Casambi stand-alone environment in this way.
42) The sensor also ends up in the 'Sensor field'
43) Click on 'Not in use' to proceed to the underlying configuration field and set up the sensor as usual.
44) Continue to set the desired operation.
PD43-DALI-BC-(Logarithmic)


Profile PD43 DT8 2xDIM, TW (G0,G1)
In this case, the sensor is connected and powered to a DALI line to which the DALI spots and drivers are also connected and which are divided into a maximum of 2 Tunable White groups (G0-G1). More information about grouping DALI devices you find here.

50) Here you will find all the profiles of the sensor.
51) In the 'PD43 DT8 2xDIM, TW (G0,G1)' profile, the sensor ends up in both the lamp field and the 'Sensors' field. Note that you can even link the DALI groups to a scene that is called up by the sensor itself, so you can create a smart Casambi stand-alone environment in this way. You can switch the additional output manually in the lamp field. You can also activate the output by triggering scenes, astro clock etc.
52) The sensor also ends up in the 'Sensor field'
53) Click on 'Not in use' to proceed to the underlying configuration field and set up the sensor as usual.
54) Continue to set the desired operation.
PD43-DT8-2xDIM,-TW-(G0,G1)


Profile PD43 evo Gateway
In this case the sensor also behaves as a Gateway. The sensor operation remains. The extra switching output of the sensor also continues to work (0-60min), but it can no longer be operated from the lamp field.

60) Here you will find all the profiles of the sensor.
61) In the 'PD43 evo Gateway' profile, the sensor ends up in both the Gateway field and the 'Sensors' field.
62) make your Gateway settings here.
63) The sensor also ends up in the 'Sensor field'.
64) Continue to set the desired operation.
PD43 evo gateway

 

 

 

Sensitivity;
The sensor sensitivity can be set in the Casambi app, it is set to 100% by default. This can be useful if, for example, the sensor is located near an air conditioner or near a window that is sometimes opened and you want to adjust the sensitivity slightly downwards. These settings can also be done 'Casambi own' remotely via the Casambi cloud. 

1) Click on 'Sensitivity IR' at the Sensor setting.
2) By default, the sensitivity is set to '100%'.
3) Adjust this if necessary and click on 'OK'.
4) Proud 'Casam-Bee'. Parameter Sensitivity

 

External relay time setting (Detector relay timer)
Regardless of the behavior in the Casambi app and therefore the use of the 'normal' sensor settings, the output C/NO is closed during movement by means of a semiconductor contact that may only be loaded up to 100mA. A relay is optionally offered by us and you will find a connection example below. In some profile choices, however, this relay also ends up in the Casambi lamp field and you can switch it there manually or let it participate in Casambi scenes.

10) By default, the relay has a waiting time of 1 minute.
11) You can change this to a different value (max. 60 min.).
12) Click 'OK'.
13) Scheme as an example for a small 24VDC relay that switches loads.

 
LED indicator in the sensor (IR LED indication);
If the sensor is installed in places where it is undesirable for the red LED to light up every time there is movement (such as a bedroom), you can switch it off.

20) Click on 'IR LED indication' at the Sensor setting.
21) By default 'always indication' is on.
22) When there is movement, the red LED in the sensor will light up.
23) Click on 'No indication' if you want to turn off the LED.
24) When there is movement, the red LED in the sensor will no longer light up.

 

 

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