Configuration example: Dimming in the ETS. 1 Introduction

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Malcolm Sutton
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Introduction Introduction: For the dimming function, in addition to brief pressing (switching bit), longer pressing (dimming 4bit) must be connected between the devices.

1 Introduction Introduction: For the dimming function, in addition to brief pressing (switching bit), longer pressing (dimming 4bit) must be connected between the devices. The status display of the LED should also be controlled by feedback from the dimming actuator. Continue with any key. Introduction: For the dimming function, in addition to brief pressing (switching bit), longer pressing (dimming 4bit) must be connected between the devices. The status display of the LED should also be controlled by feedback from the dimming actuator. Continue with any key. Introduction: For the dimming function, in addition to brief pressing (switching bit), longer pressing (dimming 4bit) must be connected between the devices. The status display of the LED should also be controlled by feedback from the dimming actuator. Continue with any key. Process Page of

2 In the following learning unit, you will simulate configuring the dimming function in the ETS. Continue with any key Page 2 of 33

3 2 Job Challenge Procedure Group addresses recommended for a lighting group in the configuration: S Switching D Dimming V Value FS Feedback switching FV Feedback value Page 3 of

4 Page 4 of 33

5 3 Adapting parameters in the push button sensor The parameters in the push button sensor are adapted to the dimming function first. The function of Rocker should be changed from switching to dimming. Click the ( ) dropdown button.. Page 5 of

6 Click the Dimming ( ) list item Page 6 of 33

7 The LED should display the status of the lighting. Mark the LED of Rocker for the other settings. Click the ( ) tree entry.. Page 7 of

8 You can find the various behaviours of the LED on the left in the Function of the status LED selection menu. Click the ( ) dropdown button Page 8 of 33

9 Click the Activation via separate LED object ( ) list item.. The LED is not connected to the rocker here and requires a separate feedback group address. Page 9 of

10 The right LED of the rocker is configured in the same way. Click the ( ) dropdown button Page 0 of 33

11 Click the Activation via separate LED object ( ) list item. Page of

12 4 Adapting parameters in the dimming actuator Now mark the dimming actuator. Feedback must be released. Click the ( ) tree entry Page 2 of 33

13 The parameters for feedback can be found in the release of each channel (Channel here). Click the ( ) tree entry.. Page 3 of

14 You can release feedback in the releases. Click the ( ) dropdown button Page 4 of 33

15 Click the enabled ( ) list item. Page 5 of

16 You can find the feedback release under Feedbacks. Click the ( ) button Page 6 of 33

17 Release the feedback of the switching status. Click the ( ) dropdown button.. Page 7 of

18 Click the feedback object is active signalling object ( item. ) list Page 8 of 33

19 You can release the feedback of the brightness value in the same way. Click the ( ) dropdown button.. Page 9 of

20 Click the feedback object is active signalling object ( item.. Click the feedback object is active signalling object ( item.. ) list ) list Page 20 of 33

21 Reduce the tree structure now to connect the devices to the group addresses. Click the ( ) button.. Page 2 of

22 5 Assigning group address For the simple dimming function, you need the switching, dimming and the switching feedback group addresses. For additional visualisation via a HomeServer, you also need the brightness value and brightness value feedback group addresses. When you mark the respective group address, you also see the group addresses which are already connected in the second column. Click the ( ) tree entry Page 22 of 33

23 2 Connect the group address to the corresponding communication object using drag & drop. While keeping the left mouse button pressed, drag the ( to the ( ) tree entry. ) tree entry Page 23 of

24 2 While keeping the left mouse button pressed, drag the ( to the ( ) tree entry. ) tree entry Page 24 of 33

25 2 While keeping the left mouse button pressed, drag the ( to the ( ) tree entry. ) tree entry This connects the group address to the push button sensor. Page 25 of

26 2 While keeping the left mouse button pressed, drag the ( to the ( ) tree entry. ) tree entry This connects the group address to the dimming actuator Page 26 of 33

27 Connect the brightness value group address to prepare for subsequent visualisation to the dimming actuator only in the following (this function is not yet used today). Click the ( ) tree entry... Page 27 of

28 Now mark the dimming addresses to then connect them to the actuator and push button sensor. Click the ( ) tree entry Page 28 of 33

29 2 While keeping the left mouse button pressed, drag the ( to the ( ) tree entry. ) tree entry This connects the dimming actuator to the value group address. Page 29 of

30 2 By connecting the push button sensor LED to the dimming actuator via the switching feedback group address, the LED indicates the corresponding light status. While keeping the left mouse button pressed, drag the ( entry to the ( ) tree entry. ) tree Page 30 of 33

31 2 The dimming actuator controls the LED as a status display in the push button sensor using the switching feedback. This connection is also established with the second LED of the rocker. While keeping the left mouse button pressed, drag the ( to the ( ) tree entry. ) tree entry Page 3 of

32 2 Finally, connect the feedback of the brightness value to the dimming actuator to prepare for subsequent visualisation. Other expansion options should also be considered during the configuration phase. Control via the HomeServer is an example of this. While keeping the left mouse button pressed, drag the ( entry to the ( ) tree entry. ) tree Page 32 of 33

33 6 End learning unit Page 33 of

Afterwards, you will connect the scene function to the group addresses from the existing project.

Afterwards, you will connect the scene function to the group addresses from the existing project. Introduction Introduction: The scene function is supported in the ETS with the parameters of the push button sensors and actuators. In doing so, the device functions act together with the abilities of