To design the features below, as a basis, you need a Vertex ApC with DALI luminaires connected. There are several principles of DALI designing you have to know. For some purpose, or in the case of a large project, you might need also a LAN network.
1. Daylight harvesting
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The lighting adjusts to changes in the intensity of daylight. This allows the luminaires to automatically increase or decrease their power, maintaining a certain lighting intensity level in the room.
Designing tips
Assign one sensor to the one DALI group.
What do I need?
To use this feature, you need to have a DALI-2 sensor connected to the Vertex ApC. All sensors on the Glamox E2D component list are multisensors.
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Multisensors combine movement/presence detection and light intensity measurement. |
You can find the instruction on how to program and commission this feature in the Node-RED library - Daylight harvesting. See also the Dusk (Twilight) sensor mode.
2. Motion/presence detection
A sensor detects movement and the lighting turns on (eg. 100%). Lighting is on until the sensor stops detecting movement. After some time (eg. 3 minutes), the intensity of the light decreases to a given level (eg. 50%). After another period of time (eg. 15 minutes), the lighting turns off.
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The given values can be adapted to your own requirements. |
Designing tips
Focus on the detection field. It depends on the mounting height. Note that the presence detection field is smaller than the motion detection field. You can find all the required information in the product sheet (example).
What do I need?
To use this feature, you need to have a DALI-2 sensor connected to the Vertex ApC. All sensors on the Glamox E2D component list are multisensors.
| Info |
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Multisensors combine movement/presence detection and light intensity measurement. |
You can find the instruction on how to program and commission this feature on the bottom of each product sheet (example). If the lighting control system also includes wall panels (buttons), their functions can be combined - see Semi-automatic mode.
3. Control panels (buttons)
The most intuitive way to control the lighting is to use classic wall panels (buttons). You can assign a group or a scene to each button. Pressing the button turns the lighting on/of, triggers a scene and changes the colour temperature. Holding the button usually dims the lighting.
Designing tips
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What do I need?
To use this feature, you need to have a DALI-2 panel connected to the Vertex ApC.
You can find the instruction on how to program and commission basic functions on the bottom of each product sheet (example). You can also select a ready-made program from the Node-RED library:
If the lighting control system includes sensors, their functions can be combined - see Semi-automatic mode.
4. Schedule
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Lighting control according to a schedule is an ideal solution for facilities with specific time plans. The lighting can be programmed to switch on and off at given times, or it can switch over to a different mode (with motion detection or adaptive lighting). Another useful feature is the synchronisation of the actions in relation to sunrise and sunset times.
Designing tips
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What do I need?
You don't need any additional device to use this feature.
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What do I need?
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Daylight harvesting
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DALI-2 sensor
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Motion/presence detection
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DALI-2 sensor
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This article is made to help you understand how programming is used in real life scenarios using Node-Red. These examples talk about the control scenarios, their components, the benifits you will get when using each scenario and a description of functionality. Each of them is linked to a different article in the Knowledge base, where we go into detail on how to set up a functionality.
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Single office
Application | single office, kitchen |
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Components | control panel (eg. 2 buttons) + sensor |
Benefits |
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Scenario | The lighting turns on when you press the “ON” button. Luminaries adjust the light intensity depending on the amount of daylight (daylight harvesting). If you have Tunable White (CCT) luminaries, they work according to an HCL schedule. When you leave the room, sensor stops detecting the presence and turns the lighting off after 15 min.  Alternatively, you can turn off the lighting manually using the “OFF” button. |
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Open plan office
Application | open plan office, open space |
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Benefits |
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Components | control panel (eg. 2 buttons) + sensor |
Scenario | The lighting turns on when you press the “ON” button. Luminaires adjust the light intensity depending on the amount of daylight (daylight harvesting). If you have Tunable White (CCT) luminaires, they work according to an HCL schedule. When you leave the room, sensor stops detecting the presence in your zone and dims the lighting after 15 min. If you don’t come back in an hour, the lighting turns off.  Alternatively, you can turn off the lighting manually using the “OFF” button. |
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Classroom
Application | classroom, meeting room, conference room, board room |
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Benefits |
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Components | control panel (eg. 6 buttons) + sensor |
Scenario | The lighting turns on automatically. Luminaires adjust the light intensity depending on the amount of daylight (daylight harvesting). If you have Tunable White (CCT) luminaires, they work according to an HCL schedule. When you leave the room, sensor stops detecting the presence and turns the lighting off after 5 min.  You can also adjust the light manually using a control panel.  |
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Corridor
Application | corridor |
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Benefits |
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Components | sensor |
Scenario | The lighting turns on automatically. When the sensor stops detecting the presence, the lighting dims after 5 min. If nobody comes in 10 min, the lighting turns off.  |
/wiki/spaces/ME/pages/2089353231
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Toilet
Application | toilet, WC, sanitary room |
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Benefits |
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Components | sensor |
Scenario | The lighting turns on automatically. When you leave the room, sensor stops detecting the presence and turns the lighting off after 5 min. |