LIGHTING SOLUTION LiNA Connect App Instruction Manual
- September 23, 2024
- LIGHTING SOLUTION
Table of Contents
LiNA Connect App
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Specifications:
- Product Name: Vossloh-Schwabe Blu2Light System
- Apps: LiNA Touch, LiNA Connect
- Compatibility: iOS and Android devices
Product Information:
The Vossloh-Schwabe Blu2Light system offers advanced lighting
control capabilities through the LiNA Touch and LiNA Connect apps.
It allows users to create custom lighting scenes, control
brightness levels, and set switch-on behaviors for Blu2Light
devices.
Product Usage Instructions:
Preparation:
Make sure all Blu2Light nodes are powered and QR codes are
accessible.
Creating a Simple System:
-
Open the LiNA Connect app and create a project.
-
Name your project and create a system by scanning the desired
Blu2Light device QR code. -
View the scanned node details to check current usage.
-
Select switch-on behavior preferences in device settings.
-
Initiate Express Setup to start automatic setup and DALI
search. -
Review DALI search results and create functional groups.
Creating Scenes:
-
Create scenes such as 50%, Off, and On based on your
preferences. -
Name each scene and select the luminaire module type.
-
Adjust brightness levels using the slider or entering
digital/percentage values.
LiNA Touch User Interface:
Generate a user interface in the LiNA Touch app by creating
touch profiles and selecting touch surfaces for desired
functions.
FAQ:
Q: Can I control multiple Blu2Light devices
simultaneously?
A: Yes, you can create functional groups to control multiple
devices together.
Q: Is it possible to schedule lighting scenes?
A: Yes, you can set timers within the apps to automate lighting
scenes at specific times.
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Operating Manual LiNA Connect / LiNA
Programming the Blu2Light System Using LiNA Connect
Operating the Blu2Light System Using LiNA Touch
1
TABLE OF CONTENTS 1 General Notes ……………………………………………………………………………………………………….. 3
1.1 Legal notice……………………………………………………………………………………………………. 3 1.2 Downloading the
APP……………………………………………………………………………………… 3 2
Preparation……………………………………………………………………………………………………………. 4 3 How to create a
simple system ………………………………………………………………………………. 4 4 Using an automation
……………………………………………………………………………………………. 16 5 Setting up the tunable white
function …………………………………………………………………… 18 6 Implementing a DigiLED (186839) +
manual configuration……………………………………… 20 7 Daylight control
explained……………………………………………………………………………………. 23 8 How to use motion detection
……………………………………………………………………………….. 25 9 Using
Sequences………………………………………………………………………………………………….. 27 10 Add and use Timers
………………………………………………………………………………………….. 30 11 Using the Air Sensor
…………………………………………………………………………………………… 34 12 Using the Blu2Light Relais
…………………………………………………………………………………… 38 13 Using the B2L Connect PB4
……………………………………………………………………………….. 44 14 Including an Blu2Light
Repeater………………………………………………………………………… 46 15 Including the Blu2Light Connect DMX
Controller………………………………………………… 47 15.1 Receiver
Mode……………………………………………………………………………………………… 48 15.2 Master Mode
………………………………………………………………………………………………… 51 15.3 Using Receiver and Master Mode
in combination…………………………………………… 55 15.4 Master Follower Mode
…………………………………………………………………………………… 57 16 Do’s and
don’ts………………………………………………………………………………………………… 60 16.1 Do’s
……………………………………………………………………………………………………………… 60 16.2 Don’ts
…………………………………………………………………………………………………………… 61 16.3 Informal
………………………………………………………………………………………………………… 62
2
1 GENERAL NOTES
Thank you for choosing the Vossloh-Schwabe Blu2Light system. Prior to using
the product, please read this operating manual to familiarize yourself with
the system’s functions.
Any person tasked with system setup, commissioning, operation, maintenance,
and repair must be:
suitably qualified and closely observe the provisions of this operating
manual.
1.1 Legal notice
Trademarks
The Vossloh-Schwabe and the Blu2Light logos are trademarks of Vossloh-Schwabe
Deutschland GmbH.
Other products and company names mentioned in this manual may be trademarks of
other companies.
Copyright
© Copyright 2022 by Vossloh-Schwabe. All rights reserved. Without the prior
written consent of Vossloh-Schwabe, no part of this document may be reproduced
or transmitted in any form or using any means, be they electronic or
mechanical; nor may photocopies or any other kind of record be made, nor may
any system for information storage or restoration purposes be used.
1.2 DOWNLOADING THE APP
Both apps are available as iOS and Android versions in the respective app stores.
LINA Touch
LINA Connect
3
2 PREPARATION Make sure that all your Blu2Light nodes are powered and that the
QR codes of the nodes are ready, for example stuck on your floor plan!
Figure 1: Floor plan 3 HOW TO CREATE A SIMPLE SYSTEM Open the LiNA Connect app
and click on the button in the lower right corner to create a project, then
name your project and create a system with the same procedure. Now scan the
desired QR code by pressing the button again!
4
The following picture shows a successful scanning of a Blu2Light device in
LiNA Connect the QR-Code is shown in green color:
Figure 2: Scanning a Blu2Light device Scanning of 2 Blu2Light device which has
already been commissioned to another system on the tablet the QR-Code is
shown in orange color:
Figure 3: Scanning a Blu2Light device that is already in use The text field
below the scanned node shows you where it is already in use.
5
Color selection of a Blu2Light device in the device settings:
Figure 4: Color selection A long press on the device symbol offers the device-
overview. You have the options “Name”, “Power On Behavior” and “Properties”
furthermore you can choose the color for every node in which it should be
displayed in the option “Power on behavior” will not be displayed for all
Blu2Light devices and it will only be visible d for devices which support the
“Power on behavior” (e.g. not for the Blu2Light LAN Gateway or the Blu2Light
Connect PB4). This helps with the overview in big Projects and offers a better
visualization.
6
Figure 5: Selection of switch-on behavior Select “Switch on with last state”
in the “Power On Behavior” tab.
Figure 6: Switch on with last state Now the node uses the “last state” as
“Power On behavior”. Please be aware not to cut off the power for at least 30
seconds before a new “power on last state” is being saved after this mode has
been configured. A counter in the “properties” shows the actual state of how
many configuration changes have been done in a lifetime of the node. Only
configuration changes that last longer than 30 seconds are being saved. If a
counter state of 10 000 has been reached the VS guarantee is lost. The
function remains available.
7
Figure 7: Overview before automatic setup Select a node and select “Express
Setup” to start automatic setup.
Figure 8: Express setup with active DALI search A rotating circle at “DALI
addressing” indicates an active DALI search.
8
Figure 9: Overview after successful DALI search If the DALI search is
completed, all DALI devices should be displayed, and a functional group should
have been created.
Figure 10: Menu for creating scenes Now you can create scenes according to
your wishes, “50 %”, “Off” and “On” are the most common ones. Now add a new
scene by pressing the button !
9
Figure 11: Creating a new scene Here you can name the scene as you wish and
select the type of luminaire module used.
Figure 12: Created “Off” scene In most configurations, it is recommended to
leave at least one channel switched on. The slider for the master dimmer
should be set to zero for the “Off” scene.
10
Figure 13: Setting the brightness level The brightness can be set using the
slider or by pressing the brightness value displayed above (allows digital or
percentage values to be entered). If all scenes are configured as desired,
only thing left is to generate a user interface in the LiNA Touch App, for
that, switch to the tab “LiNA Touch”.
Figure 14: Creating a LiNA Touch user interface Here you can use the button on
the left-hand side to create a new touch profile and name it accordingly. Use
the button on the right-hand side to select a touch surface, depending on the
scope of the desired functions. Unused touch panels will not be
11
displayed in the LiNA Touch app. If more touch panels are needed more fields
can always be added.
Figure 15: Assigning a function Each control panel must now be assigned a
function that can later be used in the Touch App. It is advisable to name the
control surface according to the scene to be controlled.
Figure 16: LiNA Touch user interface created Once this has been achieved, your
user interface should look like this.
12
Figure 17: Event configuration Now the control panels are assigned to the
respective functional groups and (Figure 18) to the respective scenes via the
event configuration using drag & drop.
Figure 18: Assignment of the scenes 13
Figure 19: Export the desired LiNA Touch profile In the last step, press and
hold the respective touch profile you want to export in the main window of the
Connect app and select “Export”. Now you are free to scan the generated QR
code with another device using the LiNA Touch app or to export it in another
way by pressing “Share”. To scan the QR code, press the QR code symbol in the
upper right corner of the LiNA Touch App and scan the respective QR code.
Figure 20: Scanning the profile to be imported 14
Figure 21: Importing the profile Congratulations! Your basic system is now
fully operational and can be operated via the LiNA Touch App!
15
4 USING AN AUTOMATION To set up an automatic setup, return to the overview
shown in Figure 9. Now press and hold the control panel, Functional Group. A
window called “Setting/Parameters” appears, offering the following choices:
Sets the dimming speed of the stored scene in a DALI value fixed (0-254)
Here the light level for the “Active” state is selected.
Here you can define how long the “active level” is held.
Here the light level for the “passive” state is selected.
Here you define how long the “passive level” is held.
Here the light level for the “basic” state is selected.
Here you define how long the “basic level” is held.
By setting a check mark, you can select which light level is always kept, it
is oriented to the basic Level.
Semi auto mode” is used if, for example, buttons are to be used in addition to
“auto mode” to interrupt it. It can be activated and deactivated.
16
If the “Semi auto mode” or “Manual mode” is activated, a “return to auto” time
must be set, this defines when automatic mode. Here you define the state to
which the system should return as soon as it is in auto mode again.
Once you have made all the settings, press “Save”, now the configuration
should have been applied to the active system.
17
5 SETTING UP THE TUNABLE WHITE FUNCTION The following steps describe the
“Tunable White” function:
Figure 22: Overview of existing systems Add your node to the system and enter
the configuration.
Figure 23: Overview after successful DALI search Now set it up as you did in
the basic configuration.
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Figure 24: Channel assignment within the functional group Connect the DALI
device to the channels (W=white, WW=warm white) per drag and drop.
Figure 25: Create the desired scenes In the next step you can configure the
scenes you need. And prepare your touch overlay as you did in the Figures 14
21.
19
6 IMPLEMENTING A DIGILED (186839) + MANUAL CONFIGURATION For scanning in the
Digi LED 4CH please refer to the 3. Step of the manual until you reach figure
7 of the manual.
Figure 26: View of the available channels After that you will see that channel
1-4 have already been recognized by the LiNA Connect App.
20
Figure 27: Create new functional group As you probably already have mentioned,
you can’t do an express setup here. Therefore you must create a Functional
Group by yourself! To do this, press the button. Here you must select, how
many channels your modules have. In this case it is RGBW.
Figure 28: Assigning the channels In the next step you must connect every
channel of the DigiLED (R, G, B, W) to every channel of the Functional Group
(also applicable for other systems).
21
Figure 29: Create the desired scenes Now we configure our scenes as we did for
a simple configuration (Figure 10-12). For the DigiLED you have the option to
either use the channel overview or change the type of the scene and use RGBW
directly, this could make the selection of colors easier. Which should look
something like this:
Figure 30: Scene creation with direct color selection If you configured every
scene you like, go back to Figure 14 and onward to move on.
22
7 DAYLIGHT CONTROL EXPLAINED
Go to the tab ,, Sensor ” to see the possible settings.
Activate the sensor by using this switch.
If using a normal gateway or one in bridge mode, you must activate “send
always to mesh” to track or forward sensor
If clicking on event configuration, you can add the light regulation to the
Functional groups in your system.
Before you can adjust the light regulation, you must connect an internal
functional group.
You can use the slider for the light intensity to try out how bright the light
control will be.
Using a lux meter, you can adjust the setpoint lux value in-between 0 9999
digits.
23
The actual sensor value shows the automatic measured senor value.
The “reference sensor value” shows what is used for the Light regulation
(automatic filled, if using the automation)
When you are finished with the configuration, press either the upper start
button for control according to the manually set sensor value or the lower
button for control according to the currently determined sensor value. The
reference sensor value will take over the selected sensor value after starting
light control. In our case, this is either 100 or 73.
Daylight control can only be started if an event configuration has been
conducted beforehand.
24
8 HOW TO USE MOTION DETECTION
Figure 1: Motion detection menu Go to the tab “Sensor” and switch on motion
detection, if using a normal gateway or one in Bridge mode, you must activate
“send always to mesh” to track or forward Sensor Information.
25
Figure 32: Sensor Test Mode With the “Sensor Test Mode” you can check your
sensor before installing. While active, the sensor indication LED blinks when
detecting movement and the circle in “Figure 32” gets filled, it resets every
time movement is being detected.
Figure 33: Event configuration Movement The only thing left to do is to couple
the “Motion” function to the “Functional Group” you want it, in the event
configuration of the sensor.
26
9 USING SEQUENCES
Figure 34: Creating a sequence Go to the Tab ,,Sequences” press the (+) on the
lower right corner and name your sequence as you wish.
27
Figure 35: Overview of previously created scenes On the left side you can see
all scenes you have created before.
Figure 36: Configuration of a sequence You can simply add each scene by drag
and drop in the desired order. Multiple scenes can as well be added. You have
the possibility to move scenes within the created sequence.
28
Figure 37: Setting the duration for a scene within a sequence If you added
every Scene you need/want, you can configure how long every scene will be used
until the next scene will be started.
Figure 38: Starting the sequence in a loop By clicking on the button , the
sequence will run in a loop forever. This is indicated by the button ,
highlighted in blue.
29
10 ADD AND USE TIMERS
Figure 39: Menu for creating timers
Go to the tab ,,Timers” and add a new timer by clicking on the button corner.
in the left lower
30
Figure 40: Configuration of timer Now you have a couple of settings to choose
from, “once, weekly, daily”, with different sub menus.
Figure 41: One-time timer For once, you can select a date and time when it
shall work.
31
Figure 42: Weekly timer For weekly, you can select between days and time.
Figure 43: Daily timer For daily, you can select only time for a daily use.
32
Figure 44: Event configuration Timer After setting and selecting the Timer the
only thing left is to connect the timer to the Functional Group in the event
configuration.
33
11 USING THE AIR SENSOR
Figure 45: Menu of Multisensor Air Our air sensor has the options to be used
as a motion or brightness sensor which can be configured same, as described in
chapter 6 and 7.
34
Figure 46: Current sensor values You can see the values of CO2, humidity in
%RH and temperature in °C in the Tab ,,Air”.
Figure 47: Settings of sensor 35
Figure 48: Air quality indicator For the CO2 Level, temperature and Humidity,
there is an option to change the threshold as well as the refreshing interval
of all of those. Underneath you have the option to switch on and off the air
quality indicator and define the orange and red threshold, the LED is turned
on in default.
36
Figure 49: Setting the digital inputs For switching on and of air
conditioning, we have 2 digital inputs where we can detect openings and
closings of a window. This function can only be used in a cloud solution, as
well as the usage of the air sensor values (CO2, humidity etc.).
37
12 USING THE BLU2LIGHT RELAIS
Figure 50: Selection of operating mode Start scanning in your node and go into
the settings as in “Figure 2”. Now you can either use the relay mode, roller
shutter mode or the blinds mode by changing the wiring on the relay itself and
set the mode to the function you need. Have in mind that this is only a relay,
meaning that all scenes you configure over 0 % are on state “on”!
38
Figure 51: Jalousie mode The set running time must correspond to the time that
the blind needs to move from one end point to the other. You can also change
the time manually using a slider (see Figure 51). The time that has been set
must be equal to the time the blind including the slats do need to achieve
position from one endpoint to another.
You can use the scene settings for channel 1 (blind) and the channel 2 (slats)
to specify the percentage of the distance the blind shall move as well as for
the working angle of the slats. You can use common or different scenes for the
2 channels. The equivalent of light is used here, assuming that it is not
night. This means 100% is open, 0% is closed.
Errors of a few cm can occur if intermediate positions are approached several
times (e.g. from 30% to 60%). However, this can be rectified by moving to an
end point. A reference movement is always carried out in the direction in
which the desired end position is reached more quickly. This can therefore be
up or down. The number of incomplete journeys after which automatic
calibration should take place if the end point is not reached can also be set.
There is also the option to start the calibration manually by pressing the
“Start calibration run” button. This moves the blind to the nearest end point
and back to the current position.
39
Figure 52: Blind mode The set running time must match the time that the roller
shutter needs to move from one end point to the other. You can also change the
time manually using a slider (see Figure 52).
Figure 53: Relay mode Non-dimmable lights or similar loads can be controlled
in relay mode. Please keep in mind that by changing the mode, you reset all
the functional groups connected to your relay! You must choose the mode after
scanning of the Node!
40
After importing the device in relay operating mode, you will see the following
view with 2 preset channels and functional groups.
Figure 54: Overview of channels and FGs in relay operating mode When creating
scenes, the on and off scenes are set with channel 1.
Figure 55: Menu for creating scenes Please note that this is only a relay,
i.e. all scenes that you configure above 0 % are in the “on” state!
41
Figure 56: Wiring diagram We are looking at the colored wiring of the relay.
Even if you wire the left relay contact instead of the right one, you must set
channel 1 when creating the scene.
Figure 57: Creating the touch user interface In the event configuration, you
must note which relay contact you have wired. If you use the right-hand
contact, the events must be linked to functional group 1 in the event
configuration; if you use the left-hand contact, link the events to functional
group 2.
42
Figure 58: Event linking with both FGs However, you also have the option of
linking the events to both functional groups. This means that both contacts
are switched.
43
13 USING THE B2L CONNECT PB4
Figure 59: Menu of Blu2Light Connect PB4 By scanning in the PB4 and clicking
on the Node you will notice that you have the Option to add another En Ocean
Switch. You can also add Timers.
Figure 60: View after scanning If you don’t need the options in “Figure 59”
you can simply open your Event configuration. There you will now see the
inputs of your Connect PB4.
44
Figure 61: Assignment of the push-button inputs
Figure 62: Linking the button inputs with the desired action By connecting the
nodes to the desired functional group, you can decide which action shall be
triggered by pressing the switches, connected to the output according to the
scenes you configured in “Figure 10” to “Figure 12”.
45
14 INCLUDING AN BLU2LIGHT REPEATER For better connection between the nodes,
you can use a repeater. The repeater can only be used to strengthen the mesh
and is simply scanned in. The device can’t be configured.
Figure 63: View after scanning
46
15 INCLUDING THE BLU2LIGHT CONNECT DMX CONTROLLER Start scanning the node in
your system and go into the settings as in “Figure 2”. You can now select
either receiver, master or master follower mode by setting the mode to the
desired function. If you want to change the mode for a device, the
corresponding device must be deleted from the system configuration and scanned
in again.
Figure 64: Selection of operating mode
47
15.1 RECEIVER MODE This mode is used when the device is connected to a DMX
controller. After scanning the Node, please select the “Receiver Mode” and
press the button “Continue”.
Figure 65: Receiver mode By pushing the button for the commissioned device,
you will come to the following overview. There are 32 configurable channels.
Figure 66: View of the configurable channels 48
Figure 67: Menu for assigning the channels Please select the tab “DMX” to
access the input channels. In this view, the channels must be assigned
according to the channels used by the DMX controller.
Figure 68: Assignment of channels 49
Figure 69: Overview of the assigned channels 50
15.2 MASTER MODE This mode is used when the device is connected to a DMX
spotlight. After scanning the Node, please select the “Master Mode” and press
the button “Continue”.
Figure 70: Master mode By printing the button for the commissioned device, you
will come to the following overview. There are 32 assignable channels
available.
Figure 71: View of the configurable channels 51
Figure 72: Creating of a functional group You cannot perform an express setup.
You must therefore create a function group by yourself! Here you must select
how many channels your spotlight has. In this case, it is RGBW.
Figure 73: View with created functional group
52
Pressing the tile of the just created Functional Group takes you to the next
step where you must connect every channel of the device (R, G, B, W) to every
channel of the Functional Group (also applicable for other systems).
Figure 74: Assigning of channels
Figure 75: View of the linked channels Now we configure our scenes as we did
for a simple configuration (Figure 10-12). In this case you have the option to
either use the channel overview or change the type of the scene and use RGBW
directly, this could make the selection of colors easier (see Figure 30).
53
Figure 76: View of created scenes Once you have configured all the desired
scenes, go back to Figure 13 to create a user interface for the LiNA Touch
app.
54
15.3 USING RECEIVER AND MASTER MODE IN COMBINATION This combination is used
when you want to control a spotlight via DMX controller. Please repeat the
steps of configuration for Receiver and Master Mode (Figures 65 76).
Figure 77: Combination of Receiver and Master Please open the Event
configuration and assign the Push button inputs 1 to 4 of the DMX device in
Receiver Mode to functional group of DMX device in Master Mode.
Figure 78: Assigning the button inputs 55
Figure 79: Linking the button inputs with the desired actions Select the type
of action and the desired scene. See the overview mentioned in figure 80.
Figure 80: Overview of the created links After completing the event
configuration, you can control the connected DMX spotlight via the DMX control
device. The control signals are transmitted from the DMX controller via the
DMX device in receiver mode to the DMX device in master mode using a Bluetooth
connection.
56
15.4 MASTER FOLLOWER MODE The Master Follower Mode allows the DMX light
control commands to be passed on as dimming levels. After scanning the Node,
please select the “Master Follower Mode” and press the button “Continue”.
Figure 81: Master Follower mode You cannot perform an express setup. You must
therefore create a functional group by yourself! Here you must select how many
channels your spotlight has. In this case, it is RGBW (Figure 72-75). After
that you can configure the scenes as we did for a simple configuration (Figure
1012). In this case you have the option to either use the channel overview or
change the type of the scene and use RGBW directly, this could make the
selection of colors easier (see Figure 30). The second DMX Node must be
configured as Master (figure 70). Please create the functional group. In this
case, it is RGBW (Figure 72-75).
57
Figure 82: Combination of Master Follower and Master Please open the FollowMe
configuration.
Figure 83: Linking the functional groups Assign the Functional Group of DMX
Master Follower to the Functional Group of DMX Master. After completing the
event configuration, you can control the connected DMX spotlight via the DMX
control device. The control signals are transmitted from the DMX controller
via
58
the DMX device in Master Follower Mode to the DMX device in Master Mode using
a Bluetooth connection. Switching on the channels on the DMX controller
follows the position as dimming level. The mixing of colours is possible.
Figure 84: Combination of DMX device with a DigiLED
Figure 85: Linking the functional groups 59
Instead of a second DMX device in master mode, a DigiLED 4CH can also be
integrated into the system. The linking is identical (figure 85). The DigiLED
4CH can also be added to a system consisting of 2 DMX devices (figure 84).
16 DO’S AND DON’TS 16.1 DO’S · Always use the latest provided app and firmware
· Read the documentation carefully. · Always create a backup after
configuration · In buildings in construction, make sure you have a proper and
uninterrupted mains supply. · Steps to configure a system:
1. Plan. 2. Document the needed functions. 3. Scan all QR codes. 4. Make
firmware update. 5. Create all FGs. 6. Assign channels to FGs. 7. Configure
power on values. 8. Connect functions. 9. Make backup. 10. Import backup to
Server. · Set up light regulation reference with no (ideal) or minimal
external light. · If you have a technical request, include: 1. Backup file. 2.
Exported network overview. 3. Description of the system. 4. Description of the
issue as detailed as possible. · Use “Follow Me” function wherever possible. ·
Always delete a system if it was transferred via backup to another tablet.
60
· Make a DALI bus power calculation for every DALI bus. · Place nodes with GPS
receivers with open view to the sky. · Blu2Light is designed to be always ON.
To turn OFF the light, create a scene with luminance 0 %. 16.2 DON’TS · Do not
configure all color values to zero for a scene. · Do not add functional groups
to a light regulation on a node that has no own FG and no physical driver
connected. · Do not use long RTA (return to auto) times. We recommend max. up
to 2 minutes. · Do not locate two or more light sensors feeding each a light
regulation to close together. If they see the light from a different area this
will cause unstable regulation when the other group changes their level. · Do
not change the room setup below the sensor when light regulation is active
without reconfiguring the reference value (or expect changes in the reached
target level). · Never turn off the power during a firmware update. · Never
turn off the power directly after configuration changes. Wait at least 1
minute. · Do not use any unknown power supply. · Don’t use weak radio
connection between two nodes. ·Never connect too much load on the DALI line. ·
Don’t Save nodes. Having too less nodes in a system decreases radio stability
and reduces the possibility to configure the system for changed behaviors. ·
Never use two tablets for configuration in parallel or alternating on one
system. · Using the LiNA Connect App on a finished configuration which already
has a LiNA Touch interface is not recommended and can cause malfunctioning of
the Touch system while programming on the Connect App in parallel. · Do not
Connect two (or more) Blu2Light controllers on one DALI line (therefore we
have the Power Splitter, 187280).
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16.3 INFORMAL · Each functional group has its own state.
· Manual · Auto · Sequence · The “Auto” state has a sequence of steps, based
on the configuration not all of them might be reached. · Active · Passive ·
Basic · Off · Only the auto states “Active” and “Passive” can be used for
light regulation. · Movement only reacts in state “Auto”. · A sequence can end
with a scene call either in active, manual mode or trigger another sequence.
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