ABB i-bus EIB 5-fold Busch-triton switch sensor, FM Type ...

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ABB i-bus® EIB

The switch sensor application moduleis placed on a flush-mounted bus coup-ler or a flush-mounted switch actuator/sensor.

The 5-fold switch sensor can send e.g.switching, dimming or shutter controltelegrams to EIB actuators as well asstore and retrieve up to 6 lightscenes.

All the individual functions of the opera-ting elements can also be called upusing an infrared hand-held transmitter.

Each operating element has a statusLED as well as a backlit labelling field.

5-fold Busch-triton® switch sensor, FMType: 6324-xx

Technical Data

Power supply – Powernet® EIB 230 V AC +/– 10 %, 50 HzOperating and display elements – 5 rockers each with 2 switch contacts

– Auxiliary push button– 5 two-colour LEDs red / green– 5 backlit labelling fields– IR receiver

Connections – Flush-mounted bus coupler or 10-pole plug connector– Flush-mounted switch actuator/sensor

Type of protection – IP 20, EN 60 529mounted on the bus coupler

Ambient temperature range – Operation - 5 °C … 45 °C– Storage -25 °C … 55 °C– Transport -25 °C … 70 °C

Design – Busch-triton®

Colour – amberobsidianpalladiumtitaniumplatinumbronzestudio white, mattalabaster/studio whitehansa bluecobalt bluediamond blackalpine whitelight greychampagne metallic

Mounting – latched onto flush-mounted insertDimensions – 159.4 x 90 mm (H x W)Weight – 0.12 kgCertification – EIB-certifiedCE norm – in accordance with the EMC guideline and

the low voltage guideline

0073-1-7072

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Wiring diagram

2

3

1

1 Bus terminal 2 Application module3 10-pole plug

Note

Application programs Number of Max. number of Max. number ofcommunication objects group addresses associations

For bus coupler FM:IR Switch Dim Shutter LED /2 18 18 18IR Switch Dim Shutter Lightscene /2 18 21 21

For Switch actuator/ -sensor FM:IR Switch Dim Shutter LED /3 18 22 23IR Switch Dim Shutter Lightscene /3 17 19 19

For 1-fold switch-/dimmactuator, FM:*Switch Dim Shutter Flex. allaocation Logic Status /3 10 16 21

* A detailed description of the applications for the flush-mounted, compact devices can be found in the technical manual,chapter “Sensor/actuator combinations, FM”

When installing two Busch-triton®

switch sensors horizontally, a distanceof 112 mm is recommended (using2 flush-type spacers e.g. 2 x Kaiserspacers 91).


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IR Switch Dim Shutter LED /2

Selection in ETS2

– ABBPush Button triton

Push button, 5-fold

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The application module is specificallyfor the 5-fold Busch-triton® switch sen-sor in connection with a flush-mountedbus coupler.

The Busch-triton® switch sensor can beused for switching, dimming as well asfor shutter control.

The rockers of the Busch-triton® switchsensor each have the same set of pa-rameters. With the parameter “Operati-on mode of the rocker”, the basicswitch, dimming or shutter controlfunction can be selected. Dependingon this setting, different parametersand objects are available for the rok-kers. There is a common parameter“Push button action interpreted as longfrom” for all the rockers that are usedfor dimming or shutter control. Normal-ly, the switch sensor detects a longpush button action if a rocker is pres-sed for longer than 400 ms.

Fault protection

The fault protection function causesonly one basic function to be triggeredwhen any of the rockers of the switchsensor are pressed. For example, pres-sing one of the three rockers via com-munication object no. 1 “Fault protec-tion” switches the base lighting alterna-tely on or off.

The fault protection system can be per-manently activated or for example betimed to switch on or off via the EIBusing object no. 0 “Fault protection Off/On”. If the parameter “Function of auxi-liary push button” is set to “Interruptfault protection”, the five rockers can beused for different functions after pres-sing the auxiliary push button for ap-proximately 5 seconds.

Backlighting

The backlit text fields display thefunctions of the rockers even in thedark. Using the communication object“Backlighting/LED”, the backlightingand status LEDs can if required beswitched on or off.

The auxiliary push button can also beused for manual switching. The para-meter “Function of auxiliary push but-ton” must be set to “Backlighting andLED on/off”. When the auxiliary pushbutton is pressed, not only is the li-ghting of the switch sensor switched onor off but a telegram is sent via the

communication object “Backlighting/LED”. It is therefore possible to switchon the lighting for several Busch-triton®

switch sensors at the same time via acommon group address.

By default, the backlighting switches onafter bus voltage recovery. This canalso be changed via the parameter“Behaviour of text field illumination...”.

IR

In addition to using the rockers, theBusch-triton® switch sensor can also becontrolled remotely via an infraredhand-held transmitter. The five rockersand the auxiliary push button can beassigned to the white or blue infraredarea of the hand-held transmitter. Therelevant setting must then be selectedvia the slide switch on the hand-heldtransmitter. The MEMO button on thetransmitter corresponds to the functionof the auxiliary push button on theBusch-triton® switch sensor.

Switch

In the default setting of the Busch-tri-ton® switch sensor, there are two 1 bitcommunication objects available for therockers for switching. For simple appli-cations, it is also possible to set the pa-rameter “Number of switch operations”so that the rocker only has one commu-nication object.

The parameter “Working mode of therocker” determines which value theswitch sensor sends when the left orthe right side of the rocker is pressed.

Dim

If the operation mode of the rocker isset to “dimming sensor”, the rocker hasthe communication objects “Rocker ...-short” for switching and “Rocker ...-long” for dimming.

When carrying out a switching operati-on, the rocker can either be pressed onthe left, on the right or in the middle.The switch sensor always toggles inthis case.

For dimming, it is determined via theparameter “Dimming direction” whichside of the rocker must be pressed andheld down in order to dim up or down.When the rocker is released, the switchsensor sends the telegram “Stop dim-ming”.


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Shutter

If the operation mode of the rocker isset to “shutter sensor”, the switch sen-sor sends “Move shutter up/down” tele-grams when it is pressed for a long pe-riod on either the left or right hand side.If the rocker is pressed on either sidefor a short period, it sends “Adjust la-mella/stop” telegrams. The parameter“Shutter direction” determines whichside of the rocker must be pressed inorder to move the shutter up or down.

LED

If the backlighting of the text fields isswitched on, the LEDs can be selectedfor use either as an orientation light orto display the value of a communicationobject with the parameter “Operationmode of LED”.

It is possible to assign the colours (redor green) of the object values “0” or “1”for the LEDs that are used for statusdisplay.

If used as an orientation light, the LEDcan either glow always red or alwaysgreen or can also be switched off.

Application example:

In a meeting room, there are threegroups of luminaires that can be swit-ched and dimmed separately. Theroom can be made darker using twoelectrically driven shutters.

Occupants are normally only able toswitch the lights on and off.

One 5-fold Busch-triton® switch sensor,three switch/dimming actuators and twoshutter actuators are used.

The Busch-triton® switch sensor at thedoor has the following parameter set-tings:Function of the auxiliary push button:

interrupt fault protectionOperation mode of rocker 1:

dimming sensorOperation mode of LED:

indicates object valueColour of LED:

OFF = green, ON = redOperation mode of rocker 2:

dimming sensorOperation mode of LED:

indicates object valueColour of LED:

OFF = green, ON = red

Operation mode of rocker 3:dimming sensor

Operation mode of LED:indicates object value

Colour of LED:OFF = green, ON = red

Operation mode of rocker 4:shutter sensor

Operation mode of LED:orientation light

Colour of LED:always OFF




The 1 bit communication object no. 1“Fault protection” of the auxiliary pushbutton is linked with the 1 bit communi-cation objects of the two dimming ac-tuators.

The 1 bit and 4 bit communication ob-jects of rockers 1 ... 3 are linked withthe corresponding objects of the threedimming actuators.

The communication objects of rockers4 and 5 for lamella adjustment and forraising and lowering the shutters arelinnked with the corresponding objectsof the shutter actuators.

In general the switch sensor operateswith an active fault protection system.The lamps are switched each time anyof the rockers is pressed.

Once the auxiliary push button hasbeen pressed, company employeescan switch or dim the two lamps sepa-rately via the two upper rockers andcontrol the shutters via the two lowerpush buttons. If none of the rockers hasbeen pressed after approximately fiveseconds, the fault protection systembecomes active again.

There is also the possibility of time-de-pendent shutter control.


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Communication objectsfor switch sensor with 2 switchfunctions without fault protection

Communication objectswith fault protection

Communication objectsfor switch sensor with one switchfunction

Communication objectsfor dimming sensor

No. Type Object name Function2 1 bit Backlighting/LED Switch3 1 bit Rocker 1 left Telegr. switch4 1 bit Rocker 1 right Telegr. switch5 1 bit Rocker 2 left Telegr. switch6 1 bit Rocker 2 right Telegr. switch7 1 bit Rocker 3 left Telegr. switch8 1 bit Rocker 3 right Telegr. switch9 1 bit Rocker 4 left Telegr. switch

10 1 bit Rocker 4 right Telegr. switch11 1 bit Rocker 5 left Telegr. switch12 1 bit Rocker 5 right Telegr. switch13 1 bit LED 1 Change colour14 1 bit LED 2 Change colour15 1 bit LED 3 Change colour16 1 bit LED 4 Change colour17 1 bit LED 5 Change colour

No. Type Object name Function0 1 bit Input telegr. Fault protection Off/On1 1 bit Fault protection Telegr. switch

...

No. Type Object name Function...

3 1 bit Rocker 1 Telegr. switch5 1 bit Rocker 2 Telegr. switch7 1 bit Rocker 3 Telegr. switch9 1 bit Rocker 4 Telegr. switch

11 1 bit Rocker 5 Telegr. switch...


3 1 bit Rocker 1 -short Telegr. switch4 4 bit Rocker 1 -long Telegr. dimming5 1 bit Rocker 2 -short Telegr. switch6 4 bit Rocker 2 -long Telegr. dimming7 1 bit Rocker 3 -short Telegr. switch8 4 bit Rocker 3 -long Telegr. dimming9 1 bit Rocker 4 -short Telegr. switch

10 4 bit Rocker 4 -long Telegr. dimming11 1 bit Rocker 5 -short Telegr. switch12 4 bit Rocker 5 -long Telegr. dimming...


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3 1 bit Rocker 1 -long Telegr. move shutter Up-Down4 1 bit Rocker 1 -short Telegr. lamella adj./stop5 1 bit Rocker 2 -long Telegr. move shutter Up-Down6 1 bit Rocker 2 -short Telegr. lamella adj./stop7 1 bit Rocker 3 -long Telegr. move shutter Up-Down8 1 bit Rocker 3 -short Telegr. lamella adj./stop9 1 bit Rocker 4 -long Telegr. move shutter Up-Down

10 1 bit Rocker 4 -short Telegr. lamella adj./stop11 1 bit Rocker 5 -long Telegr. move shutter Up-Down12 1 bit Rocker 5 -short Telegr. lamella adj./stop...

General:– Object for backlighting switches text field and status LED

only text field LED– Behaviour of text field illumination ON

after bus voltage recovery OFF– Function of the auxiliary push button no function

interrupt fault protection (approx. 5 s)text field and status LED on/off

– IR area bluewhiteno IR

– Push button action interpreted as 280 ms / 420 ms / 560 ms / 700 ms /long from 800 ms

Separate for each rocker:– Operation mode of rocker no function

shutter sensordimming sensorswitch sensor

for switch sensor operation mode:– Number of switch functions 2 functions => 2 objects

1 function => 1 objectwhen 1 function is selected:– Working mode of the rocker TOGGLE

left = OFF, right = ONleft = ON, right = OFF

– Operation mode of LED orientation lightindicates object value

for display of object value:– Colour of the LED OFF = green , ON = red

OFF = red , ON = greenfor orientation light:– Colour of the LED always green

always redalways OFF

when 2 functions are selected:– Working mode of the rocker left = TOGGLE, right = TOGGLE

left = TOGGLE, right = OFFleft = OFF, right = TOGGLEleft = OFF, right = OFFleft = TOGGLE, right = ONleft = OFF, right = ONleft = ON, right = TOGGLEleft = ON, right = OFFleft = ON, right = ON


Communication objectsfor shutter sensor

ParametersThe default setting for the valuesis printed in bold type.


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for display of object value:– Colour of the LED OFF = green, ON = red

OFF = red, ON = greenfor orientation light:– Colour of the LED always green


for dimming sensor operation mode:– Dimming direction left = darker, right = brighter

left = brighter, right = darker– Operation mode of LED orientation light

indicates object valuefor display of object value:– Colour of the LED OFF = green, ON = red



for shutter sensor operation mode:– Shutter direction left = DOWN, right = UP

left = UP, right = DOWN– Operation mode of LED orientation light




if no function is selected:– Operation mode of LED orientation light





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IR Switch Dim ShutterLightscene /2

Selection in ETS2


Push button, 5-fold

The application module is specificallyfor the 5-fold Busch-triton® switch sen-sor in connection with a flush-mountedbus coupler.

The Busch-triton® switch sensor can beused for switching, dimming and shut-ter control as well as for controlling li-ghtscenes. Various parameters andcommunication objects can be used forthe rockers depending on the settingselected in the parameters “Number oflightscenes” and “Lightscenes areavailable”.

Four lightscenes are available in thedefault setting which can be retrievedvia rockers 4 and 5. By changing theparameter “Lightscenes are available”,the other rockers can also be used forcontrolling lightscenes.

The rockers of the Busch-triton® switchsensor which are not used for con-trolling lightscenes each have the sameset of parameters. With the parameter“Operation mode of the rocker”, the ba-sic switching, dimming or shutter con-trol function can be selected. Depen-ding on this setting, different parame-ters and objects are available for therockers. There is a common parameter“Push button action interpreted as longfrom” for all the rockers that are usedfor dimming or shutter control. Normal-ly, the switch sensor detects a longpush button action if a rocker is pres-sed for longer than 400 ms.

Backlighting


The auxiliary push button can also beused for manual switching. The para-meter “Function of auxiliary push but-ton” must be set to “Backlighting andLED on/off”. When the auxiliary pushbutton is pressed, not only is the li-ghting of the switch sensor switched onor off but a telegram is sent via thecommunication object “Backlighting/LED”. It is therefore possible to switchon the lighting for several Busch-triton®


By default, the backlighting switches onafter bus voltage recovery. This can

also be changed via the parameter“Behaviour of text field illumination...”.

IR


LCD

When two lightscenes are used, thedisplay of the Busch-triton® switch sen-sor can represent the values of threedifferent communication objects. If fouror six lightscenes are used, there arefive communication objects availablefor the display.

In order to display switching states, re-lative variables such as brightness va-lues, physical variables such as tempe-rature values, the current time or date,it is possible to parameterise the objectvalue for each LCD object from1 bit to 3 bytes.

The input of the display text and sever-al further settings is carried out usingthe Busch LCD management software.This software is available free of char-ge on the EIB CD-ROM/diskette. Thefunction of the software is described inthe Software/visualisation chapter.When entering the settings, you shouldensure that the data (objects) of ETS2and the display management softwarematch.

Switch

In the default setting of the Busch-tri-ton® switch sensor, there are two 1 bitcommunication objects available foreach of the rockers that are not usedfor lightscene control so that they cancarry out switching operations. For sim-ple applications, it is also possible toset the parameter “Number of switchfunctions” so that the rocker only hasone communication object.

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Dim




Shutter

If the operation mode of the rocker isset to “shutter sensor”, the switch sen-sor sends “Move shutter up/down” tele-grams when it is pressed for a long pe-riod on either the left or right hand side.If the rocker is pressed on either sidefor a short period, it sends “Adjust la-mella/stop” telegrams.

The parameter “Shutter direction” de-termines which side of the rocker mustbe pressed in order to move the shutterup or down.

LED

If the backlighting of the text fields isswitched on, the LEDs can be selectedfor use either as an orientation light orfor status display with the parameter“Operation mode of LED”.



Lightscenes

In lightscene mode, up to six sceneswith up to six different groups of actua-tors can be controlled without speciallightscene modules.

The lightscenes can be preset via thedevice parameters. The user can thenindividually reassign parameters as re-quired while the installation is in opera-tion. The auxiliary push button is usedfor storing new lightscenes (parame-ters). To do this, the parameter“Function of auxiliary push button” mustbe set to “Storage of lightscenes”. Tobe able to use this function, the correcttransmitting group addresses and flagsmust be assigned to the actuators.

The lightscenes are designed accor-ding to the following process.1. The number of lightscenes and their

respective rocker assignment can beset in the “General” parameter win-dow.

2. For each of the groups of actuators A... F, it must be determined with theparameter “Type of actuator group ...”whether they use 1 bit communicati-on objects (switch or shutter actua-tors) or 8 bit communication objects(dimming actuators). Depending onthis setting, the ETS2 program dis-plays various parameters and com-munication objects. Communicationobjects12 ... 17 are used for the control ofactuator groups A ... F.

3. For each of the lightscenes, valuescan be preset for the actuator groupson their own parameter page.

4. The rockers that are not used for li-ghtscenes are available for switching,dimming or shutter control. The para-meter setting “no function/displayoperation” must be selected for unas-signed rockers.

If a rocker is used for recalling lightsce-nes, the LED indicates which side ofthe rocker has been pressed. It glowsgreen when the left side is pressed andred when the right side is pressed.


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In a training room, there are threegroups of luminaires above the seminarparticipants (lamps 1, 2 and 3) and onegroup of luminaires (lamp 4) above thelecture area. The room can be madedarker using two electrically drivenshutters.

From door 1, it should be possible toindividually switch and dim the lampsabove the seminar participants and thelamps in the lecture area. It should alsobe possible to recall two lightscenes(base lighting and OFF).

From door 2, it should be possible toswitch and dim the lamps in the lecturearea, operate the shutters separatelyand recall four lightscenes (base li-ghting, OFF, lecture without projectionand lecture with projection).

Two Busch-triton® switch sensors, fourswitch/dimming actuators and two shut-ter actuators are used.

The Busch-triton® switch sensor atdoor 1 has the following parameter set-tings:Number of lightscenes:

2Lightscenes are available:

Rocker 5Function of auxiliary push button:

storage of lightscenesOperation mode of rocker 1:

dimming sensorOperation mode of rocker 2:




Rocker is assigned two lightscenesIR area:

whiteType of actuator group A:

dimming actuator (8 bit)Type of actuator group B:

dimming actuator (8 bit)Type of actuator group C:

dimming actuator (8 bit)Type of actuator group E:

switch or shutter actuator (1 bit)Type of actuator group F:

switch or shutter actuator (1 bit)

The 1 bit and 4 bit communication ob-jects of rockers 1 ... 4 are linked withthe corresponding objects of actuatorsfor lamps 1 ... 4. The 1 byte communi-cation objects of actuator groups A ... Dare linked with the 1 byte objects of thedimming actuators and the 1 bit com-munication objects of actuator groups E... F are linked with the 1 bit objects ofthe shutter actuators.

The Busch-triton® switch sensor atdoor 2 has the following parameters:Number of lightscenes:


Rockers 4 and 5Function of auxiliary push button:



shutter sensorOperation mode of rocker 3:

shutter sensorOperation mode of rocker 4:

Rocker is assigned two lightscenesOperation mode of rocker 5:

Rocker is assigned two lightscenesIR area:

blueType of actuator group A:

dimming actuator (8 bit)Type of actuator group B:

dimming actuator (8 bit)Type of actuator group C:

dimming actuator (8 bit)Type of actuator group E:

switch or shutter actuator (1 bit)Type of actuator group F:

switch or shutter actuator (1 bit)

The 1 bit and 4 bit communication ob-jects of rocker 1 are linked with the ob-jects of the actuator for lamp 4. The 1bit communication objects for rockers 2and 3 are linked with the objects of theshutter actuators. The 1 byte communi-cation objects of the actuator groups A... D are linked with the 1 byte objectsof the dimming actuators while the 1 bitcommunication objects of the actuatorgroups E ... F are linked with the 1 bitobjects of the shutter actuators. Due tothe fact that different IR areas are assi-gned for the two Busch-triton® switchsensors, the lecturer can operate allthe functions comfortably from any po-sition.


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The various preset options of the ac-tuator groups for lightscenes 1 and 2(switch sensor - door 1) or 1 ... 4(switch sensor - door 2) can still be cor-rected at a later date. Possible combi-nations are for example:Lightscene 1: Base lighting

Actuator group A: 80%,Actuator group B: 80%,Actuator group C: 80%,Actuator group D: 80%,Actuator group E: UP,Actuator group F: UP

Lightscene 2: OFFActuator group A: 0%,Actuator group B: 0%,Actuator group C: 0%,Actuator group D: 0%,Actuator group E: UP,Actuator group F: UP

Lightscene 3: Lecture without projec-tion

Actuator group A: 70%,Actuator group B: 70%,Actuator group C: 70%,Actuator group D: 95%,Actuator group E: UP,Actuator group F: UP

Lightscene 4: Lecture with projectionActuator group A: 40%,Actuator group B: 40%,Actuator group C: 40%,Actuator group D: 20%,Actuator group E: DOWN,Actuator group F: DOWN

The preset options of the actuatorgroups can be individually reassignedby the customer while the installation isin operation. A prerequisite for this isthat the read flags should be set for thecommunication objects of the dimmers.The read flag should not be set for theshutter actuators and the fourth rockerof the second switch sensor so that themotors are not accidentally put in moti-on during the storing of lightscenes.

The definition of the lightscenes followsthe steps below.1.The required values of the lamps are

set via the rockers of the switch sen-sor or via the infrared hand-heldtransmitter.

2.The auxiliary push button of theswitch sensor is pressed in order toprepare for the storing of lightscenes.The LEDs of the switch sensor gloworange to indicate this.

3.The rocker that is to recall this light-scene later is pressed.

4.The Busch-triton® switch sensorsends a “Read value” telegram foreach of the groups of actuators andstores the 1 byte values of the dim-ming actuators.

5.After storing the values, the LEDsglow either red or green.

In order to have a clear assignment ofthe switch sensor‘s LEDs to the dim-ming actuators even when lightscenesare being used, the 1 bit communicati-on objects of the dimming actuatorscan be used for status display. For thispurpose, the transmission flags are setfor the 1 bit communication objects ofthe dimming actuators and the objectsare linked with the LEDs. The correctassignment of the transmitting groupaddresses i.e. the group addresseswhich ETS2 displays as the first groupaddress of an object should be obser-ved.


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Communication objectsfor switch sensor with two switchfunctions and 4 lightscenes on rockers4 and 5 with switch or shutter actuator

Communication objectsfor switch sensor with two switchfunctions and 2 lightscenes on rocker 5

Communication objectsfor switch sensor with two switchfunctions and 6 lightscenes on rockers1 to 3

Communication objectsfor 4 lightscenes on rockers 4 and 5with dimming actuator

No. Type Object name Function2 1 bit Backlighting/LED Switch3 1 bit Rocker 1 left Telegr. switch4 1 bit Rocker 1 right Telegr. switch5 1 bit Rocker 2 left Telegr. switch6 1 bit Rocker 2 right Telegr. switch7 1 bit Rocker 3 left Telegr. switch8 1 bit Rocker 3 right Telegr. switch

11 1 bit Actuator group A Telegr. switch12 1 bit Actuator group B Telegr. switch13 1 bit Actuator group C Telegr. switch14 1 bit Actuator group D Telegr. switch15 1 bit Actuator group E Telegr. switch16 1 bit Actuator group F Telegr. switch


10 1 bit Rocker 4 right Telegr. switch...

No. Type Object name Function2 1 bit Backlighting/LED Switch7 1 bit Rocker 3 left Telegr. switch8 1 bit Rocker 3 right Telegr. switch9 1 bit Rocker 4 left Telegr. switch


No. Type Object name Function...11 1 byte Actuator group A Telegr. brightness value12 1 byte Actuator group B Telegr. brightness value13 1 byte Actuator group C Telegr. brightness value14 1 byte Actuator group D Telegr. brightness value15 1 byte Actuator group E Telegr. brightness value16 1 byte Actuator group F Telegr. brightness value


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3 1 bit Rocker 1 -short Telegr. switch4 4 bit Rocker 1 -long Telegr. dimming5 1 bit Rocker 2 -short Telegr. switch6 4 bit Rocker 2 -long Telegr. dimming7 1 bit Rocker 3 -short Telegr. switch8 4 bit Rocker 3 -long Telegr. dimming

...


3 1 bit Rocker 1 -long Telegr. move shutter Up-Down4 1 bit Rocker 1 -short Telegr. lamella adj./stop5 1 bit Rocker 2 -long Telegr. move shutter Up-Down6 1 bit Rocker 2 -short Telegr. lamella adj./stop7 1 bit Rocker 3 -long Telegr. move shutter Up-Down8 1 bit Rocker 3 -short Telegr. lamella adj./stop

...



...


Communication objectsfor dimming sensor and 4 lightsceneson rockers 4 and 5

Communication objectsfor shutter sensor and 4 lightscenes onrockers 4 and 5

Communication objectsfor switch sensor with one function and2 lightscenes on rocker 5


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after bus voltage recovery OFF– Function of auxiliary push button no function

storage of lightscenes– Number of lightscenes 2 / 4 / 6if 2 lightscenes are selected:– Lightscenes are available Rocker 1/ Rocker 2 / Rocker 3

Rocker 4 / Rocker 5if 4 lightscenes are selected:– Lightscenes are available Rockers 1 and 2 / Rockers 2 and 3

Rockers 3 and 4 / Rockers 4 and 5if 6 lightscenes are selected:– Lightscenes are available Rockers 1 to 3 / Rockers 2 to 4

Rockers 3 to 5– Interval between telegrams when 0

playing lightscenes (140 ms)

– IR area blue / white / no IR– Push button action interpreted as 280 ms / 420 ms / 560 ms / 700 ms /

long from 800 msSeparate for each rocker:if lightscenes are assigned:– Rocker is assigned two lightscenes <— NOTEif lightscenes are not assigned:– Operation mode of rocker no function / shutter sensor

dimming sensor / switch sensor


1 function => 1 objectif 1 function is selected:– Working mode of rocker TOGGLE




OFF = red, ON = greenfor orientation light:– Colour of the LED always green / always red / always OFFif 2 functions are selected:– Working mode of rocker left = TOGGLE, right = TOGGLE




OFF = red, ON = greenfor orientation light:– Colour of the LED always green / always red / always OFF



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if no function is selected:– no setting options

Actuator groups:Separate for each actuator group:– Type of actuator group A ... F switch or shutter actuator (1 bit)

dimming actuator (8 bit)Separate for each lightscene:

for switch or shutter actuator:– Preset actuator group A ... F OFF / UP

ON / DOWNfor dimming actuator:– Preset actuator group A ... F 0 % / 5 % / ... / 95 % / 100 %

Display:Separate for each LCD object:– Type of LCD object no. 0 ... 4 3 byte (time/date)

2 byte (value)1 byte (value)1 bit (switch)


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IR Switch Dim Shutter LED /3

Selection in ETS2


Push button, 5-fold for 1SA

�

The application module is specificallyfor the 5-fold Busch-triton® switch sen-sor in connection with a flush-mountedswitch actuator/sensor.

The Busch-triton® switch sensor can beused for switching, dimming as well asfor shutter control.

The rockers of the Busch-triton® switchsensor each have the same set of pa-rameters. With the parameter “Operati-on mode of the rocker”, the basicswitch, dimming or shutter controlfunction can be selected. Dependingon this setting, different parametersand objects are available for the rok-kers. There is a common parameter“Push button action interpreted as longfrom” for all the rockers that are usedfor dimming or shutter control. Normal-ly, the switch sensor detects a longpush button action if a rocker is pres-sed for longer than 400 ms.

Fault protection

The fault protection function causesonly one basic function to be triggeredwhen any of the rockers of the switchsensor are pressed. For example, pres-sing one of the three rockers via com-munication object no. 1 “Fault protec-tion” switches the base lighting alterna-tely on or off.

The fault protection system can be per-manently activated or for example betimed to switch on or off via the EIBusing object no. 0 “Fault protection Off/On”. If the parameter “Function of auxi-liary push button” is set to “Interruptfault protection”, the five rockers can beused for different functions after pres-sing the auxiliary push button for ap-proximately 5 seconds.

Backlighting


The auxiliary push button can also beused for manual switching. The para-meter “Function of auxiliary push but-ton” must be set to “Backlighting andLED on/off”. When the auxiliary pushbutton is pressed, not only is the li-ghting of the switch sensor switched onor off but a telegram is sent via the

communication object “Backlighting/LED”. It is therefore possible to switchon the lighting for several Busch-triton®


By default, the backlighting switches onafter bus voltage recovery. This canalso be changed via the parameter“Behaviour of text field illumination...”.

Relay

Using the parameter “Relay connectedwith”, it is possible to control the relaylocally via one of the rockers or via thebus. A communication object of one ofthe rockers can therefore be selectedwhich is used for switching, dimming orshutter control.

IR


Switch

In the default setting of the Busch-tri-ton® switch sensor, there are two 1 bitcommunication objects available for therockers for switching. For simple appli-cations, it is also possible to set the pa-rameter “Number of switch operations”so that the rocker only has one commu-nication object.



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Dim




Shutter



LED

If the backlighting of the text fields isswitched on, the LEDs can be selectedfor use either as an orientation light orto display the value of a communicationobject with the parameter “Operationmode of LED”.




In a lecture theatre, there is one groupof dimmable downlighters above theseminar participants, one group ofdimmable spotlights above the lecturearea and two groups of switchable wallfloodlights. The room can be made dar-ker using two electrically driven shut-ters.

The seminar participants are normallyonly able to switch the lights on and off.

Two 5-fold Busch-triton® switch sensorswith switch actuators/sensors, two dim-ming actuators and two shutter actua-tors are used.

The two Busch-triton® switch sensors atthe doors have almost identical para-meter settings:Function of the auxiliary push button:

interrupt fault protectionOperation mode of rocker 1:

switch sensor,2 functions,left = TOGGLE, right = TOGGLE















The parameter “IR area” is set diffe-rently for the two switch sensors so thatthey do not both send telegrams whenusing remote control.


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The relays of the switch actuators/sen-sors each switch one group of wallfloodlights.

The connection of group addresses tothe communication objects is almostidentical. Only the two objects for rok-ker 1 are linked with the other objectsof the other switch sensor. It is therefo-re possible to switch both groups ofwall floodlights separately when thefault protection function is deactivated.

The 1 bit communication object no. 1“Fault protection” of the auxiliary pushbutton is linked with the 1 bit communi-cation objects “Rocker 1 left” for bothswitch sensors. When the fault protec-tion function is active, generally bothgroups of wall floodlights are switched.

The 1 bit and 4 bit communication ob-jects of rockers 1 and 2 are linked withthe corresponding objects of the twodimming actuators.The communication objects of rockers4 and 5 for raising and lowering the

shutters and for lamella adjustment arelinked with the corresponding objects ofthe shutter actuators.

In general the switch sensor operateswith an active fault protection system.The wall floodlights are switched eachtime any of the rockers is pressed.

The seminar participants can executethe same functions via remote control.The IR area can be set as required asboth switch sensors react to differentsettings but carry out the samefunctions.


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Communication objectsfor switch sensor with two switchfunctions without fault protection

Communication objectswith fault protection



10 1 bit Rocker 4 right Telegr. switch11 1 bit Rocker 5 left Telegr. switch12 1 bit Rocker 5 right Telegr. switch13 1 bit LED 1 Change colour14 1 bit LED 2 Change colour15 1 bit LED 3 Change colour16 1 bit LED 4 Change colour17 1 bit LED 5 Change colour

No. Type Object name Function0 1 bit Input telegr. Fault protection Off/On1 1 bit Fault protection Telegr. switch

...





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3 1 bit Rocker 1 -short Telegr. switch4 4 bit Rocker 1 -long Telegr. dimming5 1 bit Rocker 2 -short Telegr. switch6 4 bit Rocker 2 -long Telegr. dimming7 1 bit Rocker 3 -short Telegr. switch8 4 bit Rocker 3 -long Telegr. dimming9 1 bit Rocker 4 -short Telegr. switch

10 4 bit Rocker 4 -long Telegr. dimming11 1 bit Rocker 5 -short Telegr. switch12 4 bit Rocker 5 -long Telegr. dimming...


3 1 bit Rocker 1 -long Telegr. move shutter Up-Down4 1 bit Rocker 1 -short Telegr. lamella adj./stop5 1 bit Rocker 2 -long Telegr. move shutter Up-Down6 1 bit Rocker 2 -short Telegr. lamella adj./stop7 1 bit Rocker 3 -long Telegr. move shutter Up-Down8 1 bit Rocker 3 -short Telegr. lamella adj./stop9 1 bit Rocker 4 -long Telegr. move shutter Up-Down

10 1 bit Rocker 4 -short Telegr. lamella adj./stop11 1 bit Rocker 5 -long Telegr. move shutter Up-Down12 1 bit Rocker 5 -short Telegr. lamella adj./stop...

Communication objectsfor dimming sensor

Communication objectsfor shutter sensor


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interrupt fault protection (approx. 5 s)backlighting and LED on/off



– Relay connected with rocker 1 (obj. 3) / rocker 2 (obj. 5) /rocker 3 (obj. 7) / rocker 4 (obj. 9) /rocker 5 (obj. 11)

Separate for each rocker:– Operation mode of rocker no function









if 2 functions are selected:– Working mode of rocker left = TOGGLE, right = TOGGLE







5-fold Busch-triton® switch sensor, FMType: 6110 U-500 + 6324-xx

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OFF = red, ON = greenbei Orientierungslicht:– Colour of the LED always green







if no function is selected:– Operation mode of LED orientation light





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IR Switch Dim ShutterLightscene /3

Selection in ETS2


Push button, 5-fold for 1SA

The application module is specificallyfor the 5-fold Busch-triton® switch sen-sor in connection with a flush-mountedswitch actuator/sensor.

The Busch-triton® switch sensor can beused for switching, dimming and shut-ter control as well as for controlling li-ghtscenes. Various parameters andcommunication objects can be used forthe five rockers depending on the set-ting selected in the parameters “Num-ber of lightscenes” and “Lightscenesare available”.

Four lightscenes are available in thedefault setting which can be retrievedvia rockers 4 and 5. By changing theparameter “Lightscenes are available”,the other rockers can also be used forcontrolling lightscenes.

The rockers of the Busch-triton® switchsensor which are not used for con-trolling lightscenes each have the sameset of parameters. With the parameter“Operation mode of the rocker”, the ba-sic switching, dimming or shutter con-trol function can be selected. Depen-ding on this setting, different parame-ters and objects are available for therockers. There is a common parameter“Push button action interpreted as longfrom” for all the rockers that are usedfor dimming or shutter control. Normal-ly, the switch sensor detects a longpush button action if a rocker is pres-sed for longer than 400 ms.

Backlighting


The auxiliary push button can also beused for manual switching. The para-meter “Function of auxiliary push but-ton” must be set to “Backlighting andLED on/off”. When the auxiliary pushbutton is pressed, not only is the li-ghting of the switch sensor switched onor off but a telegram is sent via thecommunication object “Backlighting/LED”. It is therefore possible to switchon the lighting for several Busch-triton®


By default, the backlighting switches onafter bus voltage recovery. This can

also be changed via the parameter“Behaviour of text field illumination...”.

Relay

Using the parameter “Relay connectedwith”, it is possible to control the relaylocally via one of the rockers or via thebus. A communication object of one ofthe rockers can therefore be selectedwhich is used for switching, dimming orshutter control.

IR


LCD

When two lightscenes are used, thedisplay of the Busch-triton® switch sen-sor can represent the values of threedifferent communication objects. If fouror six lightscenes are used, there arefive communication objects availablefor the display.

In order to display switching states, re-lative variables such as brightness va-lues, physical variables such as tempe-rature values, the current time or date,it is possible to parameterise the objectvalue for each LCD object from1 bit to 3 bytes.

The input of the display text and sever-al further settings is carried out usingthe Busch LCD management software.This software is available free of char-ge on the EIB CD-ROM/diskette. Thefunction of the software is described inthe Software/visualisation chapter.When entering the settings, you shouldensure that the data (objects) of ETS2and the display management softwarematch.

Switch

In the default setting of the Busch-tri-ton® switch sensor, there are two 1 bit

�


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communication objects available foreach of the rockers that are not usedfor lightscene control so that they cancarry out switching operations. For sim-ple applications, it is also possible toset the parameter “Number of switchfunctions” so that the rocker only hasone communication object.


Dim




Shutter



LED

If the backlighting of the text fields isswitched on, the LEDs can be selectedfor use either as an orientation light orfor status display with the parameter“Operation mode of LED”.



Lightscenes

In lightscene mode, up to six sceneswith up to six different groups of actua-tors can be controlled without speciallightscene modules.

The lightscenes can be preset via thedevice parameters. The user can thenindividually reassign parameters as re-quired while the installation is in opera-tion. The auxiliary push button is usedfor storing new lightscenes (parame-ters). To do this, the parameter“Function of auxiliary push button” mustbe set to “Storage of lightscenes”. Tobe able to use this function, the correcttransmitting group addresses and flagsmust be assigned to the actuators.

The lightscenes are designed accor-ding to the following process.1. The number of lightscenes and their

respective rocker assignment can beset in the “General” parameter win-dow.

2. For each of the groups of actuators A... F, it must be determined with theparameter “Type of actuator group ...”whether they use 1 bit communicati-on objects (switch or shutter actua-tors) or 8 bit communication objects(dimming actuators). Depending onthis setting, the ETS2 program dis-plays various parameters and com-munication objects. Communicationobjects12 ... 17 are used for the control ofactuator groups A ... F.

3. For each of the lightscenes, valuescan be preset for the actuator groupson their own parameter page.

4. The rockers that are not used for li-ghtscenes are available for switching,dimming or shutter control. The para-meter setting “no function/displayoperation” must be selected for unas-signed rockers.

If a rocker is used for recalling lightsce-nes, the LED indicates which side ofthe rocker has been pressed. It glowsgreen when the left side is pressed andred when the right side is pressed.


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In a training room, there are two groupsof dimmable lamps above the seminarparticipants (lamps 1 and 2) and twoswitchable groups of lamps above thelecture area (lamps 3 and 4). The roomcan be made darker using two electri-cally driven shutters.

From door 1, it should be possible toindividually switch and dim the lampsabove the seminar participants and thelamps in the lecture area. It should alsobe possible to recall two lightscenes(base lighting and OFF).

From door 2, it should be possible toswitch the lamps in the lecture area,operate the shutters separately andrecall four lightscenes (base lighting,OFF, lecture without projection and lec-ture with projection).

Two 5-fold Busch-triton® switch sensorswith flush-mounted switch actuators/sensors, three switch/dimming actua-tors and two shutter actuators areused. The relays of the switch actua-tors/sensors are linked with the lampsin the lecture area.



Rocker 5Function of auxiliary push button:




switch sensor,1 function

Operation mode of rocker 4:switch sensor,1 function

Operation mode of rocker 5:Rocker is assigned two lightscenes

IR area:white

Relay connected with:Object 7

Type of actuator group A:dimming actuator (8 bit)

Type of actuator group B:dimming actuator (8 bit)

Type of actuator group C:dimming actuator (8 bit)

Type of actuator group D:switch or shutter actuator (1 bit)

Type of actuator group E:switch or shutter actuator (1 bit)

Type of actuator group F:switch or shutter actuator (1 bit)

The 1 bit and 4 bit communication ob-jects of rockers 1 and 2 are linked withthe corresponding objects of the actua-tors for lamps 1 and 2.

Object 7 is linked with object 4 of thesecond switch sensor.

Object 9 is linked with object 3 of thesecond switch sensor.



Rockers 4 and 5Function of auxiliary push button:


switch sensor,2 functions





IR area:blue

Relay connected with:Object 3

Type of actuator group A:dimming actuator (8 bit)

Type of actuator group B:dimming actuator (8 bit)

Type of actuator group C:switch or shutter actuator (1 bit)

Type of actuator group D:switch or shutter actuator (1 bit)

Type of actuator group E:switch or shutter actuator (1 bit)

Type of actuator group F:switch or shutter actuator (1 bit)

Objects 3 and 4 are linked with objects9 or 7 of the first switch sensor.

The 1 bit communication objects of rok-kers 2 and 3 are linked with the corre-sponding objects of the actuators forthe shutters.


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The communication objects of actuatorgroups A and B for both switch sensorsare linked with the 1 byte objects of thedimming actuators.

The objects of actuator groups C and Dare linked with object 7 of the firstswitch sensor or with object 3 of thesecond switch sensor.

The 1 bit communication objects of ac-tuator groups E ... F are linked with the1 bit objects of the shutter actuators forraising and lowering the blinds.

Due to the different assignment of theIR area of the two Busch-triton® switchsensors, the lecturer is able to operateall the functions comfortably from anyposition.

The various preset options of the ac-tuator groups for lightscenes 1 and 2(switch sensor - door 1) or 1 ... 4(switch sensor - door 2) can still be cor-rected at a later date. Possible combi-nations are for example:Lightscene 1: Base lighting

Actuator group A: 80%,Actuator group B: 80%,Actuator group C: ON,Actuator group D: OFF,Actuator group E: UP,Actuator group F: UP

Lightscene 2: OFFActuator group A: 0%,Actuator group B: 0%,Actuator group C: OFF,Actuator group D: OFF,Actuator group E: UP,Actuator group F: UP

Lightscene 3: Lecture withoutprojection

Actuator group A: 70%,Actuator group B: 70%,Actuator group C: ON,Actuator group D: ON,Actuator group E: UP,Actuator group F: UP

Lightscene 4: Lecture with projectionActuator group A: 40%,Actuator group B: 40%,Actuator group C: OFF,Actuator group D: OFF,Actuator group E: DOWN,Actuator group F: DOWN

The preset options of the actuator

groups can be individually reassignedby the customer while the installation isin operation. A prerequisite for this isthat the read flags should be set for thecommunication objects of the dimmers.The read flag should not be set for theshutter actuators and the fourth rockerof the second switch sensor so that themotors are not accidentally put in moti-on during the storing of lightscenes.

The definition of the lightscenes followsthe steps below.1.The required values of the lamps are

set via the rockers of the switch sen-sor or via the infrared hand-heldtransmitter.

2.The auxiliary push button of theswitch sensor is pressed in order toprepare for the storing of lightscenes.The LEDs of the switch sensor gloworange to indicate this.

3.The rocker that is to recall this light-scene later is pressed.

4.The Busch-triton® switch sensorsends a “Read value” telegram foreach of the groups of actuators andstores the 1 byte values of the dim-ming actuators.

5.After storing the values, the LEDsglow either red or green.

In order to have a clear assignment ofthe switch sensor‘s LEDs to the dim-ming actuators even when lightscenesare being used, the 1 bit communicati-on objects of the dimming actuatorscan be used for status display. For thispurpose, the transmission flags are setfor the 1 bit communication objects ofthe dimming actuators and the objectsare linked with the LEDs. The correctassignment of the transmitting groupaddresses i.e. the group addresseswhich ETS2 displays as the first groupaddress of an object should be obser-ved.


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Communication objectsfor switch sensor with two switchfunctions and 4 lightscenes on rockers4 and 5 with switch or shutter actuator

Communication objectsfor switch sensor with two switchfunctions and 2 lightscenes on rocker 5

Communication objectsfor switch sensor with two switchfunctions and 6 lightscenes on rockers1 to 3

Communication objectsfor 4 lightscenes on rockers 4 and 5with dimming actuator

No. Type Object name Function2 1 bit Backlighting/LED Switch3 1 bit Rocker 1 left Telegr. switch4 1 bit Rocker 1 right Telegr. switch5 1 bit Rocker 2 left Telegr. switch6 1 bit Rocker 2 right Telegr. switch7 1 bit Rocker 3 left Telegr. switch8 1 bit Rocker 3 right Telegr. switch

11 1 bit Actuator group A Telegr. switch12 1 bit Actuator group B Telegr. switch13 1 bit Actuator group C Telegr. switch14 1 bit Actuator group D Telegr. switch15 1 bit Actuator group E Telegr. switch16 1 bit Actuator group F Telegr. switch



No. Type Object name Function2 1 bit Backlighting/LED Switch7 1 bit Rocker 3 left Telegr. switch8 1 bit Rocker 3 right Telegr. switch9 1 bit Rocker 4 left Telegr. switch


No. Type Object name Function...11 1 byte Actuator group A Telegr. brightness value12 1 byte Actuator group B Telegr. brightness value13 1 byte Actuator group C Telegr. brightness value14 1 byte Actuator group D Telegr. brightness value15 1 byte Actuator group E Telegr. brightness value16 1 byte Actuator group F Telegr. brightness value


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Communication objectsfor dimming sensor and 4 lightsceneson rockers 4 and 5

Communication objectsfor shutter sensor and 4 lightscenes onrockers 4 and 5

Communication objectsfor switch sensor with one function and2 lightscenes on rocker 5





3 1 bit Rocker 1 -short Telegr. switch4 4 bit Rocker 1 -long Telegr. dimming5 1 bit Rocker 2 -short Telegr. switch6 4 bit Rocker 2 -long Telegr. dimming7 1 bit Rocker 3 -short Telegr. switch8 4 bit Rocker 3 -long Telegr. dimming

...


3 1 bit Rocker 1 -long Telegr. move shutter Up-Down4 1 bit Rocker 1 -short Telegr. lamella adj./stop5 1 bit Rocker 2 -long Telegr. move shutter Up-Down6 1 bit Rocker 2 -short Telegr. lamella adj./stop7 1 bit Rocker 3 -long Telegr. move shutter Up-Down8 1 bit Rocker 3 -short Telegr. lamella adj./stop

...



...


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storage of lightscenes– Number of lightscenes 2 / 4 / 6

if 2 lightscenes are selected:– Lightscenes are available Rocker 1

Rocker 2Rocker 3Rocker 4Rocker 5

for 4 lightscenes:– Lightscenes are available Rockers 1 and 2

Rockers 2 and 3Rockers 3 and 4Rockers 4 and 5

for 6 lightscenes:– Lightscenes are available Rockers 1 to 3

Rockers 2 to 4Rockers 3 to 5

– Interval between telegrams when 0playing lightscenes (140 ms)



if 2 lightscenes are selected:– Relay connected with rocker 1 (obj. 3) / rocker 2 (obj. 5) /

rocker 3 (obj. 7) / rocker 4 (obj. 9) /rocker 5 (obj. 11)

if 4 lightscenes are selected:– Relay connected with rocker 1 (obj. 3) / rocker 2 (obj. 5) /

rocker 3 (obj. 7)if 6 lightscenes are selected:– Relay connected with rocker 3 (obj. 7) / rocker 4 (obj. 9)

Separate for each rocker:if lightscenes are assigned:– Rocker is assigned two lightscenes <— NOTEif lightscenes are not assigned:– Operation mode of rocker no function




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if 2 functions are selected:– Working mode of rocker left = TOGGLE, right = TOGGLE












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if no function is selected:– no setting options

Actuator types:Separate for each actuator group:– Type of actuator group A ... F switch or shutter actuator (1 bit)

dimming actuator (8 bit)Separate for each lightscene:

for switch or shutter actuator:– Preset actuator group A ... F OFF / UP

ON / DOWNfor dimming actuator:– Preset actuator group A ... F 0 % / 5 % / ... / 95 % / 100 %


ABB i-bus EIB 5-fold Busch-triton switch sensor, FM Type ...

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