Product manual ABB i-Bus EIB/KNX ABB i-bus EIB/KNX ABB ... · ABB i-bus® EIB/KNX ABB Powernet...

September 2006 1

ABB i-bus® EIB/KNXABB Powernet EIB/KNX

Product manual

LEANtouch (monochrome),SMARTtouch (monochrome, colour)Type: 6136/30M-500-101, 6136/100M-500-101,

6136/100C-500-101, 6136/100CB-1016936/30M-101, 6936/100M-101,6936/100C-101, 6936/100CB-101

Intelligent Installation Systems

ABB i-Bus® EIB/KNXABB Powernet EIB/KNX

2 September 2006


Contents

LEANtouch (monochrome) 6x36/30M(-500)-101 2 - 4SMARTtouch (monochrome) 6x36/100M(-500)-101 2 - 5SMARTtouch (colour) 6x36/100C(-500)-101 2 - 6SMARTtouch B&O 6x36/100CB-101 2 - 7Application programs 2 - 8Circuit diagram 2 - 8Installation of the supplementary software (RCP tool) 2 - 9Functions of the panel software 2 - 12Functional description: Basic settings 2 - 17Functional description: Homepage 2 - 23Functional description: Monitoring function 2 - 23Functional description: Touch surfaces/Symbols (Page 1…21) 2 - 23Functional description: Time programs 2 - 52Functional description: IR control 2 - 57Functional description: Room thermostat 2 - 63Functional description: Lightscenes 2 - 72Functional description: Alarm function 2 - 76Functional description: Presence simulation 2 - 78Functional description: Logical functions 2 - 79

September 2006 3


Innovations

The panel has an improved page ma-nagement function. Up to 21 indepen-dent pages with various hyperlinkfunctions and operator levels can nowbe created. It is also possible to retrie-ve the system page, the “Extras” page,the alarm control unit or the alarmmessages from each page via a touchsurface.

The end user can retrieve and saveseveral functions (up to 20) one afterthe other and is thus able to createmacros. If a touch surface is assigneda macro function, all the storedfunctions are retrieved in sequencewith only one operation. The panelcan manage up to 32 different macros.

User-defined symbols can be storedin the panel and represented on thebuttons. The panel software generatesthe symbol which should be displayedin the panel using *.bmp, *.jpg or *.giffiles and automatically adapts theimage size.

Whe the panel is inactive, it switcheson a screen saver. This can be imagesfrom the multimedia/SD card whichare displayed in sequence or animage that is stored in the memory ofthe panel. A single image must beloaded beforehand from the multime-dia/SD card into the panel‘s memoryvia the menus of the panel software.The multimedia/SD card can then beremoved.

If the screen saver or a backgroundimage is displayed, an additional ba-sic function such as “Basic lightingON” can be retrieved onto the displayvia a long push button action(approx. 5 s, corresponds to a longoperation).

The preview display has been impro-ved. The preview window now alwaysdisplays the function which has justbeen parameterised. It is possible tocheck the function of individual pagesand hyperlink functions via the pre-view window.

The signalling function is carried outas an additional function and no lon-ger has its own page. Up to 30 inde-pendent inputs can now be integratedin the alarm control unit i.e. only a cy-clical monitoring of the input is carriedout if required.

Alternatively, each page can be desi-gned with symbols for CD, TV, DVD,video or tuner control and used forcontrolling media.

Status feedback objects can be acti-vated for switch, dimmer and shuttertouch surfaces as well as hyperlinkfunctions and linked with separategroup addresses or actions.

The system time is backed up in theevent of a mains failure. The internaltime can be synchronised via the bus,via the system frequency or via an in-ternal quartz clock in the panel.

In order to control KNX room thermo-stats, a 1-byte communication objectfor toggling between the room tempe-rature modes can be enabled in thesettings of a room thermostat touchsurface or in the room thermostatfunction.

The timer channels can now alsosend 2-byte values, lightscenes ormacro numbers.

4 September 2006


LEANtouch (monochrome)Type: 6136/30M-500-101

6936/30M-101

– Number of operator pages 8– Number of possible functions 5, 8 or 10

per operator page– Total number of operator functions 80– Scope of time programs 5 channels, 5 switching times each– Scope of scenes 32 scenes with max. 10 objects

(loads)– Scope of macros 32 macros, each with 20 actions– Number of alarm signals 5– Presence simulation max. 10 devices– IR remote control channels 16– Integrated room thermostat Measuring range from 0°C to 40°C– Child protection– Number of logic functions 20

(AND, OR, NAND, NOR, multiplexer,multiplier, GATE, temperature comparator)

Technical Data

Power supply – Nominal voltage 230 V AC +10%– Bus voltage (TP only) 24 V DC– Power consumption < 20 VA

Operating and display elements – Touch-sensitive display 320 x 240 pixels16 grey shades (monochrome)

Connections – Power supply Screw plug-in terminals up to 2.5 mm²– EIB bus connection (TP only) Bus connecting terminal– Multimedia/SD card 1 module slot at the front

Type of protection – IP 20, EN 60 529Protection class – IIAmbient temperature range – Operation 0 °C to + 45 °C

– Storage and transport - 20°C to + 60 °CDimensions – Panel with cover frame 218 x 185 x 67 mm (W x H x D)

– Flush-mounted box 200 x 164 x 60 (W x H x D)Weight – 0.742 kgCertification – EIB-certifiedCE norm – in accordance with the EMC guideline

and the low voltage guideline

Functional overview

The LEANtouch panel is a high-quali-ty EIB touch-sensitive display. The pa-nel offers approx. 80 operatorfunctions with a monochrome display.It is used as a control, monitoring andindication unit for the complete EIBinstallation which can be operatedacross different rooms.

The touch-sensitive display can beprovided with a frame made out of– black glass with chrome flap,– black glass with aluminium flap or– white glass with aluminium flap.The display has background illumina-tion.

The integrated loudspeaker can e.g.feed back operations acoustically orsignal alarm and fault messages.

The panel has a pen for operation anda slot for a multimedia/SD card.

The operation and control is carriedout in a clear menu structure via thetouch surfaces which are labelled inclear text. The functional assignmentof the touch surfaces can be createdindividually and is dependent on theparameterisation.

All the functions of the panel are listedin the table below “Functional over-view” (see below).

September 2006 5


SMARTtouch (monochrome)Type: 6136/100M-500-101

6936/100M-101

The SMARTtouch panel is a high-qua-lity EIB touch-sensitive display. Thepanel offers approx. 210 operatorfunctions with a monochrome display.It is used as a control, monitoring andindication unit for the complete EIBinstallation which can be operatedacross different rooms.


The integrated loudspeaker can e.g.feed back operations acoustically orsignal alarm and fault messages.The panel has a pen for operation anda slot for a multimedia/SD card.





(loads)– Scope of macros 32 macros, each with 20 actions– Number of alarm signals 10– Monitoring function Monitoring of up to 30 signalling

inputs (e.g. window contacts,movement detectors)

– Presence simulation max. 10 devices– IR remote control channels 16– Integrated room thermostat Measuring range from 0°C to 40°C– Info function– Alarm clock/Timer function– Child protection– Number of logic functions 20


Technical Data


Operating and display elements – Touch-sensitive display 320 x 240 pixels16 grey shades (monochrome)






Functional overview:

6 September 2006


SMARTtouch (colour)Type: 6136/100C-500-101

6936/100C-101

The SMARTtouch panel is a high-qua-lity EIB touch-sensitive display. Thepanel offers approx. 210 operatorfunctions with a colour display. It isused as a control, monitoring and in-dication unit for the complete EIB in-stallation which can be operatedacross different rooms.

The touch-sensitive display can beprovided with a frame made out of– black glass with chrome flap,– black glass with aluminium flap or– white glass with aluminium flap.The display has background illumina-tion





Technical Data


Operating and display elements – Touch-sensitive display 320 x 240 pixels256 colours








(loads)– Scope of macros 32 macros, each with 20 functions– Number of alarm signals 10– Monitoring function Monitoring of up to 30 signalling


– Presence simulation max. 10 devices– IR remote control channels 16– Integrated room thermostat Measuring range from 0°C to 40°C– Info function– Alarm clock/Timer function– Representation of background images– Child protection– Number of logic functions 20



September 2006 7


SMARTtouch B&OType: 6136/100CB-101

6936/100CB-101

The SMARTtouch panel is a high-qua-lity EIB touch-sensitive display. Thepanel offers approx. 210 operatorfunctions with a colour display. It isused as a control, monitoring and in-dication unit for the complete EIB in-stallation which can be operatedacross different rooms.




The SMARTtouch B&O panel is identi-cal to the “standard” SMARTtouch pa-nel. In addition, it can be controlledremotely via a Bang & Olufsen remotecontrol Beo4 e.g. to retrieve a light-scene in the panel. The SMARTtouchB&O panel can further also be opera-ted via the Busch-Jaeger IR remotecontrol.


Technical Data


Operating and display elements – Touch-sensitive display 320 x 240 pixels256 colours








(loads)– Scope of macros 32 macros, each with 20 actions– Number of alarm signals 10– Monitoring function Monitoring of up to 30 signalling


– Presence simulation max. 10 devices– IR remote control channels 16– Integrated room thermostat Measuring range from 0°C to 40°C– Info function– Alarm clock/Timer function– Representation of background images– Child protection– Number of logic functions 20



8 September 2006


Circuit diagram

41

2

35

1 Touch-sensitive display 320 x 240 3 MMC/SD card readerpixels, colour 4 230 V power supply

2 Operating pen 5 24 V EIB bus voltage (TP only)

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

for LEANtouch/SMARTtouch panel Twisted Pair:Panel TP/1 approx. 1000 approx. 6000 approx. 6000for LEANtouch/SMARTtouch panel Powernet:Panel PL/1 approx. 1000 approx. 6000 approx. 6000

Note Do not lead any live cables behindthe device through the flush-mountedbox. Separation of the TP bus andmains cable!

LEANtouch (monochrome),SMARTtouch (monochrome, colour)Type: 6x36/30M…, 6x36/100x…, 6x36/100CB…

Note If the SMARTtouch panel 6x36/100CB-101 should be used, there isno separate entry for it in the ETS orPower-Project database.

In this case, the SMARTtouch panel6x36/100C must be used. The diffe-rence between them is that theSMARTtouch panel 6x36/100CB canreact to signals of the Bang&OlufsonIR remote control Beo4. (See also IRcontrol)

September 2006 9



Installation of the supplementarysoftware (RCP tool)

To be able to parameterise the LEAN-touch or SMARTtouch panel in ETS 2,in ETS 3 or in Power-Project (from ver-sion 4.0 onwards), the supplementarysoftware RCP-Tool must be installed.You can find this software on the EIBproduct database CD-ROM (art. no.0405) or on the Internet atwww.Busch-Jaeger.de.

The software can be plugged intoETS 2, ETS 3 and/or Power-Project.That means that as soon as you retrie-ve the parameters of a panel in ETSor Power-Project, the panel softwareis opened automatically in which youcarry out all further settings.

Before you start the installation ofthe panel software, please ensurethat ETS or Power-Project has alrea-dy been installed on your computer.

The following section describes theindividual installation steps.

An installation wizard helps you to in-stall the panel software. This is startedby double clicking on the file“Setup.exe” and can run in either“German” or “English”.

The panel sofware requires at leastWindows 98. You require full administ-rator rights of the operating system inorder to install the panel software.

Once you have confirmed the welco-me screen with “Next”, you can enter

your name and the name of your com-pany in the “User info” dialog. If sever-al users work on the computer onwhich you wish to install the software,you can limit access to the software.This means that either all the userscan start the software or only you.

The installation path for the panel soft-ware is defined in the next dialog. Bydefault, this is “C:\Program Files\EIB-Programs\”. It is advisable to keep thispath as e.g. Power-Project has thesame default installation path. All EIBprograms and additional EIB softwarecan thus be easily located on the harddisk.

10 September 2006



In the “Select functions” dialog, youdefine whether the VD2 or VD3 filesshould be copied locally onto the harddisk. You require these to be able touse the LEANtouch/SMARTtouch pa-nel in connection with an ETS version.(Also observe the note at the end ofthis chapter).

By default, the files are copied into thefollowing directory:C:\Program Files\EIB-Programs\RCP-Tool\VDX

Once you have confirmed the “Selectfunctions” dialog with “Next”, the in-stallation wizard carries out an initiali-sation. This means that all the requi-red files are compiled together andstored temporarily. The dialog “Up-dating the system” is shown for visualmonitoring purposes.

All the required files are then copiedinto the appropriate directories. Theinstallation is concluded with an auto-matic amendment of the Windows re-gistration entries.

The computer must be restarted de-pending on the operating systemused.

NoteOnce you have installed the panelsoftware, you must import the productdata (VD2 or VD3 files) in the ETS da-

tabase if you wish to parameterise apanel with ETS.

To do so, please retrieve the ETS im-port tool (ETS 2 or ETS 3) and importthe VD2 (ETS 2) or VD3 files (ETS 3)from the default directoryC:\Program Files\EIB-Programs\RCP-Tool\VDX.

You must import the VD2 or VD3 filesin full.

Caution:The import of individual files is notpossible.

Note:Please note possible softwareup-dates (Service-Releases) in the in-ternet under www.busch-jaeger.de

Commissioning a panel

The commissioning of a panel is pos-sible either via a multimedia/SD card(not included) or with “standard” busprogramming.

Due to the high level of functionality,full programming via the bus takes along time depending on the configura-tion and medium (Twisted Pair or Po-wernet).

The use of the multimedia/SD card istherefore recommended for quickand simple commissioning.

It is not advisable to carry out full busprogramming via Powernet.

The menu item “Download” of thecommissioning tool therefore has twofurther submenus via which the usercan select the required commission-ing method. If he selects programmingvia multimedia card, the configurationis stored on a card which is connectedto the PC.

With a project that is saved in this way,the panel itself can be commissionedby inserting the card. The slot for themultimedia/SD card is located behindthe chrome flap of the panel.

Several projects can be stored on onemultimedia card. After inserting thecard in the panel, the user can selectthe required project which should beloaded into the panel.

September 2006 11


To do so, the “Commissioning” optionfrom the “System“ menu of the panelmust be retrieved.

Note 1:If the panel is in the “Commissioning”menu with the option “Read multime-dia/SD card” selected and a short bus/mains voltage failure occurs (approx.2-3s), the device no longer reacts topush button actions and does not re-spond to telegrams from the bus. Thebus/mains voltage must be reset to beable to operate the device.

Note 2:If a USB card reader is used to writethe multimedia/SD card under theWindows 2000 operating system, thereader may not be correctly enabledby the operating system once it hasbeen accessed. The panel then issuesa corresponding signal.

Access to the multimedia/SD card canin most cases only be re-establishedonce the computer has been restarted.This error no longer occurs under theWindows XP operating system.


12 September 2006



Functions of the panel software

The functions and applications arearranged with all the communicationobjects in the centre. If necessary, theindividual functions/applications mustfirst be activated so that the communi-cation objects become visible. Thefunctions are defined via a pull-downmenu.

The parameters of the individual func-tions are displayed on the right-handside. The parameters of the function

that is marked in the centre are alwaysdisplayed.

To obtain a better overview, individualfunctions can be temporarily hiddenvia the function view.

The buttons at the bottom always jumpdirectly to the selected function. This isparticularly advisable if the functiontree in the centre has been fully exten-ded.

If you have inserted a LEANtouch orSMARTtouch panel in Power-Projector in ETS, open the panel software byretrieving the “Edit device” dialog (Po-wer-Project) or the parameters (ETS)of the panel. The panel software startsautomatically with the following inter-face.

The method of operation of the panelsoftware is identical to that of Power-Project or ETS. The “standard” group

addresses and the internal groupaddresses are arranged on the left-hand side. Internal group addressesare not sent on the bus and are there-fore used to relieve the load on thebus. A touch surface can for examplebe linked with a lightscene via an in-ternal group address. The groupaddresses and the internal groupaddresses are linked with the commu-nication objects in the centre usingdrag & drop.

September 2006 13



Copying a panel

Only one panel can be parameterisedat one time. To provide several panelswith the same functionality (generati-on of a duplicate of a previously confi-gured panel), please proceed as fol-lows:

Retrieve the function “Save as...” fromthe File menu. The project is storedwith the file ending *.rcp. Now closethe panel software. Please insert anew panel in ETS or Power-Project.This can be in the same or anotherproject. Then open the panel softwarefor the inserted panel. Select thefunction “Open” in the File menu andselect the previously saved file.

Please note that you can load thedata of a LEANtouch panel into aSMARTtouch panel but not vice ver-sa.

During the import, the following win-dow is displayed in which you can sel-ect whether the import should be car-ried out with or without group addres-ses.

During an import with group addres-ses, you must ensure that all thegroup addresses or actions are alrea-dy located in the project with identicalEIS types to the template. Otherwise,you can only import the data withoutgroup addresses. You must thenhowever link them again.

Auto backup file

When you retrieve the menu item “Set-tings” under the File menu, you canset the period, after which the panelsoftware will carry out an automaticbackup. This is a temporary file whichis stored on your hard disk.

If e.g. your computer crashes, you canretrieve the last automatic backup withthe menu item “Reset” under the Filemenu.

Copying functions

To shorten the configuration time, it ispossible to copy the settings of a func-tion (touch surface, time function, light-scene). To do so, click on the functionwith the right mouse button whichshould be copied.

Note:Only touch surfaces with identical ap-plications or functions can be duplica-ted.


14 September 2006



Insertion of background images(only SMARTtouch colour)

If the function “Manage images...” isretrieved from the “Edit” menu, a dia-log window opens via which theimages can be imported into the panelsoftware.

To do so, select the required file viathe “Open” symbol - graphics files ofthe type *.jpg, *.bmp or *.gif can beimported. The graphic is then display-ed in the preview window. The imageis prepared for storage in the panelvia the button “Save backgroundimage in the panel”.

So that the background images arethe correct size, the imported imagesare calculated directly in the panelsoftware so that they match the size(320 x 240 pixels) that can be display-ed in the panel.

If a project is stored on a multimedia/SD card for commissioning, a “Pic-tures” folder is created at the sametime by the panel software. This foldercontains all the background images inthe appropriate size.

The background images are used asscreen savers. The screen saver isswitched on automatically when thepanel is not operated for an extendedperiod. The images which are storedin the “Pictures” folder on the multime-

Functions of the panel software dia/SD card are displayed in se-quence in screen saver mode.An image can be stored in the panelvia the menus so that the multimedia/SD card can be removed again. If thescreen saver is now switched on, thepreviously stored image is displayed.It is possible for example to display acompany logo.

Insertion of user-defined symbols

The panel software offers the possibi-lity not only of displaying text on a but-ton but also of storing symbols. Thesecan be prefabricated symbols whichare already contained in the panelsoftware or user-defined symbols.User-defined symbols must first beimported in the panel software. To doso, the “Manage symbols” dialog win-dow is retrieved via the “Edit” menu.

In a similar way to the function of im-porting background images, variousgraphics files (*.jpg, *.bmp or *.gif) canbe imported via the “Open” symbol inthe “Manage symbols” dialog window.The panel software can manage a to-tal of 126 different files.

In addition to the large preview win-dow, the panel software also displaysthe graphic in the format 55x55 and24x24 pixels. The symbol graphic isshown in the panel in these two sizes.The panel software carries out anycompression of the graphics file auto-matically.

Busch-Jaeger Elektro supplies addi-tional symbols to those which are al-ready stored in the panel software.These symbols are automaticallystored in the “Symbols” directory inthe “EIB programs” folder during theinstallation of the panel software.

September 2006 15




Preview

The panel software has the option todisplay a preview window. This pre-view window indicates all the configu-red buttons, symbols and text as theywill later be used in the panel.

A functional check can also be carriedout via the preview window. This me-ans that a mouse click on a button inthe preview window has the same ef-fect as touching the button on the pa-nel.

The preview window always displaysthe page which has just been configu-red. If the parameters of page 1 aremodified for example, the preview in-dicates page 1. If page 15 is set, thepreview displays page 15. If howeverhyperlink functions are configured inthe pages so that it is possible tochange from page 1 to page 15 bypressing a button, the preview alsochanges from page 1 to page 15 byclicking with the mouse on the appro-priate button.

16 September 2006



Functions of the panel software Important note 1

If you have inserted a LEANtouch/SMARTtouch panel in ETS 2, youmay no longer retrieve the followingfunction:– Shrink database

The reason for this lies in the databa-se structure of ETS 2. It is not largeenough to take all the panel informati-on. The panel information is storedtemporarily in several files on the harddisk. If you carry out the functionmentioned above, the files are nolonger taken into account and theresult is data loss or damage to thedatabase.

For ETS 2 users:After importing an ETS 2 project with aLEANtouch/SMARTtouch panel, a da-tabase consistency check must becarried out in any case. Otherwise, thepanel is not displayed correctly/fullywithin the framework of the commis-sioning process.

Important note 2

A current panel (item number with“-101”) also has a more current versi-on of the firmware than the previousmodel (item number without “-101”).Due to the various firmware variants, itis not possible to load a project whichhas been created with the current pa-nel software into an “older” panel.

If additional functions or pages whichalready existed in the previous versi-on of the panel software should beadded to an ”older” panel, this can becarried out in the usual way. This me-ans that the panel software detectswhether it is an ”older” panel (e.g. be-cause it has been configured in aPowerProject or ETS project) and thenonly displays the functions which canalso be used in the panel.

If the hardware of an ”older” panelshould fail so that it must be replacedby a newer version, there are two pro-cedures to follow:1. The functions must all be reconfigu-red using the current panel software.More recent panel functions could beoffered to the customer at the sametime.2. The current panel software must beprovided with the older firmware vari-ants by the manufacturer. This meansthat all the new functions cannot beconfigured and thus the panel adoptsthe behaviour of the previous model.

September 2006 17



Functional description: Basic set-tings

General

By default, the panel always has thelanguages German and English.When the panel software is retrievedfor the first time, it is possible to selecta third system language which is auto-matically transferred to the panel du-ring the commissioning phase. Thesystem language is defined via theappropriate general parameters. Thefollowing languages can be selected:– Czech– Danish– German– English– Spanish– Italian– Dutch– Polish– Russian– Swedish– Chinese

The panel distinguishes between ashort and long push button action e.g.when dimming or moving shutters. It ispossible to set the period which thepanel detects as a long push buttonaction. By default, the period is set at500 ms.

Temperature display

The panel has an internal temperaturesensor. The measured value is dis-played on the homepage. The displaycan also be deactivated via the setting“Display temperature indoors”.

The outside temperature is not dis-played by default. The display can beactivated via the display “Display tem-perature outdoors”. The outside tem-perature is the temperature valuewhich the panel receives via the2-byte communication object “Tempe-rature outside”. It can be recorded e.g.by a “standard” EIB temperature sen-sor and sent via its2-byte communication object “Actualvalue”.

If the indoor and outdoor temperatureshould be displayed simultaneously,the corresponding point on the dis-play changes every 5 s.

Date and Time

The panel can display the date andtime. The display can be carried out inthe German format (TT.MM.JJJJ; 24h)or in the English format (MM.TT.JJJJ;12h).

The panel can send and receive thedate and time on the EIB via the two3-byte communication objects “Date”and “Time”. The panel can thus act asa master clock for other EIB devices oras an extension unit. In its function asan extension unit, the date and timecan e.g. be sent by an EIB DCF-77receiver on the bus. By default, thedate and time are neither sent nor re-ceived.

If the panel does not receive any timeand date information via the EIB, thereare two possiblities for synchronisingthe internal clock. This can be carriedout via the system frequency or via aninternal quartz clock. In the Europeanassociation of system operators(countries of the UCTE, Union for theCo-ordination of Transmission of Elec-tricity), synchronisation via the systemfrequency is advisable as a very preci-se control of the 50 Hz system fre-quency takes place here. In all othercountries, the internal quartz clockshould be used for synchronisation.

If the date and the time should be dis-played on the panel, the correspon-ding display switches between dateand time every 5 s.

Note:The date and time do not need to bereset after a bus/mains voltage failureas the panel can store the time anddate for 24 hours. In the case of a TPpanel, the energy store is loaded viathe bus voltage.

Info page, alarm clock, timer

The panel has an info page, an alarmclock and a timer. All three functionscan be activated in the basic settings.The user accesses these functions viathe “Extras” page.

With the info page, it is possible toleave a short message on the panel

18 September 2006



with the help of the pen. Other userscan detect by the “Info page” symbolat the top of the display that a messa-ge has been stored in the panel. If theinfo page is deleted, the “Info page”symbol is immediately removed fromthe display.

Via the alarm clock or timer signal, it ispossible to trigger an acoustic signalvia the panel at a specific time or oncea given period has elapsed.

Address page

The contact person, company, tele-phone, fax and email of the electricalcompany which carried out the instal-lation can be stored on the addresspage. In the event of changes, the cu-stomer (end user) does not need tosearch in his documentation to findthe right contact person. He will findall the relevant data directly in the pa-nel.

System settings

The system settings are not enabledas standard. This means that a fourdigit code (by default 0000) must beentered on the display so that chan-ges can be carried out. Only authori-sed personnel may therefore view andmodify the system settings. It is possi-ble however to enable the system set-tings in principle e.g. in enclosedrooms with users who are permitted tocarry out settings. The system settingscan also be fully disabled.

Caution:If you disable the system settings com-pletely, the menu item “Commission-ing” on the panel can no longer beselected. In this case, you must carryout a long operation at the bottom leftof the display and thereby switch on

the mains voltage. The menu item “Sy-stem” becomes visible and the panelcan e.g. be commissioned with themultimedia/SD card. The display theninverts all the operating elements.

If the system settings are saved withthe help of a code, the code is definedvia the parameter “Code for systemsettings”.

The following settings can be carriedout in the system settings on the dis-play:

– Change date– Change time– Display lighting– Volume– Contrast / brightness– Signal tones

– Alarm messages– Timer / alarm clock– Incorrect input– Push button click

– Touchscreen adjustment– Commissioning

– EIB programming– Reading multimedia/SD card– System info– Screen saver– Reset

– Synchronisation of the clock

(see also diagram for modifying sy-stem settings)

The time which has been stored in theparameter “Background illuminationon for” is modified via “Backgroundillumination”.

The volume and the contrast or bright-ness must be adapted to the environ-ment and requirements of the enduser.

The complete touch surface is syn-chronised again with the touchscreenadjustment. To do so, the operatingpen must be clicked precisely on spe-cific points which are indicated on thedisplay.

The commissioning can be carried outboth via the EIB and via the multime-dia/SD card module slot. For Power-net variants, it is not advisable tocarry out the programming via thebus as this is very time-consumingand faults caused by cyclical trans-mitters (e.g. room thermostats ormovement detectors) can lead tothe programming being interrupted.

September 2006 19



Changing system settings directly onthe LEANtouch/SMARTtouch paneldisplay

Start page

Up to 21 pages with 5, 8 or 10 opera-tor elements, touch surfaces or sym-bols can be created in the panel. Thefirst page is set by default as the startpage i.e. the first page is the pagefrom which further pages can be ac-cessed. This is carried out via hyper-link functions (see also hyperlinkfunctions under the functional descrip-tion of touch surfaces). Each of the 21other pages can be declared as astart page via the setting “Use as startpage”.

Macro recorder

Via the macro function of the panel, itis possible to store several functions(up to 20) which can be retrieved viathe panel.

To do so, at least one touch surfacemust be assigned the function “Macroretrieval”. The communication object“Macro number” of the touch surfaceis linked via an internal address to the“Macro actuator” communication ob-ject. In addition, an external groupaddress can be linked to the 1-bytecommunication object “Macro actua-tor” so that a macro function can alsobe retrieved by a switch sensor. Up to32 different macros can be stored inthe panel.

Example:A user always switches the back-ground brightness on when enteringthe house and sets the comfort modeto regulate the room temperature. Nor-mally, he has to click through severalpages to do so. Via the macrofunction, the user is able to retrievethese functions, which he always re-

20 September 2006


trieves in sequence, with a singlemouse click.

To store a macro, the macro touch sur-face must be pressed for a long period(approx. 3s). The panel then displaysa window after each operation of atouch surface in which the user candecide whether or not he would like tostore the function in the macro. Afterthe last function which should bestored, the saving of macros can befinished in the same window.

To retrieve the macro function, theuser only needs to touch the macrotouch surface once and the panel car-ries out all the functions in the storedsequence.

Background illumination

The backlighting of the panel is swit-ched on automatically as soon as thedisplay is operated. After the adjusta-ble period “Background illuminationon for”, the backlighting is switched offagain, provided that the panel is notoperated again.

In the basic settings, the panel hasthree 1-bit communication objects. Allthree are used for controlling thebacklighting.

The backlighting can be switched viathe “Background illumination” object. Ifan ON telegram is received from theEIB, the backlighting is switched onwhile an OFF telegram switches it offagain. The object can be linked withan internal address or external groupaddress/action.

If the display has been switched onvia an external group address/action,the internal overshoot time starts fromthe receipt of the telegram. The back-lighting switches off automaticallyonce the overshoot time has elapsed.If the backlighting should be perma-nently lit, the parameter “Backgroundillumination on for” should be set to“always on”.

The object “Status background illumi-nation” sends an ON telegram assoon as the backlighting has beenswitched on. If the backlighting is ex-tinguished after the set overshoottime, the object sends an OFF tele-gram.

The object “Status background illumi-nation” is temporarily disabled via the“Enable status” object. If the “Enablestatus” object receives an ON tele-gram, the status object sends tele-grams. If an OFF telegram is received,no status telegrams are sent.

Screen saver(only SMARTtouch colour)

If the parameter “Display screen sa-ver” is activated, when the SMART-touch colour panel is inactive, it dis-plays all the images in sequencewhich are located in the “Pictures” fol-der on the multimedia/SD card or theimage stored in the panel. The panelproceeds in alphabetical order. Theperiod between the images can be set- by default it is set to 1 min.

Basic function

If the backlighting is switched off orthe screen saver is active, a so-calledbasic function can be triggered bypressing the display for a long period.

The basic function is a single tele-gram which is used e.g. to send a cen-tral function such as “Basic lightingON”.

The basic function can of course alsosend an ON telegram. The value thatshould be sent is defined via the para-meter “Send”.

The communication object of the basicfunction can send a 1-byte value in-stead of a 1-bit value. This can eitherbe an absolute value between 0 and255, a percentage between 0 and100% or a lightscene or macro num-ber.


September 2006 21


Communication objectsGeneral (Outside temperature, dateand time)

Communication objectsFor external retrieval of the macrofunction

Communication objectsFor background illumination of thedisplay with active basic function

Communication objectswith 1-byte basic function (value,lightscene/macro)

General parametersThe default setting for the valuesis printed in bold type.

No. Type Object name Function0 2 byte Temperature outside Receive1 3 byte Date Send/Receive2 3 byte Time Send/Receive

No. Type Object name Function0 1 byte Macro actuator Receive

No. Type Object name Function0 1 bit Background illumination Receive1 1 bit Status background illumination Send2 1 bit Enable status Receive3 1 bit Basic function Send

No. Type Object name Function3 1 byte Basic function Send

General:– System language German

EnglishCountry-specific

– Long push 300 ms / 500 ms / 750 ms / 1 s– Display temperature indoors No / Yes– Display temperature outdoors No / Yes– Show Date

TimeDate & Time

– Date format TT.MM.JJJJMM.TT.JJJJ

– Time format show 24 hshow 12 h

– Time and Date receive from the bussend to the busdo not send/receive

– Info page No / Yes– Alarm clock No / Yes– Timer No / YesAddress field:– Headline of the address field “Address Installer”– Company “Mustermann”– Contact person “Mr. Muster”– Telephone “+44 ...”– Fax “+44 ...”– E-mail “mustermann@…co.uk”System settings:– Enable system settings for end Yes

customers With codeNo*1

– Code for system settings 0000(0000…9999)

– Overwrite code at download No / YesMacro recorder:– Telegram rate between two 01:00

macro telegrams


*1 Caution: Observe the note on page 15

22 September 2006


Display parametersThe default setting for the valuesis printed in bold type.

Start page:– Use as start page Page 1 / Page 2 / … / Page 21– Page automatically in the foreground Inactive

Active– Delay 01:01

Display parameters:– Background illumination on for always on

2 min5 min10 min30 min1 h

– Send telegram after long operation No1 bit1 byte (0…255)1 byte (0%…100%)Lightscene/macro (1…32)

Only for 1 bit:– Send Off / OnOnly for 1 byte (0…255):– Send 255Only for 1 byte (0%…100%):– Send 0%Only for lightscene/macro (1…32):– Send 1

Only for SMARTtouch panel (colour):– Display screen saver Inactive

ActiveOnly for active screen saver:– Period between images 1:00


September 2006 23


Functional description: Touch sur-faces (Homepage)


Homepage

The start page of the panel is page 1by default but each of the 21 other pa-ges can be declared the start page. Ifa submenu (pages 2 to 21, system,“Extras”, alarm control unit or alarmmessages) has been retrieved via thetouch surfaces, the panel changesback automatically to the last operatorpage after a long period of inactivity.To do so, the parameter “Page auto-matically in the foreground” must beactivated. The preset delay after whichthe panel displays the start page is1:01 min and is adjustable.

Note:If you do not require the panel to re-vert back automatically to the startpage, you must ensure that all the hy-perlink functions concur with this i.e.you cannot create a page from whichthe user cannot access the previouspage or the start page. The previewwindow of the panel software offersthe opportunity to check the configura-tion of the various pages and their hy-perlink functions.

Hyperlink functions to submenus andoperator functions can also be crea-ted on the start page itself.

Monitoring function(only SMARTtouch)

A signalling function can also be re-trieved via any touch surface on thepanel. To do so, the touch surfacemust be assigned a hyperlink function.“Alarm control unit” must then be sel-ected in the hyperlink parameter.

In the dialog field “Monitoringfunction” which is retrieved via the firsttouch surface, the panel can be armedor deactivated and an overview of allthe alarm and fault messages can beretrieved.

Note:The monitoring function is not used toset up a VDS-certified alarm systembut merely offers the opportunity ofmonitoring e.g. windows, doors or in-terior rooms via EIB-type movementdetectors. It is not a replacement foran alarm system.

Please consider that the installationgoes into the disarmed mode after amains voltage failure, because thesetting of the inputs can be undefinedafter a mains voltage recovery. To pre-vent the case you have to buffer themains voltage over a UPS.

Inputs (Monitoring function)

The monitoring function can monitorup to 30 inputs. Each input has its own1-bit communication object available“Input ...”. The parameter “Number ofinputs” determines how many inputsare actually visible.

It can be set for each input via the pa-rameter “Type of input” whether it is awindow, a movement detector whichmay or may not be in the entrancearea, a “standard” door or one of threedoors in the entrance area. All inputswill treated in the same way up to themovement detector in th entrancearea, that means a arming is also pos-sible if the detector in the entrancearea is switched on.

Attention:In order that the installation do not ac-tivate directly after the arming, thetime delay up to the arming have to beset larger than the follow-up time ofthe movement detector.

Text can be freely assigned to eachindividual input via the parameter “De-scription of the input”. If an input isnow triggered on the panel, not onlythe input number is shown but also aclear text description such as “Ba-throom window open”.

The input objects are linked via groupaddresses with the sensor objects (bi-nary inputs, magnetic contacts, switch/key bolt contact, …) of the window,movement detector or doors that areto be monitored. The linked sensorsmust send their input signals, both “0”and “1”, cyclically on the bus so thatthe panel knows the status of the in-stallation at any time.

24 September 2006



The inputs are not monitored cyclical-ly by default. This can be set for eachindividual input via the parameter “Cy-clical monitoring of the inputs”.

If e.g. a movement detector is preven-ted from detecting movements throughsabotage, the panel notes the sabota-ged movement detector as it has notsent out any telegrams within the “Mo-nitoring time of inputs”. The panel thusautomatically sets the linked input tofault mode.

The “Monitoring time of inputs” can beadjusted and represents a compromi-se between a high bus load and sy-stem reliability. The monitoring timeshould be set too short, particularly inPowerline installations.

Note:Set the cyclic period of the sensors(binary inputs or movement detectors)to sensible values.Example:– Monitoring time of the inputs:

10 min– Cyclic period of the sensors:

4.5 minIt is therefore guaranteed that a tele-gram is received at least twice withinthe monitoring time.

If the mains voltage fails, the inputsinitially remain inactive on mainsvoltage recovery. The time until theinputs become active is set via the pa-rameter “Monitoring of inputs aftermains voltage recovery”.

If an ON telegram is set while the sys-tem is “armed”, the input is triggered.That means that the “Text for on” isentered in the panel in the list of moni-toring functions. If an input fails, the“Text for failure” is entered in the list offaults. Both the “Text for on” and the“Text for failure” can be freely set foreach input.

The monitoring function has two com-munication objects “Releasing inputs”and “Failure inputs” which can sendout the input states. The two objectscan adopt 1-byte or 14-byte values.This is dependent on the setting “Typeof output”.

In the case of a 1-byte output variable,when an input is triggered in the ar-med state, the number of the inputwhich has been triggered is sent tothe 1-byte object “Releasing inputs”. If

an input fails, the number of the inputwhich has failed is sent to the 1-byteobject “Failure inputs”.

If the “Type of output” is set to 14 by-tes, the “Message text at releasing” ofthe respective input is sent to the 14-byte object “Releasing inputs” whenan input is triggered. In the event of afault, the 14-byte object “Failure in-puts” sends the “Message text at failu-re” of the input. Both text elements canbe freely assigned to each input andcontain up to 13 characters.

The transmitted 14-byte text can opena pop-up window on the display withthe help of the alarm functionality,which immediately displays a visualand/or acoustic fault or a trigger. Theuser does not therefore need to firstchange to the list of alarm and faultmessages but sees directly that thereis a problem with the installation.

If at least one input has a fault, the in-stallation can be armed directly. Theinput or inputs must first be acknow-ledged in order to arm the system. Thefaulty inputs are removed from the mo-nitoring as a result. The acknowledge-ment can either be carried out directlyon the panel or via the 1-bit communi-cation object “Failure reset inputs”.

Example:The installation should be armed ex-ternally at an entrance door with thehelp of a key-operated switch. The mo-vement detector in the cellar is howe-ver currently faulty i.e. it no longersends a cyclical telegram and is thusfaulty. So that the user can still arm hissystem, he must first acknowledge thefaulty input. This can e.g. be carriedout via a 1-fold switch sensor.

September 2006 25



Note:Using this function, it is possible toarm the installation even if an input isfaulty. The input is temporarily remo-ved from the monitored installationthrough the acknowledgement.

If the parameter “Delete failure mes-sage at external display” is set to“yes”, a so-called zero string is sent tothe object “Failure inputs” in the eventof a fault acknowledgement with thevalue zero. This means that a tele-gram is sent whose useful informationconsists of bits with the value “0”. Dis-play text on an external display is thusreset.

Arming (Monitoring function)

The installation can be armed inter-nally or externally. Internally meansentering a four-digit PIN code directlyon the panel. This is defined via thesetting “Code for arming/disarming”.The code can however also be modi-fied by the user. To do so, the old codemust be entered once and the newcode must be entered twice.

Note:Please note the setting “Overwritecode at download”. If “yes” is selected,the code which has been modified bythe user is overwritten with the origi-nal code after each reconfiguration ofthe panel.

The system can be armed externallyvia a maximum of three 1-bit commu-nication objects “Arming ...”. Each ob-ject can be controlled via a separategroup address. This is necessary if thesystem should be armed from severalentry doors. It is defined via “Numberof entry doors” whether one, two orthree arming objects are displayed.

If the installation was armed external(e. g. over a key switch), it can be dis-armed over these or over the PIN-Code at the panel. If it will be disar-med over the PIN-Code, all objects(Arming 1 up to 3) will be reset. At thesame time the objects send the valuezero on the bus (to reset the activationdevice like e. g. a key switch).

Note:If the installation was armed over twoor three external activation devices, itcan be disarmed either central at thepanel over the PIN-Code, wherebyalso all external arming objects will be

reset, or “all” external activation de-vices have been set to “disarmed” oneafter the other. After that the installati-on goes into the disarmed mode. Thena disarming switch at the panel is notnecessay.

When the system is armed, all the in-put objects must send the value “0”cyclically i.e. all the windows must beclosed and the movement detectorscannot report any movement. If theinput should not send any “0” valuescyclically due to a fault, the panel canbe acknowledged directly via the pa-nel or via the object “Failure reset in-puts” of the input i.e. removed from themonitoring. It is then possible to armthe system.

&

>1Arming internal

Armed

Arming external 1Arming external 2Arming external 3

Lock Arming

The system can be armed via the first“Arming” object, the second object orthe third. The inputs are linked with anOR function. In addition, an “Activatearming” object is enabled via a corre-sponding parameter. If the object isvisible, arming is enabled with an ONtelegram. An OFF telegram disablesthe possibility of arming the system.

Once the panel has been armed, adelay period elapses until the panel isactually triggered by an input signal.The period is set via “Time delay atarming”. If e.g. the panel is located inthe entrance area of a house, the usermust still be given the opportunity toleave the house before the system isarmed. If this delay did not exist, inmany cases an alarm would alwaysbe triggered immediately after armingthe system.

Armed status (Monitoring function)

It is indicated via two 1-bit communi-cation objects that the system is in thearmed state. The object “Armed status”sends an ON telegram as soon as thesystem is armed (once the “Timedelay at arming” has elapsed). If thesystem is disarmed, the object sendsan OFF telegram. It would therefore bepossible e.g. for an LED of a switchsensor which is mounted at an entran-ce door to be switched.

The second object “Armed status flas-hing” must first be enabled via the cor-

26 September 2006



responding parameter. A telegram se-quence is then sent via this objectonce the system is armed so that e.g.an external lamp flashes three times.The user who has armed his housevia a key bolt contact is therefore in-formed before he reaches his housethat the system is now set. Dependingon the status of the actuator, six tele-grams are sent with the following use-ful information:

1 - 0 - 1 - 0 - 1 - 0 or0 - 1 - 0 - 1 - 0 - 1

Alarm (Monitoring function)

If an ON telegram is received at aninput in the armed state, the panel trig-gers an alarm. There are four differentalarm messages (objects).

Internal alarm:The internal alarm is triggered imme-diately and without a delay. An ON te-legram is sent to the 1-bit communica-tion object “Internal alarm”. This couldtrigger an additional horn in the houseor be linked with the alarm function ofthe panel itself. In the latter case, amessage and if necessary a signaltone is displayed/triggered at the pa-nel itself.

AlarmThe alarm is a continuous alarm andis sent via the 1-bit communicationobject “Alarm” with a time delay. The“Time delay as long as alarm release”can be set. A warning lamp for examp-le could be addressed via this object.Example:A system has been armed directly onthe panel in the hallway. The user co-mes home and automatically triggersan internal alarm. He now has the“Time delay as long as alarm release”to prevent an acoustic signal e.g. anoutdoor siren.

Alarm impulseThe 1-bit object “Alarm impulse” isused to address a horn in front of thehouse. In the event of an alarm, thismay only be triggered for maximum 3min (legal regulation). This means thatan ON telegram is sent to the objectonce the “Time delay as long as alarmrelease” has elapsed. The period“Time of the external audio signal”now starts. If this has elapsed, an OFFtelegram is sent. The “Time of the ex-ternal audio signal” can be set to 1min, 2 min or 3 min.

Silent alarmThe silent alarm is retrieved by en-tering the PIN code for the silentalarm.Example:An intruder has entered the house inthe night and forces the owner to can-cel the alarm. Normally, the ownerwould enter the PIN code to deactiva-te the system and the system wouldbe disarmed. If he however enters thePIN code for the silent alarm, the ob-jects “Alarm”, “Internal alarm” and“Alarm impulse” are reset but the 1-bitcommunication object “Silent alarm”sends an ON telegram. A telephonedialling device or similar could beaddressed via this object.

The PIN code for the silent alarm isdefined in the panel software in a si-milar way to the PIN code for arming/disarming the system. The user canmodify the PIN code, whereby hepresses the touch surface that is assi-gned the monitoring function and re-trieves the function “Code for silentalarm” in the subsequent window(only visible in the disarmed state).

Input failure if armed(Monitoring function)

If an input failure occurs while the sys-tem is armed, this does not trigger analarm. To inform the user about thisinput failure, there is the 1-bit commu-nication object “Inputs failure if ar-med”. In the event of faults, an ON te-legram is sent via this object.

Installation status (Monitoringfunction)

As soon as the status of the panelchanges, the new status is sent viathe object “Installation status”. The ob-ject is 1 bit or 14 bytes dependent onthe setting “Type of output variable”.The system knows two or three diffe-rent states depending on the objecttype.1-bit object type:– set/ready to set (value 0)– unset (value 1)

14-byte object type (output in cleartext):– unset– ready to set– set

September 2006 27


Living room

Floor

Kitchen

Bathroom

MC5 MC6

MC4

MC3

MC2 MC1

Entrance door 1with switch/key bolt contact

MD1

MD2

Outdoor light

Example: Detached house

BM1 and BM2:Movement detectors

MK1 to MK6:Magnetic contacts


The diagram above shows an applica-tion example for the monitoringfunction of the SMARTtouch panel.

The states of the magnetic contactsMC1 to MC6 and the switch/key boltcontact of the entrance door are recor-ded with binary inputs or universalinterfaces and sent on the EIB. Thedetectors MD1 and MD2 are EIB mo-vement detectors and send their si-gnals immediately on the bus.

The magnetic contacts and the move-ment detectors are linked via groupaddresses/actions with the inputs ofthe panel. The switch/key bolt contactwith a group address is assigned toan arming object.

When the user leaves the house, hearms the system by locking up. If theexternal light is also controlled viaEIB, it can signal via the object “Ar-med status flashing” that the system isnow armed. If the user does not recei-ve a flashing status, he knows thatthere is a problem with the installation.A window is still open perhaps.

The following table indicates whichvalues are sent for the different bit si-zes:

State 1 bit 14 byteSet 0 UnsetReady to set 0 Ready to

setSet 1 Set

28 September 2006


Communication objectsfor signalling function (with 1-bytesignals and 1-bit installation status)

Communication objectsfor signalling function (with 14-bytesignals and 14-byte installation status)


Function ApplicationSignalling function Inactive

Signalling function

Only if signalling function is active:Touch surface in left footer Hyperlink functionTouch surface in right footer Hyperlink function

No. Type Object name Function0 1 bit Arming 1 Send/Receive1 1 bit Arming 2 Send/Receive2 1 bit Arming 3 Send/Receive3 1 bit Activate arming Receive4 1 bit Alarm Send5 1 bit Internal alarm Send6 1 bit Silent alarm Send7 1 bit Alarm impulse Send8 1 bit Armed status Send9 1 bit Armed status flashing Send

10 1 byte Releasing inputs Send11 1 byte Failure inputs Send12 1 bit Failure reset inputs Receive13 1 bit Inputs failure if armed Send14 1 bit Installation status Send15 1 bit Entry 1 Receive16 1 bit Entry 2 Receive17 1 bit Entry 3 Receive18 1 bit Entry 4 Receive19 1 bit Entry 5 Receive20 1 bit Entry 6 Receive21 1 bit Entry 7 Receive22 1 bit Entry 8 Receive23 1 bit Entry 9 Receive24 1 bit Entry 10 Receive25 1 bit Entry 11 Receive26 1 bit Entry 12 Receive27 1 bit Entry 13 Receive28 1 bit Entry 14 Receive29 1 bit Entry 15 Receive30 1 bit Entry 16 Receive31 1 bit Entry 17 Receive32 1 bit Entry 18 Receive33 1 bit Entry 19 Receive34 1 bit Entry 20 Receive35 1 bit Entry 21 Receive36 1 bit Entry 22 Receive37 1 bit Entry 23 Receive38 1 bit Entry 24 Receive39 1 bit Entry 25 Receive40 1 bit Entry 26 Receive41 1 bit Entry 27 Receive42 1 bit Entry 28 Receive43 1 bit Entry 29 Receive44 1 bit Entry 30 Receive

No. Type Object name Function…10 14 byte Releasing inputs Send11 14 byte Failure inputs Send…14 14 byte Installation status Send…

Functional description of the signal-ling function

September 2006 29


Parameters for left touch surfaceThe default setting for the valuesis printed in bold type.

Parameters for right touch surfaceThe default setting for the valuesis printed in bold type.

Parameters for signalling functionThe default setting for the valuesis printed in bold type.

Input parametersThe default setting for the parametersis printed in bold type.


– Name of touch surface <Text>– Jump to page Page 1 / Page 2 / … / Page 21 /

System / Extras / Alarm control unit /Alarm messages

– Name of touch surface <Text>– Jump to page Page 1 / Page 2 / … / Page 21 /


General:– Code for arming/disarming 0000

(0000…9999)– Code for silent alarm 0000

(0000…9999)– Overwrite code at download No / Yes– Number of entry doors None (internal monitoring)

123

– Type of arming/disarming Internal lock/PIN code/push buttonBlock lockExternal lock/PIN code/transponderBolt switch contact

– Monitoring time of inputs 1 min / 3 min / 5 min / 10 min / 20 min /30 min

– Number of inputs 8(1…30)

– Monitoring of inputs after 20 s / 30 s / 1 min / 5 min / 10 minmains voltage recovery

– Time delay at arming None / 10 s / 15 s / 20 s / 25 s / 30 s /35 s / 40 s / 1 min

– Time delay as long as None / 10 s / 15 s / 20 s / 25 s / 30 s /alarm release 35 s / 40 s / 1 min

– Time of the external audio signal 1 min / 2 min / 3 min– Activate arming via object No / Yes– Armed status flashing No / Yes– Delete failure message at No / Yes

external display– Type of output 1 Byte / 14 Byte

Separate for each input:– Type of input … Window

Watch dog sensorWatch dog sensor in the entry areaDoor (not in the entry area)Entry door 1Entry door 2Entry door 3

– Description of the input <Text>– Text for on <Text>– Text for failure <Text>– Message text at releasing <Text>

(max. 13 characters)– Message text at failure <Text>

(max. 13 characters)– Cyclical monitoring of the inputs Inactive

Active

30 September 2006



Up to 21 independent pages can becreated in the panel. Either 5 or 10touch surfaces or 8 symbols can berepresented on a page. Each touchsurface or symbol can be assignedone of the following functions:– Switch– Push button– Dimmer– Shutter– Lightscenes external input

(1 bit or 1 byte)– Macro number– Room thermostat– Values (1 byte or 2 byte)– Floating point value– Counter– Text– Hyperlink function

Alternatively, a page can be used forcontrolling media. If a page is assi-gned the media control function, ope-rating elements for the following me-dia are available (parameter setting:media device):– CD– TV– DVD– Video– Tuner

The operating elements for mediacontrol can adopt the push button anddimmer functions (see also the des-cription of the pushbutton and dim-mer). That means that if a page is assi-

gned the function of media control,“normal” EIB/KNX telegrams are sentvia this page. Media devices are re-quired in addition which can evaluatethese push button or dimmer tele-grams.

Each touch surface can adopt variousfunctions. Depending on the set func-tion, the panel software displays diffe-rent communication objects and para-meters.

The “Name of touch surface” is alwayson the left-hand side of the touch sur-face. This can be freely assigned toeach touch surface with the corres-ponding parameter.

The status display is on the right-handside of the touch surface. This can eit-her be a symbol or text.

Functional description of touch sur-faces/symbols (page 1 …21)

Page setup with 5 touch surfaces,10 touch surfaces, 8 symbols or mediacontrol (from left to right)

September 2006 31



If this button is “Active”, a windowopens when the touch surface is ope-rated. The “Name of touch surface”appears in the window as a heading.The buttons (designated here with“ON” and “OFF”) can be describedwith text or adopt symbols. This opera-tion mode is set by default (“Operati-on” parameter, “via pop-up window”).

Some touch surfaces can also send avalue directly on the bus (“Operation”parameter, “Direct”). That means thatno further windows are opened whenthe touch surface is pressed. Instead,the preset value e.g. “Send ON tele-gram” is sent directly. For some touchsurfaces, the panel detects in additionwhether the touch surface has beenpressed on the right- or left-hand side.Depending on the side that is pres-sed, the device is switched on or off,dimmed brighter or darker or a shutteris raised or lowered.

As soon as a touch surface is opera-ted, the panel sends a correspondingtelegram to the linked communicationobject. In some windows, a slide ruleappears in addition to the buttons. Ifthe button on the slide rule is set to anew position, the linked object alsosends the new value automatically.

If the status display or the button de-scription should adopt a symbol, it canbe selected from a pull-down menu.The panel software always indicatesall the context-related symbols. (Seealso the parameter listings of the indi-vidual functions)

If the predefined symbols are insuf-ficient, there is the possibility of inte-grating user-defined symbols in thepanel and then displaying them on theindividual touch surfaces or dialogwindows. They must previously beread in via the function “Edit”, “Mana-ge symbols...” (see also the functionsof the panel software “Inserting sym-bols”).

If user-defined symbols have beenimported, they can be selected under“Button description” or “Status display”with the setting ”User-defined symbol”.It is advisable to keep the previewwindow open in order to have directcontrol as to whether the importedsymbol matches the total image.

Switch

If the function of the touch surface isdefined as “Switch”, the panel sendsON or OFF telegrams via the associa-ted 1-bit object “Switch”.

In the default setting, the touch sur-face sends OFF telegrams when theright-hand side is pressed and sendsON telegrams when the left-hand sideis pressed. The method of operation ofthe touch surface can be inverted viathe parameter “Behaviour”.

An additional 1-bit communication ob-ject “Status feedback” can be enabledvia the parameter “Status display viastatus feedback”. If a switch actuatorhas a separate status feedback ob-ject, this additional object can be usedto check whether the actuator has ac-tually been switched. Otherwise, theconfirmation is always displayed inthe panel that a touch surface hasbeen operated.

Note:The use of a status feedback objectshould be undertaken with care in Po-wernet installations since Powernettelegrams are sent at a slower speed(1200 Bit/s) than Twisted Pair telegrams(9600 Bit/s). The bus load must therefo-re be kept as low as possible for Po-wernet.

32 September 2006



Push button

In the “Push button” function, a touchsurface has either one or two commu-nication objects. They can be 1-bit or1-byte objects. ON, OFF, TOGGLE orvalue telegrams can be sent on theEIB via the object or both objects. Thenumber of objects is set via the corre-sponding parameter while the size ofthe communication objects is set via“Object type”.

For 1-bit communication objects, thepulse edge can be set individually. Inthe “Push button” function, there is a1-bit communication object “Switch”available for defined switching. ON,OFF or TOGGLE telegrams can besent on the EIB via this object.

The touch surface can thus be adap-ted to a wide variety of applications. Ife.g. inching mode should be imple-mented, the setting “Send on at risingedge, off at falling edge” should beselected.

In the 1-byte object selection, valuesfrom “0” to “255” or from “0%” to “100”can be sent via the push buttonfunction.

Dimmer

With the “Dimmer” function, an ON orOFF command is sent to the 1-bit com-munication object “Switch” after ashort operation of the correspondingtouch surface. If the surface is opera-ted for a longer period, the panelsends commands for dimming brighteror darker to the 4-bit object “Dim”. Ifthe touch surface is released after along operation, the panel immediatelysends the command “Stop dimming”.

The behaviour of the buttons can beset. This means it is possible to dimbrighter or darker via the left or rightbutton (switch on, off or toggle).

The status display of the button canalso display the direct value(0%…100% or 0…255) as an alterna-tive to the text or symbol display. To doso, the 1-byte object of the touch sur-face must first be linked with that ofthe dimming actuator.

An additional 1-bit or 1-byte communi-cation object “Status feedback” can beenabled via the parameter “Status dis-play via status feedback”. If a switch

actuator has a separate status feed-back object, this additional object canbe used to check whether the actuatorhas actually been switched or the per-centage value indicated by the dim-ming actuator output.


Shutter

In the “Shutter” function, the touch sur-face has two 1-bit communication ob-jects “Move” and “Step”. After a longoperation, the panel sends telegramsto the linked shutter actuators to raiseor lower the shutters. After a shortoperation, it sends telegrams to stopshutter movement or for louvre adjust-ment.

With the setting “Behaviour”, it is defi-ned whether the shutter moves up-wards or downwards when the right orthe left touch surface is pressed.

Two additional 1-bit or 1-byte commu-nication objects “Status feedback” canbe enabled via the parameter “Statusdisplay via status feedback”. In thecase of two 1-bit status feedback ob-jects, one of the objects is used to dis-play the state “Shutter UP“ and theother is used to display “ShutterDOWN”. The current actual position ofa shutter can be read at the 1-byte ob-ject. Shutter actuators which can sendtheir current status via additional com-munication objects are a prerequisitefor using status feedback objects.


The shutter function has an additionalcommunication object “Wind alarm”. Ifa wind alarm function has been inte-grated for example in the installation

September 2006 33


via a weather station, the object canbe used to inform the user that a windalarm has been triggered. In the eventof a wind alarm (ON telegram), a pro-hibition sign appears on the push but-ton and the operation is disabled.

Lightscenes external input (1 bit)

In the function “Lightscenes externalinput (1 bit)”, the touch surface has a1-bit communication object. Two light-scenes can be sent via this object. Oneach operation of the pulse edge, theactive lightscene changes (from 0 to1, from 1 to 0).

Lightscenes external input (1 byte)

With the function “Lightscenes exter-nal input (1 byte)”, one of 32 lightsce-nes can be sent via a 1-byte commu-nication object. The setting “Lightsce-ne number” defines which lightsceneis sent.

The user has the option of storinglightscenes himself. To do so, the pa-rameter “Store scene by long push”must be set to “possible”. After a longoperation of the touch surface (> 3 s),a bit is additionally set to “1” in the 1-byte lightscene telegram. A lightscenemodule (generally the LEANtouch/SMARTtouch panel) therefore knowsthat the requested lightscene shouldbe stored and not retrieved. (See also“Functional description: Lightscenes”)

Note:If lightscenes are called, which are putdown in the LEAN-/SMARTtouch pa-nel, the call should be made by aninternal group address. Take care, thatevery touch surface object, whichshould send out lightscenes, and thelightscene number object of the light-scene function, is linked via a com-mon internal group address. Whichlightscene number will be send outby the single touch surface, is set inthe parameters of the respective touchsurface.

Macro number

A touch surface can be linked with themacro actuator function via the “Macronumber” function, at best via an inter-

nal address. The macro number whichhas been specified via the “Macronumber” setting is sent via the 1-bytecommunication object “Macro num-ber”.

A “new” macro can be stored via along push button action (approx. 3 s).This means that the user can save se-veral functions as a macro which hecontinually retrieves and thus all thestored functions can be retrieved insequence via a single operation of themacro touch surface.

In the “Save macros” mode, the paneldisplays a dialog after each executedfunction in which the user can definewhether or not he wishes to save thisfunction in the macro. At the sametime, he can finish the storing ofmacros in the same window. Up to 20functions can be stored in a macro.

Value (1 byte, 2 byte)

The “Value” function causes the touchsurface to send value telegrams viathe associated “Value” object. Depen-ding on whether the function “Value (1byte)” or “Value (2 byte)” has been sel-ected, the communication object is 1byte or 2 bytes in size.

The 1-byte value function can displayor send the following physical varia-bles:– Brightness– Wetness (display only)


34 September 2006


– Volume– Value– Temperature offset– Current (display only)– Wind direction (display only)

The 2-byte value function has the fol-lowing variables by default:– Temperature– Illumination– Wind forceThe values will be send out direct du-ring the operation of the slide control.

The respective physical variables aredefined via the parameter “Displaytype”. There is also the possibility ofsetting the “Display type” to “free sca-lable” for both values (1 byte and 2byte). Other values than the preset va-lues can thus also be displayed.

You can set the object value and thedisplay value separate over the selec-tion „freely scalable“. The object valueis the value, which is send out overthe 1-Byte- resp. 2-Byte-Object „Va-lue“. The maximum resp. minimum ob-ject value, as well as the smallestresp. largest display value can be setindividual (0…255 at 1-Byte, -99.999…+99.999 at 2-Byte). By this itis possible to show a larger value andat the same time the send out valueslimited on a smaller area.

With the freely scalable setting, it ispossible to parameterise the numberof decimal places, the minimum andmaximum object value and the mini-mum and maximum display value.

If the touch surface is pressed (“showand send”), the panel indicates a sliderule in the open window. The individu-al values can be set via this slide. Adisplay in the upper section of the win-dow indicates the exact value. The va-lue is adjusted upwards or down-wards by the smallest possible unitvia the fields “On” or “Off”.

Floating point value

With the “Floating value” function, atouch surface can display and/or senda value of -99,999 to +99,999. There isa 4-byte communication object “Floa-ting point value” available for thisfunction.

If the “Floating value” touch surface ispressed, the panel displays a sliderule and three buttons in the openwindow. Values can be set intuitivelyvia the slide rule by adjusting the con-trol button. Depending on the setting,the value can be increased or de-creased via the buttons. The valueswill be send out directly during theoperation of the slide control.

The displayed or transmitted valuescan adopt up to three decimal places,depending on the setting. The defaultsetting is a percentage value(0…100%).

The object value and the display va-lue can be set separately in the para-meters. The object value is the valuewhich is sent via the 4-byte object“Floating point value”. The maximumor minimum object as well as thesmallest or largest display value canbe set individually (from-99,999 to +99,999). It is thereforepossible to display a larger value andto simultaneously limit the transmittedvalue to a smaller range.


September 2006 35


Room thermostat

If the function of the touch surface isdefined as “Room thermostat”, thetouch surface is used to control aroom thermostat in order to changeoperating mode in the thermostat.

Since the room thermostat touch sur-face is an active button, a window withthree further buttons “Standby”, “Com-fort” and “Night” opens when it is pres-sed. Each of these three buttons has a1-bit communication object by default.The objects “Comfort/Standby”,“Night” and “Frost/heat protection” arelinked via a group address to objectswith the same names in a room ther-mostat.

Room thermostats in accordance withthe KNX standard have the option oftoggling between operating modes viaa 1-byte communication object. To beable to operate this room thermostat,the setting “Toggle operating modes”must be modified to “1 byte”. The sizeof the 1-byte value corresponds to theoperating mode in this case and isdefined in the same way in both thepanel and the room thermostats, inaccordance with the KNX standard.

The actual temperature can be readvia the pop-up window which opensonce the touch surface is pressed.This function must be activated be-forehand by the corresponding para-meters. The operating mode and theactual temperature are not only dis-played in the pop-up window but alsoon the button itself.

Note:The integrated room thermostat of thepanel is retrieved via a push buttonaction on the temperature display inthe bottom line of the display.

Counter

If a touch surface is assigned the func-tion “Counter”, it is used to indicatecounter contents. These can be countswith and without leading signs. It de-pends on the setting “Display type” asto whether the display has a leadingsign.

Three different bit sizes can be dis-played. It is defined directly via thefunctional selection whether a 1-byte,2-byte or a 4-byte count should be dis-played. Depending on the selection, a1-byte, 2-byte or a 4-byte communica-tion object “Counter value” is availa-ble for receiving new count values.

Text

The “Text” function enables a 14-bytelong text element to be displayed onthe touch surface or sent. The functionhas a 14-byte communication object“Text” for receiving and sending text.

It is defined via the “Text” setting in theparameters whether the text shouldonly be displayed or displayed andsent. If text should also be sent, thetext is defined in the field “Messagetext”. The text may be 13 characterslong.

Hyperlink function

Each touch surface can be assigned ahyperlink function. This means that bypressing the touch surface, it is possi-ble to change to any page (pages 1 to21), to the system page, to the “Extras“page, to the alarm control unit or tothe page with the alarm messages.

As the combination of pages is unli-mited, it is important to keep the pagestructure at the forefront during theplanning stage.


36 September 2006


Example 1:In a detached house, the panel startswith the following options:– Lounge– Kitchen– Bedroom– Children‘s room 1– Children‘s room 2– Study– Further rooms– House scenes– Alarm messages– Alarm control unit

The two footer buttons refer to the sy-stem page and the “Extras” page. Onthe “Further rooms” page, the usergains access to the following:– Hallway– Cellar– Attic– etc.

Example 2:In a conference room, the panel startswith the following options:– Scene selection– Lighting– Shutters– Heating– System

Note:The preview window in the panel soft-ware can be very helpful during theconfiguration. All the hyperlinkfunctions for individual pages can betested here without having to load theproject into the panel. It would be un-fortunate to have defined a hyperlinkfunction to a page from which the usercannot change back. The panel musttherefore be recommissioned and thisis only possible by temporarily isola-ting the voltage.

An additional 1-bit communication ob-ject “Status feedback (Receive)” canbe enabled via the parameter “Statusdisplay via status feedback”. The sta-tus of the object is then displayed onthe touch surface e.g. “ON” or “OFF”.


September 2006 37



Functional description of operatorfunction pages 1…21

Functional description of operatorfunction touch surfaces/symbols(pages 1…21)

Function ApplicationPage 1 Inactive

Operator functionMedia control

Page 2 InactiveOperator functionMedia control

…Page 21 Inactive

Operator functionMedia control

Function ApplicationTouch surface 1 (symbol 1) Inactive

SwitchPush buttonDimmerShutterLightscenes extension input (1 bit)Lightscenes extension input (1 byte)Macro numberValue (1 byte)Value (2 byte)Floating point value (4 byte)Room thermostatCounter (1 byte)Counter (2 byte)Counter (4 byte)TextHyperlink function

…Touch surface 10 (symbol 8) Inactive

SwitchPush buttonDimmerShutterLightscenes extension input (1 bit)Lightscenes extension input (1 byte)Macro numberValue (1 byte)Value (2 byte)Floating point value (4 byte)Room thermostatCounter (1 byte)Counter (2 byte)Counter (4 byte)TextHyperlink function

Touch surface of left footer Hyperlink functionTouch surface of right footer Hyperlink function

38 September 2006



Communication objectsfor “Switch” touch surfaces (Controlpage)

Communication objectsfor “Push button” touch surfaces(Control page)

Communication objectsfor “Dimmer” touch surfaces (Controlpage) with 1-bit status feedback

Communication objectsfor “Dimmer” touch surfaces with1-byte status feedback

Communication objectsfor “Shutter” touch surfaces with 1-bitstatus feedback

Communication objectsfor “Shutter” touch surfaces with 1-bytestatus feedback

Communication objectsfor “1-bit lightscenes” touch surfaces(Control page)

Communication objectsfor “1-byte lightscenes” touch surfaces(Control page)

Communication objectsfor “Macro” touch surfaces

Communication objectsfor “1-byte value” touch surfaces(Control page)

Communication objectsfor “2 byte value” touch surfaces(Control page)

Communication objectsfor “Floating value” touch surfaces(Control page)

No. Type Object name Function0 1 bit Switch Send/Receive1 1 bit Status feedback (1 bit) Receive

No. Type Object name Function0 1 bit Switch Send/Receive

No. Type Object name Function0 1 bit Switch Send/Receive1 4 bit Dim Send2 1 byte Value Receive3 1 bit Status feedback Receive

No. Type Object name Function…

3 1 byte Value Receive

No. Type Object name Function0 1 bit Move Send/Receive1 1 bit Step Send2 1 bit Wind alarm Receive3 1 bit Value (Status feedback) 1 bit, raise Receive4 1 bit Value (Status feedback) 1 bit, lower Receive

Nr. Typ Objektname Funktion…

3 1 byte Value (Status feedback) 1 byte Receive

No. Type Object name Function0 1 bit Lightscene number Send/Receive

No. Type Object name Function0 1 byte Lightscene number Send/Receive

No. Type Object name Function0 1 byte Macro number Send/Receive

No. Type Object name Function0 1 byte Value Send/Receive

No. Type Object name Function0 2 byte Value Send/Receive

No. Type Object name Function0 4 byte Floating point value Send/Receive

September 2006 39


Communication objectsfor “Room thermostat” touch surfaceswith 1-bit toggling of operating mode

Communication objectsfor “Room thermostat” touch surfaceswith KNX 1-byte toggling of operatingmode

Communication objectsfor “2-byte counter” touch surfaces(Control page)



Communication objectsfor “Text” touch surfaces (Control page)

Communication objectsfor hyperlink functions with statusfeedback

No. Type Object name Function0 1 bit Standby/Comfort Send/Receive1 1 bit Night Send/Receive2 1 bit Frost/heat protection Send/Receive3 2 byte Actual value Receive

No. Type Object name Function0 1 byte Toggling of operating mode Send/Receive

…

No. Type Object name Function0 2 byte Counter value Receive



No. Type Object name Function0 14 byte Text Send/Receive

No. Type Object name Function0 1 bit Status feedback (Receive) Receive


40 September 2006



– Name of page <Text>– Representation of operator page 5 touch surfaces

10 surfaces8 symbols

– Name of button <Text>– Operation Direct

Via pop-up– Behaviour Left=Off, Right=On

Left=On, Right=Off– Status display Text

SymbolUser-defined symbol

Only if “Text” is selected:– Text for on On– Text for off OffOnly if “Symbol” is selected: (see below)

– Status display via status feedback No / Yes– Button description Text


Only if “Text” is selected:– Text for on On– Text for off OffOnly if “Symbol” is selected: (see below)

Symbols for status display ON/OFF:

Symbols for button description ON/OFF:

Page parameters (page 1…21)The default setting for the valuesis printed in bold type.

Parameters: “Switch” touch surfaceThe default setting for the valuesis printed in bold type.

Symbols for “Switch” or “Push but-ton” touch surface

September 2006 41



Via pop-up with single buttonoperation

– Number of objects 1 / 2– Object type 1 bit

1 byte (0…255)1 byte (0%…100%)

Only for 1 bit and 1 object:– Behaviour send OFF on rising edge

send OFF on falling edgesend OFF for both edgessend ON on falling edgesend OFF on rising edge, send ON onfalling edgesend ON on rising edgesend ON on rising edge, send OFF onfalling edgesend ON for both edgessend TOGGLE on rising edgesend TOGGLE on falling edge

Only for 1 bit and 2 objects:– Behaviour send OFF on rising edge (object 1),

send ON on falling edge (object 2)

send OFF on rising edge, send ON onfalling edge (objects 1 and 2)

send ON on rising edge (object 1),send OFF on falling edge (object 2)

send ON for both edges (objects1 and 2)

Only for 1 byte (0…255) and 1 object:– Value 1 0– Behaviour send value 1 on rising edge

send value 1 on falling edgesend value 1 for both edges

Only for 1 byte (0…255) and 2 objects:– Value 1 0– Value 2 255– Behaviour send value 1 (object 1) on rising

edge, send value 2 (object 2) onfalling edgesend value 2 (object 2) on risingedge, send value 1 (object 1) onfalling edge

Only for 1 byte (0%…100%) and 1 object:– Value 1 0%– Behaviour send value 1 on rising edge

send value 1 on falling edgesend value 1 for both edges

Only for 1 byte (0%…100%) and 2 objects:– Value 1 0%– Value 2 100%– Behaviour send value 1 (object 1) on rising

edge, send value 2 (object 2) onfalling edgesend value 2 (object 2) on risingedge, send value 1 (object 1) onfalling edge

Parameters: “Push button” touchsurfaceThe default setting for the valuesis printed in bold type.


42 September 2006



– Button description TextSymbolUser-defined symbol

Only if “Text” is selected:– Button text Push buttonOnly if “Symbol” is selected: (see below)

– Display switching status TextSymbolUser-defined symbolValue

Only if “Text” is selected:– Text for 1 On– Text for 0 OffOnly if “Symbol” is selected: (see below)Only if “Value” is selected:– Value 1 1– Value 2 0

Symbols for status display ON/OFF:

Symbols for button description ON/OFF:

Parameters: “Push button” touchsurfaceThe default setting for the valuesis printed in bold type.

Symbols for “Push button” touchsurface

September 2006 43


Parameters: “Dimmer” touch sur-faceThe default setting for the valuesis printed in bold type.


Via pop-up– Behaviour Left brighter on, right darker off

Left darker off, right brighter onLeft brighter toggle, right darker toggleLeft darker toggle, right brighter toggle

– Button description TextSymbol


Via pop-upOnly if “Text” is selected:– Text for ON resp. brighter On– Text for OFF resp. darker OffOnly if “Symbol” is selected: (see below)

Status display via status feedback No1 bit1 byte (0%…100%)1 byte (0…255)

Only for 1-bit status feedback:– Display switching status Text


Only if “Text” is selected:– Text for ON resp. brighter On– Text for OFF resp. darker OffOnly if “Symbol” is selected: (see below)

Only for 1-byte status feedback:– Display switching status Direct value display

Symbols for button description ON/OFF or brighter/darker:

Symbols for status display ON/OFF or brighter/darker:


44 September 2006



Parameters: “Shutter” touch surfaceThe default setting for the valuesis printed in bold type.


Via pop-up– Behaviour Left=up/right=down

Left=down/right=up– Status feedback object No

1 bit1 byte


Only if “Text” is selected:– Text for 1 resp. down Down– Text for 0 resp. up UpOnly if “Symbol” is selected: (see below)

– Display switching status TextSymbolUser-defined symbol

Only if “Text” is selected:– Text for lower DOWN– Text for raise UPOnly if “Symbol” is selected: (see below)

Symbols for button description 1-0 or UP/DOWN:

Symbols for status display 1-0 or UP/DOWN:

September 2006 45


Parameters: “1-bit lightscenes”touch surfaceThe default setting for the valuesis printed in bold type.


Via pop-up– Lightscene number 0 / 1– Store scene by long not possible

push– Button description Text


Only if “Text” is selected:– Text for lightscene call StartOnly if “Symbol” is selected: (see below)


Only if “Text” is selected:– Text if scene is active ActiveOnly if “Symbol” is selected: (see below)

Symbols for button description “Lightscene retrieval”:

Symbols for status display if scene is active:


46 September 2006



Parameters: “1-byte lightscenes”touch surfaceThe default setting for the valuesis printed in bold type.


Via pop-up– Lightscene number 1 / 2 / 3 / … / 31 / 32– Store scene by long not possible

push possible– Button description Text


Only if “Text” is selected:– Text for lightscene call StartOnly if “Symbol” is selected: (see below)


Only if “Text” is selected:– Text if scene is active ActiveOnly if “Symbol” is selected: (see below)

Symbols for button description “Lightscene retrieval”:

Symbols for status display if scene is active:

September 2006 47



Parameters: “1-byte value” touchsurfaceThe default setting for the valuesis printed in bold type.

– Name of button <Text>– Display type Brightness

WetnessVolumeValueTemperature offset (-5K…+5K)CurrentWind directionfree scalable

Only for brightness, volume and value:– Value show only

show and send– Range of values 0% to 100%

0 to 255Only for “show and send”:– Button description Text

SymbolOnly if “Text” is selected:– Text for value increasing On– Text for value lowering OffOnly if “Symbol” is selected: (see below)

Only for wetness:– Value show only– Range of values 0% to 100%

0 to 255Only for temperature offset:– Value show and send

– Range of values -5K to +5K– Button description Text


Parameters: “Macro” touch surfaceThe default setting for the valuesis printed in bold type.

– Name of button <Text>– Save macro via long push button Possible

action– Display switching status Text


Only if “Text” is selected:– Text if macro is active ActiveOnly if “Symbol” is selectedl: (see below)

– External retrieval via 1 byte– Macro number 1 / 2 / 3 / … / 31 / 32

Symbols for status display if macro is active:

48 September 2006


Only for current:– Value show only– Range of values 0 to 51.5 mA

0 to 25.5 AOnly for “free scalable”:– Text for Unit <Text>– Decimal places 0 / 1 / 2– Minimum object value 0…255– Maximum object value 0…255– Lowest display value 0…255– Highest display value 0…255– Value show only

show and sendOnly for “show and send”:– Button description Text


Symbols for button description:



September 2006 49




– Name of button <Text>– Display type Temperature

IlluminationWind forcefree scalable

Only for temperature:– Range of values -0.0°C … 40.0°C

-99.9°C … 600.0°C-5K … +5K

Only for -0.0°C…40.0°C:– Increment 0.25°C / 0.5°C / 1°C / 2°COnly for -99.9°C…600.0°C:– Increment 3°C / 5°C / 10°C / 20°COnly for -5K…+5K:– Increment 0.1K / 0.2K / 0.5K / 1K

– Value show onlyshow and send

Only for “show and send”:– Button description Text

SymbolOnly if “Text” is selected:– Text for value increasing On– Text for value lowering OffOnly if “Symbol” is selected: (see below)Only for illumination:– Range of values 0…100,000 luxOnly for wind force:– Range of values 0…200 m/sOnly for “free scalable”:– Text for Unit <Text>– Decimal places 0 / 1 / 2 / 3– Minimum object value -99.999…0…99.999– Maximum object value -99.999…100…99.999– Lowest display value -99.999…0…99.999– Highest display value -99.999…100…99.999– Button description Text


Only if “Text” is selected:– Text for value increasing On– Text for value lowering OffOnly if “Symbol” is selected: (see below)


50 September 2006



Parameters: “Room thermostat”touch surfaceThe default setting for the valuesis printed in bold type.

– Name of button <Text>– Operation Via pop-up– Behaviour Only show standby/comfort, night

and frostShow and send standby/comfort,night and frost

– Unit °C– Toggling of operating mode 1 bit

1 byteOnly for show and send:– Display actual value No / Yes


Only if “Text” is selected:– Text for comfort Comfort– Text for standby Standby– Text for night reduction NightOnly if “Symbol” is selected: (see below)


Parameters: “Floating value” touchsurfaceThe default setting for the valuesis printed in bold type.

– Name of button <Text>– Display type freely scalable– Text for unit %– Decimal places 0 / 1 / 2 / 3– Minimum object value -99.999…0…99.999– Maximum object value -99.999…100…99.999– Lowest display value -99.999…0…99.999– Highest display value -99.999…100…99.999– Value show only

show aOnly for “show and send”:– Button description Text



September 2006 51



Parameters: “2-byte counter” touchsurfaceThe default setting for the valuesis printed in bold type.



Parameters: “Text” touch surfaceThe default setting for the valuesis printed in bold type.

Parameters: “Hyperlink” touch sur-faceThe default setting for the valuesis printed in bold type.

– Name of button <Text>– Display type without leading sign

with leading sign– Display switching status Count value





– Name of button <Text>– Text show only

show and sendOnly for “show and send”:– Message text Text

(max. 13 characters)

– Name of button <Text>– Jump to page Page 1 / Page 2 / … / Page 21 /


– Display switching status No / YesOnly if “yes” is selected:Status display Text


Only if “Text” is selected:Text for On OnText for Off Off

52 September 2006



Functional description: Time pro-grams

Settings

Depending on the parameterisation,the SMARTtouch panel offers up to 20(5 for LEANtouch) switch channels.The number of channels that shouldbe enabled is defined in the generalsettings.

In addition, there is the possibility of“Enable time programs for end custo-mers” via the corresponding parame-ter. The modification option can be gi-ven a code or fully disabled.

Changes made by the end customerare stored in the memory of the paneland are not lost on mains voltage fai-lure. If however changes are made tothe rest of the panel configuration andthen programmed into the panel, thepanel software overwrites by defaultthe time settings of the end customer.This behaviour can be modified viathe setting “Overwrite time switch set-tings at download”.

A so-called astro function can also beactivated for the individual switchingtimes. This means that a set switchingtime adapts itself to sunrises and sun-sets. With the option “Town selection”,it is possible to select a town in Ger-many which is closest to the installati-on site of the panel. If the exact coordi-nates are known, the longitude andlatitude can also be entered.

Holiday

The LEANtouch/SMARTtouch panelhas the option of setting each indivi-dual channel to a so-called holidayfunction. The setting “active on holi-days” can be selected for each swit-ching time on the switch channel.

Under the menu item “Extra” on thepanel, you can find the “Holiday”touch surface which you use to activa-te the holiday function. Two further but-tons “Start of holiday” and “End of ho-liday” are activated which you can useto enter the required date. If the datefor the “Start of holiday” is reached, allthe corresponding holiday time pro-grams are activated automatically.

Individual time programs can thus beretrieved in the holiday period (holi-day profile). When the date for the“End of holiday” is reached, the holi-day time programs are automaticallydeactivated.

The holiday function is activated viathe 1-bit communication object “Holi-day”. An ON telegram switches thefunction on while an OFF telegramswitches it off again. The linking of theobject “Holiday” with an internaladdress of the panel can of coursealso be carried out.

Note:Please note that only those switchchannels which you have explicitlyselected via the parameter “Switchingfunction” switch on and off in the holi-day function. This is carried out sepa-rately for each switching time on thechannel.

Switch channels

Each switch channel has at least one1-bit, 1-byte or 2-byte communicationobject. Switch, shutter and/or dimmingactuators can thus be addressed andlightscenes or macros can be retrie-ved. The bit size is defined via the set-ting “Function”.

Alternatively, it can also be defined viathe “Function” parameter whether aroom thermostat should be addressedvia the switch channel. In this case,the switch channel has the two 1-bitobjects “Standby/Comfort” and “Night”or a KNX 1-byte communication object“Toggling of operating mode” availa-ble. It is possible to toggle the 1-bitroom thermostat communication ob-jects “Comfort” and “Night” or the KNX1-byte object directly. Either the inter-nal objects of the panel which are lin-ked via an internal group address oran external room thermostat areaddressed. In the latter case, the ob-jects must be linked with a correspon-ding external group address.

If the function setting is set to “Value (2byte) (0…50°C)”, a 2-byte communi-cation object is available to the switchchannel which can be used to sendtemperature values to room thermo-stats. It is possible via this object tosend a new base setpoint to a roomthermostat at a specified time.

An additional 1-bit enable object canbe activated on each switch channel.This is carried out via the parameter“Activation object”. If an enable objectis activated, this must receive an ONtelegram so that the time switch chan-nel is able to switch.

September 2006 53



The switch channels of the SMART-touch panel have 10 (5 for LEAN-touch) switching times each. The swit-ching times can either be set on thepanel (see diagram) or in the parame-ters of the panel software.

It can be defined on which day of theweek and at which switching time thechannel should be switched.

If a 1-bit function is set, it is possible toswitch either OFF/UP or ON/DOWN. Ifa 1-byte function is set, a value bet-ween 0 and 255 or a percentage va-lue of 0% to 100% can be sent. Theroom thermostat function makes itpossible to change to the comfort,standby or night operating mode ofthe room thermostat.

In addition, the astro functionality canbe activated for each channel. Blok-

Diagram for setting the switchingtimes directly on the panel, if this opti-on is enabled

king times can also be set such as“not before 05:00” or “not after 22:00”.The automatic adjustment of the astroprograms are restricted due to the po-sition of the sun which changes daily.For example, a shutter would never belowered later than 22:00, even if a furt-her connection would be necessaryaccording to the ASTRO calender.

In addition, there is the possibility ofintegrating each channel in the holi-day functionality (see also “Holiday”)

54 September 2006



Functional description: Time pro-grams

Function ApplicationGeneral SettingsSwitch channel 1 SwitchSwitch channel 2 SwitchSwitch channel 3 SwitchSwitch channel 4 SwitchSwitch channel 5 SwitchSwitch channel 6 SwitchSwitch channel 7 SwitchSwitch channel 8 SwitchSwitch channel 9 SwitchSwitch channel 10 SwitchSwitch channel 11 SwitchSwitch channel 12 SwitchSwitch channel 13 SwitchSwitch channel 14 SwitchSwitch channel 15 SwitchSwitch channel 16 SwitchSwitch channel 17 SwitchSwitch channel 18 SwitchSwitch channel 19 SwitchSwitch channel 20 Switch

Communication objectsfor time programs (General)

Communication objectsfor “Switch” switch channel

Communication objectsfor 1-byte value switch channel

Communication objectsfor RT switch channel

Communication objectsfor RT switch channel with KNX 1-bytetoggling of operating mode

Communication objectsfor 1-byte value switch channel

Communication objectsfor lightscenes or macro switchchannel

No. Type Object name Function0 1 bit Holiday Receive

No. Type Object name Function0 1 bit Switch Send2 1 bit Enable Send/Receive

No. Type Object name Function0 1 byte Value Send2 1 bit Enable Send/Receive

No. Type Object name Function0 1 bit Standby/Comfort Send1 1 bit Night Send2 1 bit Enable Send/Receive

No. Type Object name Function0 1 byte Toggling of operating mode Send2 1 bit Enable Send/Receive

No. Type Object name Function0 2 byte Value Send2 1 bit Enable Send/Receive

No. Type Object name Function0 1 byte Lichtscene/Macro Send2 1 bit Enable Send/Receive

Note:The function of a switch channel(Switch 1 bit, Value 1 byte, Value 2 byte or Room thermostat 2x1 bit or1x1 byte) is defined in the parameters.

September 2006 55



Parameters: General settingsThe default setting for the valuesis printed in bold type.

General parameters for switchchannels (separate for each switchchannel)The default setting for the valuesis printed in bold type.

General– Number of switch channels 1 / 2 / 3 / 4 / … / 19 / 20

1…20 (LEANtouch (1…5))– Overwrite time switch settings No / Yes

at download– Enable time programs for end Yes

customers With codeNo

– Coordinates for astro displacement via town selectionvia input of coordinates

Only for town selection:– Town Berlin / Bielefeld / Bremen / Essen /

Flensburg / Frankfurt / Hamburg /Hannover / Kassel / Köln /Mönchengladbach/ München /Nürnberg / Saarbrücken / Stuttgart /Dresden / Wien / Salzburg / Graz /Linz / Insbruck / Bregenz / London /Madrid / Rome / Brussels /Amsterdam / Zurich / Paris /Stockholm / Oslo / Helsinki /Copenhagen / Warsaw / Riga /Prague / Bratislava / Moscow /Ekatarienburg / Bankok / Peking /Singapore / Luxemburg / Lissabon /Genf / Dublin / Kuweit

Only for coordinates:– Latitude 51.216– Longitude 7.633

General– Name of time channel <Text>– Function 1 Bit

1 Byte (0…255)1 Byte (0…100%)RT (Standby/Comfort Night)RT (Standby/Comfort Night)/1 byteValue (2 byte) (0…50°C)Lightscene/Macro (1…32)

– Activation object No / YesOnly for “Yes”:– Activation object after mains Disabled

voltage recovery Enabled

56 September 2006



– Time 00:00– Weekday Monday

TuesdayWednesdayThursdayFridaySaturdaySundayMonday to FridayMonday to SaturdayMonday to SundaySaturday and Sunday

Only for 1-bit function:– Status Off/Up

On/DownOnly for 1-byte function (0…255)– Status 0Only for 1-byte function (0…100%):– Status 0% / 10% / 20% / … / 90% / 100%Only for RT function and RT 1 byte:– Status Standby

ComfortNight

Only for value function (2 byte) (0…50°C):– Status 0Only for function “Lightscene/Macro (1…32)”:– Status 1– Astro Inactive

Active– Locking Inactive

not before … o‘clocknot after … o‘clock

– Blocking time 00:00– Switching function always inactive

always activeactive on holidaysinactive on holidays

Parameters for switching times (se-parate for each switching time)The default setting for the valuesis printed in bold type.

September 2006 57



Functional description: IR control General

The LEANtouch/SMARTtouch panelcan be addressed via IR remote con-trol. All the panel types operate toge-ther with the Busch-Ferncontrol® IRhand-held transmitter. The SMART-touch B&O panel can alternativelyalso be controlled by theBang&Olufson remote control Beo4.

The receiving range of a panel can beset. The IR colours “white”, “blue” or“white & blue”. It is possible to switchbetween colours with the help of aslide switch directly on the Busch-Ferncontrol® hand-held transmitter. Ifthe IR range is set to “white & blue”,the panel software indicates the indi-vidual push button pairs twice - oncefor the “white” IR range and a furthertime for the “blue” IR range.

The parameter “Bang&Olufson” onlyoperates together with the SMART-touch panel 6x36/100CB. If the IR ran-ge is set to “Bang&Olufson”, the panelcan either be operated via the Busch-Ferncontrol® IR hand-held transmitteror the Bang&Olufson Beo4 IR remotecontrol.

Push button assignment

The individual push button pairs of theBusch-Ferncontrol® IR hand-heldtransmitter or the Bang & Olufson re-mote control Beo4 can be assignedthe following functions:– Switch,– Dimmer,– Shutter,– Push button,– Value– and Lightscene external input.

The memo buttons of the IR hand-heldtransmitter or the push buttons green,orange, red, blue and stop of theBang & Olufson remote control Beo4can be used for sending lightscenenumbers.

Switch

With the “Switch” function, a 1-bit com-munication object “Switch” is enabledfor the push button pair. Switching te-legrams are sent via this object to thelinked actuators. The parameter “Be-haviour” defines whether the right orthe left push button switches “ON”. Thesetting “TOGGLE” means that togglingis always carried out when the right or

left push button is pressed i.e. thecommunication object adopts a newvalue after each operation.

Example:If the object currently has the value“1”, the object adopts the value “0” af-ter an operation and sends it. If theobject has the value “0”, the objectvalue changes to “1” after an operati-on. The value “1” is of course also sentout after a change.

Dimmer

If the function of a push button pair isdefined as a dimmer, the push buttonpair has two communication objects -a 1-bit object “Switch” for sendingswitching telegrams and a 4-bit object“Dim” for sending dimming telegrams.

A switching telegram (ON or OFF tele-gram) is always sent after a short ope-ration. If a push button is operated fora long period (>0.5 s), a dimming tele-gram is triggered.

The parameter “Behaviour” defineswhether dimming brighter or darker iscarried out when the right or left pushbutton is pressed.

Shutter

The shutter functionality of a push but-ton pair causes a push button pair tosend stop/step telegrams after a shortoperation and up/down telegrams af-ter a long operation(>0.5 s) to linked shutter actuators.

The shutter function has two 1-bitcommunication objects - “Step” (stop/step) and “Move” (up/down).

The “Behaviour” parameter defineswhether the shutter is raised or lowe-red when the right or left push buttonis pressed.

Push button

Via the “Push button” function, it ispossible to send telegrams when apush button of the pair is pressed, re-leased or pressed and released. A 1-bit communication object “Switch left”or “Switch right” is available for eachpush button of the pair.

The behaviour is defined via the cor-responding parameter. When the pushbutton is operated (on release), an

58 September 2006


ON, OFF or TOGGLE telegram can besent. “TOGGLE” means that toggling isalways carried out when the right orleft push button is switched i.e. thecommunication object adopts a newvalue after each operation.

Example:If the object currently has the value“1”, the object adopts the value “0” af-ter an operation and sends it. If theobject has the value “0”, the objectvalue changes to “1” after an operati-on. The value “1” is of course also sentout after a change.

Value

A value telegram can also be trigge-red with a push button operation. Todo so, the function must be set to “Va-lue”. In this case, the push button pairindicates a 1-byte communication ob-ject “Value” via which the value canbe sent.

The parameters “Value push buttonleft” and “Value push button right” defi-ne which values should be sent whenthe right or left push button is pressed.Various values between “0” and “255”can be set for the right and left pushbutton.

Lightscene external input

The function “Lightscene external in-put” enables one of 32 lightscenes tobe sent on each push button of thepair. The lightscenes are sent to linkedlightscene modules via a1-byte communication object “Light-scene number”. This can either be theinternal lightscenes which are storedin the panel or an external lightscenemodule.

The settings “Lightscene number left”and “Lightscene number right” definewhich lightscene number is sent.

By default, it is not possible to storelightscenes via the IR hand-heldtransmitter. This can be enabled viathe parameter “Save lightscenes”. Inthis case, the panel sends the light-scene number plus the save informati-on if a push button is pressed for lon-ger than 3 s. This means that an addi-tional bit is set in the lightscene tele-gram so that the linked lightscene mo-dules know that they must now querythe current status values of the actua-tors.


Lightscene number

If the “Lightscene number” function isused, only one push button e.g. M1 orM2 (no push button pair) is availablefor sending a lightscene. The functionenables the retrieval of one of 32 light-scenes. The lightscenes are sent tolinked lightscene modules via a1-byte communication object “Light-scene number”. These can either bethe internal lightscenes which arestored in the panel or an external li-ghtscene module.

The setting “Lightscene number” defi-nes which lightscene number is sent.

By default, it is not possible to storelightscenes via the IR hand-heldtransmitter. This can be enabled viathe parameter “Save lightscenes”. Inthis case, the panel sends the light-scene number plus the save informati-on if a push button is pressed for lon-ger than 3 s. This means that an addi-tional bit is set in the lightscene tele-gram so that the linked lightscene mo-dules know that they must now querythe current status values of the actua-tors.

September 2006 59



Remote control via Bang & Olufsenhand-held transmitter Beo4

The IR hand-held transmitter offers thefollowing options for controlling thepanel.

Button description Beo4:

Light: Changing of illumination

Record: Saving of lightscene

0 – 9: Light 1 up to 10

A: Lightscene 1

C: Lightscene 2

D: Lightscene 3

F: Lightscene 4

B: On or dimming brighter

E: Off or dimming darker

Stop: All Off

Switching and dimming:

Press the “LIGHT” button on the remo-te control. The text “LIGHT” appears inthe display of the remote control. Thismode is active for 25seconds. If the display switches to au-dio/video playback again, the “LIGHT”button must be pressed again.

Once the LIGHT mode is active, thepush buttons for triggering the requi-red function follow. See the table.

The format LIGHT + 1 + B means thatthe three push buttons must be pres-sed in sequence (not simultaneously).

Function Push buttons

Light 1 onLight 1 dimming brighter

LIGHT + 1 + B LIGHT + 1 + B, B long push

Light 1 offLight 1 dimming darker

LIGHT + 1 + E LIGHT + 1 + E, E long push

Light 2 up to 9 analogue toLight 1

–

Light 10 onLight 10 dimming brighter

LIGHT + 0 + B LIGHT + 0 + B, B long push

Light 10 offLight 10 dimming darker

LIGHT + 0 + E LIGHT + 0 + E, E long push

Retrieving and saving lightscenes

Press the “LIGHT” button on the remo-te control. The text “LIGHT” appears inthe display of the remote control. Thismode is active for 25seconds. If the display switches to au-dio/video playback again, the “LIGHT”button must be pressed again.

Once the LIGHT mode is active, thepush buttons for triggering the requi-red function follow. See the table.

The format LIGHT + A means that thetwo push buttons must be pressed insequence (not simultaneously).

Function Push buttons

Call Lightscene 1 LIGHT + A

Call Lightscene 2 LIGHT + C

Call Lightscene 3 LIGHT + D

Call Lightscene 4 LIGHT + F

Save Lightscene 1 LIGHT + LIST* + GO + A

Save Lightscene 2 LIGHT + LIST* + GO + C

Save Lightscene 3 LIGHT + LIST* + GO + D

Save Lightscene 4 LIGHT + LIST* + GO + F

*Press the list button until STORE ap-pears in the display.

ALL OFF

All the loads are switched off with onepush button action when the “STOP”button is pressed.

60 September 2006


Functional description: IR control forBusch-Ferncontrol® IR hand-heldtransmiter

blue=blue infrared range

white=white infrared range

Functional description: IR remotecontrol for Bang&Olufson remote con-trol Beo4


Function ApplicationPush button pair 1 (blue/white) Inactive

SwitchDimmerShutterPush buttonValueLightscene external input

Push button pair 2 (blue/white) InactiveSwitchDimmerShutterPush buttonValueLightscene external input

…Push button pair 5 (blue/white) Inactive


Memo push button M1 (blue/white) InactiveLightscene number

Memo push button M2 (blue/white) InactiveLightscene number

Memo push button Rot (blue/white) InactiveLightscene number

Function ApplicationPush button 1 up/down Inactive


Push button 2 up/down InactiveSwitchDimmerShutterPush buttonValueLightscene external input

…Push button 9 up/down Inactive


Functional description: IR controlGeneral settings.

– IR range whitebluewhite & blueBang & Olufson (only 6x36/100CB)

September 2006 61



Push button 0 up/down InactiveSwitchDimmerShutterPush buttonValueLightscene external input

Push button A green InactiveLightscene number

Push button B orange InactiveLightscene number

Push button C red InactiveLightscene number

Push button D blue InactiveLightscene number

Push button stop InactiveLightscene number

Functional description: IR control forBang&Olufson remote control

Communication objectsfor “Switch”

Communication objectsfor “Dimmer”

Communication objectsfor “Shutter”

Communication objectsfor “Push button”

Communication objectsfor “Value”

Communication objectsfor “Lightscene external input” and“Lightscene number”

No. Type Object name Function0 1 bit Switch Send/Receive

No. Type Object name Function0 1 bit Switch Send/Receive1 1 bit Dim Send

No. Type Object name Function0 1 bit Move Send1 1 bit Step Send

No. Type Object name Function0 1 bit Switch left Send1 1 bit Switch right Send

No. Type Object name Function0 1 byte Value Send

No. Type Object name Function0 1 byte Lightscene number Send

62 September 2006



Parameters: IR control “Switch”The default setting for the valuesis printed in bold type.

Parameters: IR control “Dimmer”The default setting for the valuesis printed in bold type.

Parameters: IR control “Shutter”The default setting for the valuesis printed in bold type.

Parameters: IR control “Push but-ton”The default setting for the valuesis printed in bold type.

Parameters: IR control “Value”The default setting for the valuesis printed in bold type.

Parameters: IR control “Lightsceneexternal input”The default setting for the valuesis printed in bold type.

Parameters: IR control “Lightscenenumber”The default setting for the valuesis printed in bold type.

– Behaviour Left=on, right=offLeft=off, right=onLeft=toggle, right=toggle

– Behaviour Left brighter on, right darker offLeft darker off, right brighter onLeft brighter toggle, right darker toggleLeft darker toggle, right brighter toggle

– Behaviour Left=up/right=downLeft=down/right=up

– Push button left Send off at rising flankSend off at falling flankSend off at both flanksSend on at falling flankSend off at rising flank,on at falling flankSend on at rising flankSend on at rising flank,off at falling flankSend on at both flanksToggle at rising flankToggle at falling flank

– Push button right Send off at rising flankSend off at falling flankSend off at both flanksSend on at falling flankSend off at rising flank,on at falling flankSend on at rising flankSend on at rising flank,off at falling flankSend on at both flanksToggle at rising flankToggle at falling flank

– Value push button left 0…255– Value push button right 0…255

– Lightscene number left 1(1…32)

– Lightscene number right 2(1…32)

– Save lightscenes not possiblepossible

– Lightscene number memo 11push button (1…32)

– Save lightscenes not possiblepossible

September 2006 63


Night Comfort Frost/heat prot. object object object

Operating mode Frost prot. 1

Comfort 1 0Night 1 0

Standby 0

A push on theTemperature displayopens the room thermostatoperation modes .

A push on the partysymbol (4. button),changes the operation mode tocomfort for temporary.


Functional description: Room ther-mostat

The LEANtouch/SMARTtouch panelhas an integrated room thermostat.This has a comparable functionality tothe usual EIB room thermostats.

Operating modes

The room thermostat function has fouroperating modes:– Frost protection mode:

The room temperature control is outof service; the room is only heated ifthe room temperature has fallen solow that there is a risk of the heatinginstallation freezing.

– Comfort mode:The setpoint for the room tempera-ture is set to a value which enables“normal use” of the room at apleasant temperature.

– Standby mode:The room temperature is lowered(e.g. during temporary absence) sothat heating costs are saved but thecomfort temperature can be reachedagain quickly.

– Night mode:If the room is not used for an exten-sive period during the night; the

room temperature is lowered to apleasant night temperature and canbe increased again relativelyquickly in the morning.

It is possible to toggle between theseoperating modes through switchingtelegrams to the communication ob-jects “Frost protection”, “Night” and“Comfort” or via the panel display (seealso the diagram of the operating mo-des). The frost/heat protection has thehighest priority i.e. it is not possible toswitch to another operating mode inthis case. To do so, the frost/heat pro-tection mode must first be deactivatede.g. by closing an open window. Com-fort mode has the next highest priorityfollowed by night mode. If none of thethree operating modes is active, theroom thermostat is in standby mode.

Alternatively, the 1-byte communicati-on object “Toggling of operatingmode” can be used. This is always ne-cessary when room thermostats areused in accordance with the KNXstandard.

Party time (Comfort extension)

If the panel is switched to night modevia the bus (or internally), the partytime can be activated via the paneldisplay (change to comfort mode, seediagram top left). Once the party timehas elapsed, the thermostat switchesback to night mode.

During the party time, the symbols fornight and party are shown together inthe display. By pressing the party but-ton again, the party time can be resetmanually to night reduction.

This function can also be used for thetemporary deactivation of the heatand frost protection. As in night mode,it is possible to switch to comfort modefor the parameterised period. The

Priorities of the operating modes

64 September 2006


SetpointHeating

SetpointCooling

Frost/Heatprotection

Controller calls no power( Control value = 0 )

Comfortmode

Standbymode

NightmodeTemp.

Controlleris act. value > setpoint cooling

cools

Controllerif act. value < setpoint heating

heats

Setpoints in the different operation modes, if heating and cooling is active

Basis-Sollwert

Dead zone between

Setpoint heat protection

Setpoint frost protection

Increasing nightcoolingIncreasing

standby

Lowering nightheating

standbyLowering

heating

heating and cooling

function is switched on and off in thesame way. The symbols for frost pro-tection and party are shown togetherin the display during this comfort ex-tension.

If the party time is inactive, the firstbutton with comfort/standby togglingalso directly operates the comfort ob-ject. It is therefore possible to set theoperating mode directly to comfortmode while in night mode. When thefrost or heat protection mode is active,toggling via the first button is stored inthe comfort object.

The recording of the actual tempera-ture is normally carried out by a built-in temperature sensor. It is also possi-ble to switch to an external measure-ment with the parameter “Actual valuesurvey”. Temperature values which arereceived via the object “Actual tempe-rature” can thus be used for controlpurposes. If no new values are recei-ved for 30 min, the thermostat sus-pends its function and no more controlvalue telegrams are sent.

Setpoint values

The following setpoint values can beset for heating mode: “Base setpoint in°C (16..31) (Comfort temperature he-ating)”, “Lowering standby operationheating ... (1..15)”, “Lowering nightoperation heating in K (1..15)” and“Setpoint frost protection in °C (4..10)”.

For cooling mode, the comfort tempe-rature can be set via the “Dead zonebetween heating and cooling in K(1…8)”. The setpoint adjustments forstandby and night mode refer to thisvalue: “Increasing standby operationcooling” and “Increasing night operati-on cooling”.

If e.g. a room should be cooled at25°C in comfort mode with a basesetpoint of 22°C, a dead zone of 3°Cmust be set. If it should now be cooledat 27°C in standby mode, the valuemust be increased by 2°K. Cooling innight mode from 29°C requires anincrease in this value of 4°K.

To protect against uncontrolled over-heating of rooms, it is possible to as-sign a setpoint for heat protection afterwhich cooling takes place. If heat pro-tection is not required, cooling can beswitched off.

The base setpoint can be modified asoften as necessary via the bus. To do


Setpoints in the different operatingmodes

September 2006 65


OutputControl value

Internal controlvalue of cont. controller

00

100%

100%

80%

20%

20% 80%

so, a 2-byte temperature value mustbe sent to the object “Base setpoint”.

The setpoint temperature can bechanged manually via the rocker but-tons on the panel display. The para-meters “Area for manual setpoint set-ting”, “Maximum increasing of setpointat heating” and “Maximum lowering ofcontrol value at cooling” determinethe scope for modifying the setpoint. Ifa new telegram is sent to the commu-nication object “Base setpoint” after amanual setpoint adjustment, the ma-nual setpoint adjustment can also bereversed.

Heating/cooling

To be able to address the various con-troller types for heating or coolingmode, the room thermostat can be pa-rameterised as a continuous or swit-ching controller. In the case of a swit-ching controller, it is possible to choo-se between a PWM controller (“PI con-troller”) and a “Two-position control-ler”.

In the case of a continuous control re-sponse and a switching PWM control-ler, the preset control parameters re-garding the installation type of theheating or air conditioning system canbe used. If other control parametersare needed, they can be set indivi-dually via the free parameterisationoption. This option should only beused if the user has sufficient experi-ence in control technology.

The continuous controller sends itscontrol value to a 1-byte object. Elec-

tromotive or electrothermal driveswhich are connected to heating actua-tors with PWM control can thus becontrolled.

To prevent unnecessary bus loads, itis possible to set by how much thecontrol value must change in order tobe sent on the bus. The setting is car-ried out as a percentage. The sendingof the control value is preset by a cy-clic period, provided it has not beenmodified. This cycle time should notbe set too low (e.g. every 10 min).

In the case of a switching PWM cont-roller, the output value of the controller(0...255) is converted into an ON/OFFratio. If e.g. a control value of 70%should be issued, the ON time is 7min and the OFF time is 3 min at apreset cycle time of 10 min. The dyna-mic range can also be limited in thesame way as a continuous controller.The parameters “PWM cycle is 0% upto control value” and “PWM cycle is100% up to control value” are used forthis purpose. If e.g. a maximum controlvalue of 80% is set, the controller au-tomatically sends the value 255 whena control value of 204 is exceeded.(See also the diagram below)

To optimise the control characteristicsof the heating or cooling system, the“Cycle time of the control value” canbe set. To set the correct cycle time,the type of heating or cooling as wellas the valve drive used should be ta-ken into account. The following recom-mendations can be used:a)Electrothermal valve drive:

To fully open an electrothermal val-


66 September 2006


ve drive takes approx. 2-3 minutes.A shorter cycle time than 15 minutesis therefore not advisable.

b)Floor heating:The time constant of a floor heatingsystem is very high. A cycle time of20 minutes is therefore sufficient.

c)Warm water heating:Electrothermal drives are frequentlyused here. A cycle time of 15 minu-tes produces very good results.

d)Electric fan heating:Cycle times between 10 and 15 mi-nutes are recommended, depen-ding on the electric heating andspatial conditions.

If a two-position controller is used forheating or cooling control, it is possi-ble to select the hysteresis by whichthe setpoint fluctuates. If e.g. the set-point in heating mode is 20°C and thehysteresis is 0.5 K, the controller swit-ches on at 19.75°C and switches offagain at 20.25°C. The hysteresis thatis set then depends on how quicklythe heating can heat up the room orhow quickly the cooling cools downthe room as well as how sensitive thecustomer is to temperatures. The hy-steresis should not be set too low asotherwise the valve drive continuallyopens and closes. The hysteresisshould however not be set too high asthe temperature fluctuations in theroom are then relatively high.

To increase the accuracy of the con-trol, the parameter “Lowering of hyste-resis” is used. If this parameter is acti-ve the hysteresis is reduced e.g. everyminute by 0.1 K, if required until 0 K.The temperature fluctuations are ef-fectively reduced during the control bythe lowered hysteresis. If a reductionshould be used, it is advisable to sel-ect a reduction that is less than onefifth of the hysteresis.e.g. Hysteresis 0.5 K =>

Reduction < 0.1 K/min

In certain cases (floor heating), it maybe necessary to install a fast-actingadditional system to enable you toheat the room up quickly. If the “Addi-tional heating” is active, the panel hasa second heating system availablewith a switching control(1 bit) or a quasi continuous controlwhich regulates the heating with the1-byte values 0% and 100%.

With the parameters “Level distancefrom the base level to the additionallevel in K” and “Hysteresis (one-si-

ded)”, it is determined when the addi-tional level is switched on and when itis switched off. If e.g. the setpoint forthe second heating level is set at18°C with a hysteresis at0.5 K (one-sided), the thermostat swit-ches on at 18°C and switches off at18.5°C.

As some valve drives close at a 1-bytevalue of 255 or a 1-bit value of 1 andopen at the corresponding invertedvalues, the “Effective mode” can beinverted.

The toggling between heating andcooling is carried out automatically bythe room thermostat. If this is not re-quired, the “Toggle between heatingand cooling” can be carried out by anexternal, central control via the 1-bitobject “Toggle heating cooling”. In thissetting, the heating or cooling sym-bols are permanently visible duringthe corresponding operating mode. Ifan ON telegram is received at theoperating mode object, the heatingmode is switched on. If an OFF tele-gram is received, the cooling mode isswitched on.

Automatic shading

To prevent the room warming up dueto sunlight, automatic shading can becarried out by lowering one or severalblinds. The object “Shading” is usedfor this purpose.

The parameter “Shading setpoint” de-termines at which temperature theblinds should be lowered.

If the temperature falls below the setshading temperature, no commandsfor lowering the blinds are sent. Theblinds could be raised at a specifictime e.g. with a central command.

Group master mode

In rooms such as large open-plan of-fices, it can be difficult to achieve ef-fective control throughout the roomwith only one panel operating as aroom thermostat. In such cases, it isadvisable to divide the room into se-veral zones in which one room ther-mostat is used per zone. So that theseroom thermostats always use thesame setpoint, there is the possibilityof activating the parameter “Groupmaster operation mode” for one de-vice. In this case, this device has the


September 2006 67



2-byte communication object “Basesetpoint for slaves” which is linkedwith the 2-byte communication objects“Base setpoint - Telegr. temperature”of the other devices. The manual set-point adjustment should then bedisabled for these objects. The opera-ting modes heating/cooling or frost/night/comfort must be set exactly thesame on the master and slave devicesby configuring or assigning the samegroup addresses to the operatingmode objects.

Offset

If the measured temperature is corrup-ted by the self-heating of the panel, anoffset value can be set for the roomtemperature measurement (setting“Offset value in K x 0.1 K”).

The installation site of the panel andthe appropriate selection of parametersettings is decisive in the accurate re-cording of temperatures.

68 September 2006


Functional description: Roomthermostat


Function ApplicationRT Inactive

Heating/Heating and cooling

Communication objects No. Type Object name Function0 1 bit Frost protection Receive1 1 bit Night Send/Receive2 1 bit Comfort Send/Receive3 2 byte Base setpoint Receive4 2 byte Actual temperature Send5 2 byte Act. setpoint Send6 1 bit Shading Send7 1 bit Heating switched Send8 1 bit Additional heating switched Send9 1 bit Cooling switched Send

10 1 bit Toggle heating cooling Send/Receive11 1 byte Toggling of operating mode Receive


5 2 byte Base setpoint for slaves Send…

7 1 byte Heating continuously Send8 1 byte Additional heating continuously Send9 1 byte Cooling continuously Send

…

September 2006 69



Parameters: Room thermostatThe default setting for the valuesis printed in bold type.

General:– Control heating Active– Control additional heating Inactive

Active– Control cooling Inactive

Active– Operation mode after reset Comfort

StandbyNightFrost protection

– Cyclic sending of actual value and 14:50setpoint in mm.ss (03:00…60:00)

– Change of actual temp. for Inactive / 0.2 K / 0.4 K / 0.6 K / 0.8 K /automatic sending 1.0 K / 1.5 K / 2.0 K

– Automatic shading (see also Inactivesetpoints) Active

– Party time (extension of comfort Inactive / 30 min / 1 h / 1.5 h / 2 h /mode) 2.5 h / 3 h / 4 h

– Display heating/cooling is active If operation mode is activeAt heating resp. cooling

– Group master operation mode InactiveActive

– Disable frost/heat protection manually Locked(extension of comfort mode) Free

– Actual value survey InternalExternal

– Toggle between heating and automaticcooling via object

– Offset value in K x 0.1 K -127…0…+127

Setpoints general:– Area for manual setpoint setting Disabled / +- 1K / +- 3K / +- 5K– Maximum increasing of setpoint 3

at heating in K (0…5)Only for cooling:– Maximum lowering of setpoint 3

at cooling in K (0…5)– Send actual setpoint at change Inactive

Active– Manual setpoint setting Reset at receiving of base

setpointHold at receiving of basesetpoint

Only for shading:– Shading setpoint Comfort temperature + 2K

Comfort temperature + 4KComfort temperature + 6KComfort temperature + 8K

– Temperature display at Act. setpointsetpoint adjustment Base setpoint

70 September 2006



Setpoints heating:– Base setpoint in °C (16…31) 21

Comfort temperature heating– Lowering standby operation heating 2

in K (1…15)– Lowering night operation heating 4

in K (1…15)– Setpoint frost protection 7

in °C (4…10)– Level distance from the base level 1…3…5

to the additional level in K

Controlling/Control value heating:– Output of control value continuously

switched– Control type Two-position controller

PI controllerOnly for two-position controller:– Hysteresis 0.3K / 0.5K / 0.7K / 1K / 1.5K / 2K– Lowering of hysteresis Inactive

0.2 K/min0.1 K/min0.06 K/min0.04 K/min0.03 K/min0.02 K/min

– Cycle time of the control value in mm:ss 14:50(03:00…60:00)Only for continuous controller:– Change for automatic sending of Inactive / 2% / 5% / 10%

control valueOnly for PI controller:– Control parameters via installation type

free setting of parametersOnly for installation type:– Type of heating system Warm water heating (1.5K/100min)

Electric heating (1.5K/50min)Floor heating (4K/200min)

Only for free parameterisation:– Proportional area 1.0K / 1.5K / 2.0K / 2.5K / 3K / 4K /

6K / 8K / 10K– Reset time in min. I part inactive / 10 min / 20 min /

30 min / … / 100 min / … / 240 minOnly for switched controller:– PWM cycle 3min / 5min / 10min / 15min / 20min /

30min / 40min / 50min / 60min– PWM cycle is 0% up to control value 0% / 10% / 20% / 30%– PWM cycle is 100% up to control value 70% / 80% / 90% / 100%– Effective mode Normal

Inverted

Only for additional heating:– Hysteresis (one-sided) 0.3K / 0.5K / 0.7K / 1.0K / 1.5K / 2.0K– Cycle time for automatic sending of the 14:50

control value e in mm:ss (03:00…60:00)– Control value type switched

quasi contin. (1 Byte: 0% or 100%)– Effective mode Normal

Inverted


September 2006 71



Only for cooling:Setpoints cooling:– Dead zone between heating and 1…4…8

cooling in K (1…8)– Increasing standby operation cooling 1…2…8– Increasing night operation cooling 1…4…8– Setpoint heat protection Cooling switched off

30°C35°C40°C44°C

Controlling/Control value cooling:– Output of control value continuously

switched– Control type Two-position controller

PI controllerOnly for two-position controller:– Hysteresis 0.3K / 0.5K / 0.7K / 1.0K / 1.5K / 2.0K– Lowering of hysteresis Inactive

0.2 K/min0.1 K/min0.06 K/min0.04 K/min0.03 K/min0.02 K/min

– Cycle time of the control value in 04:46mm:ss (03:00…60:00)

– Effective mode NormalInverted

Only for PI controller:– Control parameters via installation type

free setting of parameters– Type of cooling system Cooling ceiling (5K/240min)

SplitUnit/Fan cooling (4K/90min)– PWM cycle 3min / 5min / 10min / 15min / 20min /

30min / 40min / 50min / 60min– PWM cycle is 0% up to control value 0% / 10% / 20% / 30%– PWM cycle is 100% up to control value 70% / 80% / 90% / 100%– Effective mode Normal

InvertedOnly for free parameterisation:– Proportional area 1.0K / 1.5K / 2.0K / 2.5K / 3K / 4K /

6K / 8K / 10K– Restet time in min. I part inactive / 10 min / 20 min / …

100 min / … / 200 min / 240 minOnly for continuous controller:– Cycle time of the control value in mm:ss 04:46

(03:00…60:00)– Effective mode Normal

Inverted– Change for automatic sending of Inactive / 2% / 5% / 10%

control value


72 September 2006



Functional description: LightscenesGeneral settings

General

The LEANtouch/SMARTtouch panelcan be used to send and save light-scenes. Up to 20 EIB actuators can beaddressed via the memo communica-tion objects. The number of memo ob-jects available to the panel is depen-dent on the type used and on the set-ting “Number of objects per lightsce-ne”. This can be a maximum of 20 (6for LEANtouch) objects.

The 1-byte communication object“Lightscene number” is used for retrie-ving lightscenes. The panel receivesone of 32 lightscene numbers at thisobject. These lightscene numbers canbe retrieved internally in the panel e.g.via a touch surface with the appropria-te settings or externally via an EIBswitch sensor.

Note:You have to link the touch surface ob-jects to the object „lightscene number“via a common internal group address,if you want to call up lightscenes overthe touch surfaces of the LEAN-/SMARTtouch panel. The lightscenenumber which should call up, is set inthe parameters of the respective touchsurface (see also „Functional descrip-tion: Touch surfaces (Control page) –Lightscenes external input (1 byte)).

If the panel receives a lightscene tele-gram at its memo objects, it will sendswitching, value or lightscene tele-grams in sequence to linked actua-tors. The “Telegram rate between twolightscene telegrams” can be set. Inthe Powernet version, this should notbe set too low as otherwise the busload is excessively increased. Thepreset value of “1 s” should be suf-ficient and should be changed if ne-cessary. In theTwisted Pair variant, the telegram rateis not critical and can be lowered ifnecessary.

Lightscene

The size of the memo communicationobjects can be adapted to switch, dim-ming or shutter actuators. This meansthat if a switch or shutter actuatorshould be addressed via a memo ob-ject, the object is 1 bit. If a dimmingactuator should be addressed, the ob-ject is 1 byte. The bit size is definedindividually for each memo object viathe parameter “Actuator type”.

The LEANtouch/SMARTtouch panelsoftware displays various options de-pending on the selection.

With the selection “Switch or shutteractuator”, it is possible to set “Off/Up”or “On/Down”. Alternatively, an actua-tor can also be “Inactive” within a sce-ne.

If “Dim actuator” is set as the actuatortype, percentage values between 0%and 100% can be defined in 10%steps. A shutter actuator with 1-bytepositioning can also be controlled viathe 1-byte object.

The size of a memo object can also beset to 2 bytes via the setting “Actuatortype”. In this case, the object is used tosend temperature values between -20and 100°C. Connected room thermo-stats can receive a new base setpointvia this object.

If the parameter “Actuator type” is setto “Lightscene number”, the corre-sponding memo object has a size of 1byte and sends one of 32 lightscenenumbers. There is therefore the possi-bility of cascading lightscenes if the20 memo objects are not sufficient forspecial applications.

Note:A macro function can also be retrie-ved via the lightscene number.

Saving lightscenes

If the end customer would like to carryout changes to the predefined light-scenes, he can do this without anygreat effort. He must first set all thelamps and/or shutters to the requiredposition i.e. he dims or moves the indi-vidual components via separate EIBswitch sensors or via the touch sur-faces of the panel. He then triggers alightscene storage telegram with along operation (> 3 s) of a lightscenetouch surface or an additional light-scene switch sensor. This telegram isreceived at the object “Lightscenenumber”. The individual memo objectsnow send read requests to the linkedEIB actuators. If the read flag is set forthese objects, the actuators send backtheir current values in response tele-grams. These values are stored in thepanel and are not lost in the event of abus voltage failure.If changes are carried out on theLEANtouch/SMARTtouch panel and

September 2006 73



Functional description: LightscenesGeneral settings

Functional description: LightscenesApplication

Function ApplicationLightscene actuator Lightscene

General:– Number of objects per lightscene 8

(1…20)– Telegram rate between two 130ms / 260ms / 520ms / 1s / 2s /

lightscene telegrams 4s / 10s / 35s– Overwrite lightscene settings No / Yes

at download

Communication objects for 1-bit ac-tuator types

No. Type Object name Function0 1 byte Lightscene number Receive1 1 bit Memo object 1 Send/Receive2 1 bit Memo object 2 Send/Receive3 1 bit Memo object 3 Send/Receive4 1 bit Memo object 4 Send/Receive5 1 bit Memo object 5 Send/Receive6 1 bit Memo object 6 Send/Receive7 1 bit Memo object 7 Send/Receive8 1 bit Memo object 8 Send/Receive9 1 bit Memo object 9 Send/Receive

10 1 bit Memo object 10 Send/Receive11 1 bit Memo object 11 Send/Receive12 1 bit Memo object 12 Send/Receive13 1 bit Memo object 13 Send/Receive14 1 bit Memo object 14 Send/Receive15 1 bit Memo object 15 Send/Receive16 1 bit Memo object 16 Send/Receive17 1 bit Memo object 17 Send/Receive18 1 bit Memo object 18 Send/Receive19 1 bit Memo object 19 Send/Receive20 1 bit Memo object 20 Send/Receive

then programmed in the panel, light-scenes that have been stored by endcustomers are likewise not lost by de-fault. This behaviour can also be mo-dified via the parameter “Overwritelightscene settings at download”. Allthe lightscenes can thus be reset tothe preset options which were carriedout with the panel software.

74 September 2006



No. Type Object name Function0 1 byte Lightscene number Receive1 1 byte Memo object 1 Send/Receive2 1 byte Memo object 2 Send/Receive3 1 byte Memo object 3 Send/Receive4 1 byte Memo object 4 Send/Receive5 1 byte Memo object 5 Send/Receive6 1 byte Memo object 6 Send/Receive7 1 byte Memo object 7 Send/Receive8 1 byte Memo object 8 Send/Receive9 1 byte Memo object 9 Send/Receive

10 1 byte Memo object 10 Send/Receive11 1 byte Memo object 11 Send/Receive12 1 byte Memo object 12 Send/Receive13 1 byte Memo object 13 Send/Receive14 1 byte Memo object 14 Send/Receive15 1 byte Memo object 15 Send/Receive16 1 byte Memo object 16 Send/Receive17 1 byte Memo object 17 Send/Receive18 1 byte Memo object 18 Send/Receive19 1 byte Memo object 19 Send/Receive20 1 byte Memo object 20 Send/Receive

No. Type Object name Function0 1 byte Lightscene number Receive1 2 byte Memo object1 Send/Receive2 2 byte Memo object2 Send/Receive3 2 byte Memo object3 Send/Receive4 2 byte Memo object4 Send/Receive5 2 byte Memo object5 Send/Receive6 2 byte Memo object6 Send/Receive7 2 byte Memo object7 Send/Receive8 2 byte Memo object8 Send/Receive9 2 byte Memo object9 Send/Receive

10 2 byte Memo object10 Send/Receive11 2 byte Memo object11 Send/Receive12 2 byte Memo object12 Send/Receive13 2 byte Memo object13 Send/Receive14 2 byte Memo object14 Send/Receive15 2 byte Memo object15 Send/Receive16 2 byte Memo object16 Send/Receive17 2 byte Memo object17 Send/Receive18 2 byte Memo object18 Send/Receive19 2 byte Memo object19 Send/Receive20 2 byte Memo object20 Send/Receive

Communication objects for 1-byteactuator types (Dim actuators, 1-ByteValues, Lightscens)

Communication objects for 2-byteactuator types

September 2006 75



Separate for each actuator type (1…20):– Actuator type Switch or shutter actuator

Dim actuatorValue (0…255)Value (2 byte) -20 to 100°CLightscene number

Only for switch or shutter actuator:Separate for each scene (1…32):– Scene … Off / Up

On / DownInactive

Only for dim actuator:Separate for each scene (1…32):– Scene 0% / 10% / 20% / 30% / 40% / 50% /

60% / 70% / 80% / 90% / 100%Only for value (0…255):– Scene … 0Only for value (2 byte) -20 to 100°C:– Scene … 0Only for lightscene number:– Scene … 1 / 2 / … / 31 / 32

Parameters: LightscenesThe default setting for the valuesis printed in bold type.

76 September 2006



Functional description: Alarm func-tion

The panel offers the possibility of dis-playing up to 10 different alarm mes-sages. The parameter “Number ofalarm messages” defines the requirednumber.

Each alarm message has its owncommunication object “Alarm 1” to“Alarm 10”. The communication ob-jects can either be 1 bit or 14 byte. Thesetting “Type of the alarm object” setsthe size of the object. Each alarm ob-ject can thus be set individually.

The alarm function can be used incombination with the inputs of the mo-nitoring function (see page 18) or onits own. In combination with the moni-toring function, the inputs and thealarm objects must be linked via inter-nal group addresses.

If a telegram e.g. an ON telegram isreceived at an alarm object, a windowis opened in the screen of the panel,in which the alarm text is displayed.The alarm text can be freely enteredin the panel software. The panel si-multaneously triggers a signal tone.The duration of the signal tone can beset and it can also be deactivated.

All alarm messages which occur orhave occurred can be displayed via afurther window in the panel. The win-dow is opened by pressing the “Ex-tras” button followed by “Alarm mes-sages/Fault messages”. All alarm andfault messages are displayed with thedate, time and acknowledgement.

The acknowledgement of an alarmmessage is carried out via the “OK”button in the alarm text window. If thesetting “Send zero at acknowledge”has been activated with “yes” for a1-bit alarm object, the group addressthat is linked with the alarm object issent on the bus with the value “0”.

In the case of a 14-byte alarm object,an individual acknowledgement text(max. 13 characters) can be sent withthe acknowledgement.

Via the acknowledgement object “Ack-nowledge global”, a group address issent as soon as an acknowledgementhas been carried out at one of thealarm objects.

September 2006 77



Functional description: Alarm func-tion

Function ApplicationAlarm messages Inactive

Settings

Communication objects for 1-bitalarm messages

Communication objects for 14-bytealarm messages

No. Type Object name Function0 1 bit Acknowledge global Send1 1 bit Alarm 1 Send/Receive2 1 bit Alarm 2 Send/Receive3 1 bit Alarm 3 Send/Receive4 1 bit Alarm 4 Send/Receive5 1 bit Alarm 5 Send/Receive6 1 bit Alarm 6 Send/Receive7 1 bit Alarm 7 Send/Receive8 1 bit Alarm 8 Send/Receive9 1 bit Alarm 9 Send/Receive

10 1 bit Alarm 10 Send/Receive


1 14 byte Alarm 1 Send/Receive2 14 byte Alarm 2 Send/Receive3 14 byte Alarm 3 Send/Receive4 14 byte Alarm 4 Send/Receive5 14 byte Alarm 5 Send/Receive6 14 byte Alarm 6 Send/Receive7 14 byte Alarm 7 Send/Receive8 14 byte Alarm 8 Send/Receive9 14 byte Alarm 9 Send/Receive

10 14 byte Alarm 10 Send/Receive

General:– Number of alarm messages 5

(1…10)

Separate for each alarm message:Alarm message…:– Type of the alarm object …: 1 Bit / 14 Byte

Only for 1 bit:– Text for alarm message <Text>– Text at acknowledge <Text>– Send zero at acknowledge No / YesOnly for 14 byte:– Send text at acknowledge No / Yes

Only if “Yes” is selected:– Text at acknowledge <Text>

– Time of the audio signal No signal30 s1 min2 in5 min10 min30 min1 h

Parameters: Alarm functionThe default setting for the valuesis printed in bold type.

78 September 2006



Functional description: Presencesimulation

Functional description: Presencesimulation

Function ApplicationSimulation Inactive

Active

Communication objects No. Type Object name Function0 1 bit Activation Receive1 1 bit Simulation 1 Send/Receive2 1 bit Simulation 2 Send/Receive3 1 bit Simulation 3 Send/Receive4 1 bit Simulation 4 Send/Receive5 1 bit Simulation 5 Send/Receive6 1 bit Simulation 6 Send/Receive7 1 bit Simulation 7 Send/Receive8 1 bit Simulation 8 Send/Receive9 1 bit Simulation 9 Send/Receive

10 1 bit Simulation 10 Send/Receive

– Waiting time up to the activation 30s / 40s / 50s / 1min / 1.1min /1.2min / 1.5 min / 2 min

Parameters: Presence simulationThe default setting of the valuesis printed in bold type.

The panel has an integrated presencesimulation function. This means thatthe panel can send out telegrams fullyindependently and conveys the im-pression that the house is occupied.

If the presence simulation function isactivated, the panel software displays10 x 1-bit communication objects “Si-mulation 1” to “Simulation 10” for cont-rolling switch and/or shutter actuatorsand a 1-bit communication object “Ac-tivation” for the activation or deactiva-tion of the presence simulation.

The presence simulation is activatedwith an ON telegram at the “Activati-on” object. An OFF telegram deactiva-tes it again.

If the presence simulation is not active(OFF telegram has been received atthe activation object), it portrays “nor-mal” telegram traffic. The panel learnsthe habits of the occupants of thehouse. The panel has a memory whichrecords telegrams for seven days. Onthe eighth day, the memory location ofthe first of the seven days is overwrit-ten.

If the panel only had three days to car-ry out a recording, only these three

days are repeated when the functionis activated.

The panel ignores cyclical transmit-ters during the recording. This meansit only records an actual change.

Once an ON telegram has been recei-ved at the “Activation” object, the pa-nel first waits until the “Waiting time upto the activation” has elapsed. Onlythen does the simulation start. Thedelay can be set between 30 s and2 min.

The activated presence simulationsends the information that has beenrecorded over several days on a 1:1basis.

It is a good idea to integrate functionsin the presence simulation which arenot linked with a holiday function of atime channel. This could be e.g. thelounge light, the kitchen light and abo-ve all the hallway light.

September 2006 79


&E1

E2 A

E1 E2 A0 0 00 1 01 0 01 1 1

And

>1E1

E2 A

E1 E2 A0 0 00 1 11 0 11 1 1

Or

&E1

E2 A

E1 E2 A0 0 10 1 11 0 11 1 0

NAND

>1E1

E2 A

E1 E2 A0 0 10 1 01 0 01 1 0

NOR


Functional description: Logical func-tions (1…8)

E1: Input 1E2: Input 2

A: Output

Up to 20 different logic functions canbe integrated with up to 10 inputs inthe panel. Each logic function can ad-opt one of the following functions:– AND– OR– NAND– NOR– Multiplexer– Multiplier– Gate– Temperature comparator 1I1O– Temperature comparator 2I1O– Status converter

AND, OR, NAND and NOR

If the function is defined with AND,OR, NAND or NOR, up to four inputcommunication objects can be enab-led per logic function. The size of theinputs can either be 1 bit or 1 byte.When a new telegram is received atthe input, it is switched according tothe selected function. In addition, theinputs can be inverted together.Example of “AND” 1-byte inputs:

If the inputs are 1 byte, all the inputvalues must be greater than “0” in or-der to achieve a positive result.

Example of inverted “AND” 1-byte in-puts:If the inputs are 1 byte and inverted,all the input values must be equal to“0” in order to achieve a positive re-sult.

Each function has an output object towhich the result determined from theinputs is sent. The output object canbe 1 bit or 1 byte, depending on theparameterisation. The default valuewhich should be sent in the event of apositive result can be set. In addition,a delay for sending the output signalcan also be selected.

It is also possible to set an output filter.This means that either only “On”, only“Off” or “On and Off” can be sent for a1-bit output object. With a 1-byte out-put object, it can be set whether “onlythe given value”, “only Off” or “only thegiven value and Off” should be sent.

80 September 2006



So that the inputs are not undefinedafter a voltage failure and subsequentvoltage recovery, there is the parame-ter “Behaviour of inputs after reset”.The inputs can either be read i.e. sendread requests to the linked objectswhich leads to an increased bus loador the inputs can adopt default valueswhich can be defined in the parame-ters.

Multiplexer

&

&

>1

S

E1

S

E2

A

Via the “Multiplexer” logic function, theinput data to the output can be cont-rolled directly. The function has fourcommunication objects “Controller”,“Input 1”, “Input 2” and “Output”. Thediagram above indicates the functionof a 1-bit multiplexer (S=Controller,E1=Input 1, E2=Input 2, A= Output).

The bit size of the inputs and outputscan be set to 1 byte or 2 byte via theparameter “Object type input/output”.The above functionality is thereby re-tained. That means that only input 1 isvisible at the output if the control inputhas the value “1”. Input 2 is switchedto the output as soon as the controlinput has the value “0”.

Note:The output is only sent when there isan actual change of the inputs. If e.g.the control input changes without theinput value changing, the output si-gnal remains as it is. A new output va-lue is sent only if an input signal chan-ges.

Multiplier

The “Multiplier” function enables up tofour output telegrams to be sent withan input telegram. The input communi-cation object is 1 bit. The output com-munication objects can either be 1 bitor 1 byte. The size is set via a corre-sponding parameter.

It can be defined via the setting “Star-ting conditions” whether a duplicationof an input telegram should be trigge-red after an ON or OFF telegram. Mo-reover, there is the possibility of sen-ding output telegrams with a timedelay. By default, a delay of 1 s is de-fined.

The useful information (values) whichshould be sent with the output tele-grams can be set individually for eachoutput via a corresponding parameter.For 1-bit outputs, this is “On” or “Off”while for 1-byte outputs, values bet-ween “0” and “255” can be assigned.

Gate

With the “Gate” logic function, it is pos-sible to filter specific signals and todisable the signal flow temporarily.The function has three communicationobjects “Control input”, “Input” and“Output”.

The control input or output can be1 bit, 4 bits, 1 byte or 2 bytes. The ob-ject types for input and output canalso be set to “unassigned”. This me-ans that the bit size can be freely assi-gned. The first internal or externalgroup address which is assigned andis already linked with another commu-nication object defines the size.

The control is always carried out frominput to output provided that this ispermitted by the control input. The ac-tivation via the control input can becarried out via an ON or an OFF tele-gram. If the setting “Control input” isset to “ON telegram” for example, onlytelegrams from the input to the outputare routed if a “1” has previously beenreceived at the control input.

For 1-bit input and output objects, itcan be set whether the input signalsshould be saved or not “During theblocking”. If the setting “Store inputsignal” is selected, the output sendsits value if a telegram has been recei-ved at the input during the blocking.

If the input and output objects are1 bit, it is possible to invert the output.An inversion element can therefore beimplemented by a gate.

It is also possible to block signals viathe “Filter function” setting. The follo-wing settings are possible: “Filter not-

September 2006 81



hing”, “Filter ON” or “Filter OFF”. Thisfunction is e.g. only necessary if theON telegram from a sensor is of in-terest and this sensor does not have afilter function in its application pro-gram.

Temperature comparator

The two temperature comparator func-tions correspond to the functions ofthe DIN rail mounted logic module.

Temperature comparator 1I1O

With the function “Temperature com-parator 1I1O”, a temperature is com-pared with an internally defined tem-perature value. The function makes aninput available with a2-byte communication object. Tempe-rature telegrams which are triggeredby an EIB temperature sensor are re-ceived at this object and compared.

The value which the temperature at in-put 1 should be compared with, is de-fined in the parameter “Comparativevalue in °C”. This comparative value(input 2) can adopt values between –30 °C and +70 °C.

Application example:Monitoring of a warehouse. Foodshould be stored in the warehouse ata temperature below 12 °C. An EIBtemperature sensor is installed for thispurpose. If the storage temperatureexceeds 12 °C, a cooling unit is swit-ched on in order to keep the foodfresh.

So that telegrams are not triggered con-tinually, if the temperature values forcomparison are almost identical, it isadvisable to set a hysteresis. By default,this is set at 1.5 K. This means that if thetemperature of the comparative valuehas a value of 12 °C and the tempera-ture at the input exceeds a value of12 °C, a telegram is not immediately trig-gered at the output. It is only triggeredwhen it exceeds 12.75 °C. The outputis reset when a temperature falls below11.25 °C.

The output communication object is1 bit by default. ON or OFF telegramsare sent to this object. It is defined inthe parameters when a telegram issent. Depending on the setting “Tele-gram will be sent at”, telegrams aretriggered if an input is greater thananother input or if the result changes.

A change in the result means that thevalue of the input has exceeded or fal-len below the comparative value.

In addition, it can be set whether anON telegram or an OFF telegram issent when the value exceeds or fallsbelow the comparative value.

1-byte values can also be sent to theoutput object. To do so, the parameter“Object type of the output” must be setto “1 byte”. In a similar way to theswitch output, different conditions canalso be set to determine when a tele-gram should be sent. The value whichis sent is defined with the settings “Itwill be sent if input > comparative va-lue” or “…if input < comparative va-lue”. Values between 0 and 255 canbe sent.

The output value is sent cyclically ifthe setting “Send output cycle” is acti-vated. The cycle time is set by defaultat 9:59 but can be adapted to a requi-red cycle time.

Temperature comparator 2I1O

Two temperatures can be comparedwith this function. There are two sepa-rate inputs available with 2-byte com-munication objects. Temperature tele-grams which are triggered by EIB tem-perature sensors are received at the-se objects and compared with eachother.

Application example:Summer/wintertime conversion in aventilation control system. An EIB tem-perature sensor is installed in the sup-ply air and discharge air ducts. If theincoming temperature is identical to orwarmer than the outgoing temperatu-re, it is possible to switch to summermode.

The output communication object is1 bit by default. ON or OFF telegramsare sent to this object. It is defined inthe parameters when a telegram issent. Depending on the setting “Tele-gram will be sent at”, telegrams aretriggered if an input is greater thananother input or if the result changes.A change in the result means that thevalue of input 1 has exceeded or fal-len below the value of input 2.

In addition, it can be set whether anON telegram or an OFF telegram issent when the value of one input ex-

82 September 2006


ceeds or falls below the value of theother input.

1-byte values can also be sent to theoutput object. To do so, the parameter“Object type of the output” must be setto “1 byte”. In a similar way to theswitch output, different conditions canalso be set to determine when a tele-gram should be sent. The value whichis sent is defined with the settings “Itwill be sent if input 1 > input 2” or “…ifinput 1 < input 2”. Values between 0and 255 can be sent.

The output value is sent cyclically ifthe setting “Send output cycle” is acti-vated. The cycle time is set by defaultat 9:59 but can be adapted to a requi-red cycle time.

Status converter

The status converter function recordsinput values and sends a 14-byte pie-ce of text to the output object on re-ceipt of a telegram at the input ob-jects.

Up to four 1-bit input objects can becreated. Output text can be defined foreach logic input state.

Example:The three 1-bit inputs can in theoryhave the following states:

Input 1 Input 2 Input 30 0 00 0 10 1 00 1 11 0 01 0 11 1 01 1 1

Separate text can be defined for eachinput state which is immediately sentvia the 14-byte output communicationobject when the state is met.

Alternatively, the input value can alsobe set to 1 byte. In this case, the sen-ding of the text is triggered via the 14-byte output object on receipt of a1-byte value at the input object. Up to16 different input values or output va-lues can be defined.


September 2006 83


Functional description: Logical func-tions (1…8)


Function ApplicationLogical function 1 Inactive

ANDORNANDNORMultiplexerMultiplierGateTemperature comparator 1I1OTemperature comparator 2I1OStatus converter

Logical function 2 InactiveANDORNANDNORMultiplexerMultiplierGateTemperature comparator 1I1OTemperature comparator 2I1OStatus converter

…Logical function 19 Inactive

ANDORNANDNORMultiplexerMultiplierGateTemperature comparator 1I1OTemperature comparator 2I1OStatus converter

Logical function 20 InactiveANDORNANDNORMultiplexerMultiplierGateTemperature comparator 1I1OTemperature comparator 2I1O

84 September 2006



Communication objects for 1-bit in-puts (AND, OR, NAND and NOR)

Communication objects for 1-byteinputs (AND, OR, NAND and NOR)

Communication objects for 1-bit mul-tiplexer

Communication objects for 1-bytemultiplexer

Communication objects for 2-bytemultiplexer

Communication objects for 1-bit mul-tiplier

Communication objects for 1-bytemultiplier

Communication objects for gatefunction

Communication objects for gatefunction with 4-bit input

No. Type Object name Function0 1 bit Output Send/Receive1 1 bit Input 1 Receive2 1 bit Input 2 Receive

…10 1 bit Input 10 Receive

No. Type Object name Function0 1 bit Output Send/Receive1 1 byte Input 1 Receive2 1 byte Input 2 Receive

…10 1 byte Input 10 Receive

No. Type Object name Function0 1 bit Controller Receive1 1 bit Input 1 Receive2 1 bit Input 2 Receive3 1 bit Output Send

No. Type Object name Function0 1 bit Controller Receive1 1 byte Input 1 Receive2 1 byte Input 2 Receive3 1 byte Output Send

No. Type Object name Function0 1 bit Controller Receive1 2 byte Input 1 Receive2 2 byte Input 2 Receive3 2 byte Output Send

No. Type Object name Function0 1 bit Input Receive1 1 bit Output 1 Send2 1 bit Output 2 Send3 1 bit Output 3 Send4 1 bit Output 4 Send

No. Type Object name Function0 1 bit Input Receive1 1 byte Output 1 Send2 1 byte Output 2 Send3 1 byte Output 3 Send4 1 byte Output 4 Send

No. Type Object name Function0 1 bit Control input Receive1 1 bit Input Send/Receive2 1 bit Output Send/Receive


1 4 bit Input Send/Receive

September 2006 85



Communication objects for gatefunction with 1-byte input

Communication objects for gatefunction with 2-byte input

Communication objects for tempera-ture comparator 1I1O with1-bit output

Communication objects for tempera-ture comparator 1I1O with1-byte output

Communication objects for tempera-ture comparator 2I1O with1-bit output

Communication objects for tempera-ture comparator 2I1O with1-byte output

Communication objects for statusconverter with 4x1-bit inputs

Communication objects for statusconverter with 1-byte input


1 1 byte Input Send/Receive


1 2 byte Input Send/Receive

No. Type Object name Function0 2 byte Input Receive1 1 bit Output Send

No. Type Object name Function0 2 byte Input Receive1 1 byte Output Send

No. Type Object name Function0 2 byte Input 1 Receive1 2 byte Input 2 Receive2 1 bit Output Send

No. Type Object name Function0 2 byte Input 1 Receive1 2 byte Input 2 Receive2 1 byte Output Send

No. Type Object name Function0 1 bit Input 1 (1 bit) Receive1 1 bit Input 2 (1 bit) Receive2 1 bit Input 3 (1 bit) Receive3 1 bit Input 4 (1 bit) Receive4 14 byte Output (14 byte) Send

No. Type Object name Function0 1 byte Input (1 byte) Receive5 14 byte Output (14 byte) Send

86 September 2006



– Used inputs 1 / 2 / 3 / 4– Type of input 1 Bit / 1 Byte– Invert inputs No / Yes– Behaviour of inputs after reset Reading

Given valueOnly for 1 bit:– Given value Off / OnOnly for 1 byte:– Given value 0

– Type of output 1 Bit / 1 Byte– Behaviour of the output Send always

At change– After overwriting of output Take value

Do not take value– Delay of the output No / Yes

telegramOnly if “Yes” is selected:– Time delay 04:59

Only for 1 bit:– Output filter Send only on

Send only offSend on and off

Only for 1 byte:– Output filter Send only given value

Send only offSend given value and off

– Given value 1(1…255)

– Object type input/output 1 Bit1 Byte2 Byte

General:– Starting conditions OFF telegram

ON telegram– Telegram delay (s) 01:00Separate for each output:– Object type Output … 1 Bit / 1 Byte

Only for 1 bit:– Display output … Off / OnOnly for 1 byte:– Display output … 0

– Control input Activate at OFFActivate at ON

– Object type of input and output 1 Bit4 Bit1 Byte2 Bytenot assigned

Only for 1 bit:– During the blocking Do not store input signal

Store input signal– Filter function Filter nothing

Filter ONFilter OFF

– Invert output No / Yes

Parameters: AND, OR, NAND andNOR logic functionsThe default setting for the valuesis printed in bold type.

Parameters: MultiplexerThe default setting for the valuesis printed in bold type.

Parameters: MultiplierThe default setting for the valuesis printed in bold type.

Parameters: Gate functionThe default setting for the valuesis printed in bold type.

September 2006 87



General:– Comparative value (in °C) 18– Hysteresis 1.5– Object type of the output 1 Bit / 1 Byte– Telegram will be sent at Input is greater than comparative value

Input is less than comparative valueOutput changing

Only for 1 bit:– It will be sent if OFF telegram

Input > Comparative value ON telegram– It will be sent if OFF telegram

Input > Comparative value ON telegramOnly for 1 byte:– It will be sent if 0

Input > Comparative value– It will be sent if 255

Input > Comparative value– Send output cycle No / Yes

Only if “Yes” is selected:– Cycle time (mm:ss) 09:59

General:– Object type of the output 1 Bit / 1 Byte– Telegram will be sent at Input 1 is greater than input 2

Input 1 is less than input 2Output changing

Only for 1 bit:– It will be sent if OFF telegram

Input 1 > Input 2 ON telegram– It will be sent if OFF telegram

Input 1 < Input 2 ON telegramOnly for 1 byte:– It will be sent if 0

Input 1 > Input 2– It will be sent if 255

Input 1 < Input 2– Send output cycle No / Yes

Only if “Yes” is selected:– Cycle time (mm:ss) 09:59

Parameters: Temperature compara-tor 1I1O (1 input 1 output)The default setting for the valuesis printed in bold type.

Parameters: Temperature compara-tor 2I1O (2 inputs 1 output)The default setting for the valuesis printed in bold type.

88 September 2006


– Type of input 1 bit1 byte

Only for 1 bit:– Number of inputs 1 / 2 / 3 / 4(Following parameters only for 2 inputs)– Output (14 bytes) for input value Inactive

I2, I1=00 ActiveOnly if “Active” is selected:– Output text (14 bytes) for <Text> input value I2, I1=00

– Output (14 bytes) for input value InactiveI2, I1=00 ActiveOnly if “Active” is selected:– Output text (14 bytes) for <Text> input value I2, I1=00

…– Output (14 bytes) for input value Inactive

I2, I1=00 ActiveOnly if “Active” is selected:– Output text (14 bytes) for <Text> input value I2, I1=00

Only for 1 byte:– Number of input/output values 1 / 2 / 3 / 4 / … / 15 / 16(Following parameters only for 3 input/output values)– Input value 1 0– Output text (14 bytes) for <Text>

input value 0– Input value 2 0– Output text (14 bytes) for <Text>

input value 1– Input value 3 0– Output text (14 bytes) for <Text>

input value 2

Parameters: Status converterThe default setting for the valuesis printed in bold type.


Product manual ABB i-Bus EIB/KNX ABB i-bus EIB/KNX ABB ... · ABB i-bus® EIB/KNX ABB Powernet...

Documents

Transcript of Product manual ABB i-Bus EIB/KNX ABB i-bus EIB/KNX ABB ... · ABB i-bus® EIB/KNX ABB Powernet...