CTRLX smart-house controller manual

Transcription

1 CTRLX smart-house controller manual Any errors may be back reported to the author

2 Title page 1 Introduction to the CTRLX setup tool by Carlo Gavazzi Industri A/S This help manual covers the Configuration Tool setup.

3 Carlo Gavazzi CTRLX smart-house controller All rights reserved. No parts of this work may be reproduced in any form or by any means - graphic, electronic, or mechanical, including photocopying, recording, taping, or information storage and retrieval systems - without the written permission of the publisher. Products that are referred to in this document may be either trademarks and/or registered trademarks of the respective owners. The publisher and the author make no claim to these trademarks. While every precaution has been taken in the preparation of this document, the publisher and the author assume no responsibility for errors or omissions, or for damages resulting from the use of information contained in this document or from the use of programs and source code that may accompany it. In no event shall the publisher and the author be liable for any loss of profit or any other commercial damage caused or alleged to have been caused directly or indirectly by this document. Printed: februar 2010 in (whereever you are located) Publisher Carlo Gavazzi Industri A/S Managing Editor Carlo Gavazzi Industri A/S Technical Editors Carlo Gavazzi Industri A/S... Cover Designer Carlo Gavazzi Industri A/S Team Coordinator Carlo Gavazzi Industri A/S Production...enter name... Special thanks to: All the people who contributed to this document. Last not least, we want to thank EC Software who wrote this great help tool called HELP & MANUAL which printed this document.

4 4 Carlo Gavazzi CTRLX smart-house controller Table of Contents Foreword Part I Welcome Introduction Help and... Manual release log 11 Part II General info 14 1 Terms... used 14 Definitions Room and cation Function description Signal trigger... modes 20 Keyboard shortcuts Important... info 22 USB connection Label editing Ethernet connection LAN questions... and answ ers 30 3 Requirements Installing... the USB driver 30 English Vista course English XP course How to... create a new project 39 6 Trouble... shooting 40 Part III The menus 42 1 File menu Create new project Open existing... project 44 Save project Save project as Read project from... controller 46 Write project to... controller 47 Print Module address... coding 48 Module list Unused I/O Unused signals Function configuration... and signals 52 Signals used... in functions 53 Function details Simulated habitation SMS settings Recent files Exit... 57

5 Contents 5 2 Edit menu Placing of m odules Signals ng activation Functions Sim ulated habitation SMS setup Touch screen... setup 66 Connection... settings 66 Page setup Editing tools Add buttons Add page Touch panel properties Move page Add/Delete buttons Control element types,... size and colors 74 Goto page Control an on/off... signal 76 Set a value Internet link Show a text Show on/off status Show analogue... value 81 Image Control image Show outline Grid settings View Module address... coding 87 Module list Unused I/O Unused signals Signals used in... functions 87 Sim ulated habitation SMS setup Live signal status Project Single or Multiple... floor house? 90 Project settings Project settings Project settings User information Communication... setup 94 Modbus protocols Function code Function code Function code Function code Function code Function code Complete memory... map tables 101 Code

6 6 Carlo Gavazzi CTRLX smart-house controller Code Code Addr Addr Addr Addr Addr Addr Addr Addr Addr Code Addr Addr Addr Code Addr Addr Code Addr Addr Addr Addr Addr Addr Touch screen... settings Tools Program properties Program properties Installer information Rooms and... locations 217 Controller tools Firmw are... and time 218 Updating firmw are... using Tool 221 Updating firmw are... using SD-card 223 Configuring... the controller from an SD-card 224 Debug tool Restart communication Help About this program Introduction Index Part IV Functions Light... fuction 230 Definitions table Definitions... table - light function 231 Definitions... table - dimmer function 234 Definitions... table - constant light function 238 Light Dim able light Constant light

7 Contents 7 2 Alarm... function 247 Intruder alarm Sm oke alarm Water alarm How to Multiple alarms... w ith common siren 254 More outputs... on the 'Alarm status output' Temperature Therm ostat Tem perature... control 257 Tem perature... regulation 258 B4x / Elko... temperature display 259 Opus / Fuga... temperature display 262 Analink sensor Time Real tim e clock Calendar Tim er functions Up-Down... control 270 Rollerblind control Window control Sequence Sequence exam... ple 276 Sequence table Other... functions 279 Multigate Light level Hum idity level Wind speed Part V SMS setup GSM... Configuration Send... SMS Receive... SMS SMS... examples SMS... combination table 291 Index 293 7

8 8 Foreword Foreword This is just another title page placed between table of contents and topics

9 Top Level Intro This page is printed before a new top-level chapter starts Part I

10 10 1 Carlo Gavazzi CTRLX smart-house controller Welcome This help file is meant as a supplement to your knowledge of making a configuration on a Carlo Gavazzi smart-house controller type BH8-CTRLX-. As you are reading this, I guess you have failed trying your way - now let's try our way! The Carlo Gavazzi BH8-CTRLX controller can be used in your building, and offers you great comfort by means of switching the electrical appliances in the house. Many light contacts can be replaced with modules that does the switching automatically. In order of making your home more comfortable, you can set the controller to do the work for you: Switching lights by means of a movement, outside light or time periods; central control of light switching; informing you by cellular phone sms's of events in your house; controlling temperature; alarm signalling; rollerblind control and other various functions. You program the controller with the software installed on your Microsoft Windows based computer. The basics of the program and the functions, with examples, are described here in this help file. The controller carries out the wanted functions through the two wires, sending and receiving information to and from the other modules connected to these wires. What you experience is not an automated factory, but a very convenient home, where you have the control of the functions. One example could be: By the touch of a switch you switch on the light to a low dimmed state in the hallway and the toilet, you won't get blinded by a sharp light in the middle of the night, and when you return to your bed, the lights switches back off after a short period of time. That's comfortable. It's simple. It's working. Use this guide to enter the knowledge of handling the controller. 1.1 Introduction All the material found in this manual is based on an example of a one-storied house with an extensionmodule and a GSM-module connected, in addition to the modules that are required to make the functions in this house work. See the 'How to create a new project' for more info. The installation of the program is straight-forward, all project files are installed in the path C:\Controller. What you need to make a configuration, is the setup program that can be downloaded from select your country, and choose the 'download' button. Here you have the possibility to select 'Smart-house Controller BH8-CTRLX-230 (config tool and firmware)' that contains the installation files. The PC does not need to be connected to a controller in order to make a configuration. The figures in this manual may differ from the figures on your screen. This is not necessary an error, but may be caused by revision differences. Any errors found may be reported back to the author of this help file on to your local Carlo Gavazzi supplier:

11 Welcome The contents of this manual may be altered without notice. 1.2 Help and Manual release log Release (Jan 29th 10) 1. PIR scenarios swapped in dimmer function Release (Jan 15th 10) 1. Modbus layout changed. 2. Introduction: Internet address changed. 3. Input signal trigger state/event description added to the definition and to the functions. 4. Sequence table added Release (Dec 2nd 09) 1. Alarm - buzzer added 2. USB driver installation paragraph added Release (Nov 23rd 09) 1. Debug functions added/changed. 2. or text modifications. Release (Nov 3rd 09) 1. Revision number synchronized with Controller Tool. 2. SMS example added. 3. Definitions table changed. 4. Explanations of the Modbus protocols corrected. 5. Alarm function 'How to' changed. Release (Oct 21st 09) Seen in the software release GSM modem LED status added 2. Text description of the connection settings altered. 3. Version numbering and Beta-version description added. 4. Help menu point layout altered. 5. Dimmer function auto scenario 0% added. Release (Sep 25th 09) 1. Project and Tool menus changed - installer and user info separated. 2. Pages moved and customized. 3. Blinds and window control function corrected and customized. Release (Sep 21st 09) 1. B4x temp. display added. 2. Remaining I/O's added. 3. Modbus definitions added. 4. Keyboard shortcuts added. 5. Light function definition table updated. Release (Sep 14th 09) 1. Text and figures changed in sequence and humidity functions. 2. Release note number system added. 3. Release number fitted to Config tool release. 11

12 12 Carlo Gavazzi CTRLX smart-house controller Release : (Aug 25th 09) 1. GSM setup and use examples added. 2. Alarm functions descriptions extended. 3. Dimable light flowcharts corrected. Release : (May 11th 09) 1. Changes in 'Ethernet connection' - LAN Q and A added. 2. Changes in 'Firmware and time - Specific differences between updating firmware added (Tool vs. SDcard). 3. or changes in the look of the light function description. Release : 1. Together with the Service Pack 1 of the Controller tool.

13 Top Level Intro This page is printed before a new top-level chapter starts Part II

14 14 2 Carlo Gavazzi CTRLX smart-house controller General info Find in the following paragraphs useful information of how to get your controller to work. 2.1 Terms used Important info Requirements Installing the USB driver How to create a new project Trouble shooting Terms used Terms of expressions used in this manual: The project name for the example used is "MyHouse", and the file name of the project is "MyHouse. scc", where the extension.scc is added automatically. The file placing can be edited in the Program properties in the Tool menu ok at the definitions of some expressions used in the manual Definitions When designing the project, you will meet the some expressions that may not be quite clear. Here's an entry to the terms used, and some examples of how to use them. Floor, Room and location Signal triggering When it comes to the signals and functions, we need to give you an explanation of how these works. See a description and examples by choosing the functions below. See also the Function description. Light function: Light switch Dimable light Constant light Alarm function: Intruder alarm Smoke alarm Water alarm Temperature function: Thermostat Temperature control Temperature regulation Time function: Real time clock Calendar

15 General info 15 Timer function Up-Down control: Roller blind control Window control Sequence function Other functions: Multi gate Light level Humidity level Wind speed Room and cation When you have the drawings of your home, the rooms and the placing of the modules within each room can be planned. The program uses locations and rooms as cue words to ease the overview of the setup. These can be created in one of the menus, 'Program properties', just to guide you through the setup process. When adding modules to your house, you will make contact with the terms 'Floor', 'Room' and 'cation', and 'Cabinet' and 'Sub-cabinet' The 'Floor' is equal to the storey where you want to put your rooms. The 'Room' is equal to a room in your building. The 'cation' is a surface in the locale - e.g. a wall or ceiling. The 'Cabinet' is an enclosure for the electric components, so is the 'Sub-cabinet' which may or may not be placed adjacent to the main cabinet. The sub-cabinet can also be placed in another room, or on another storey, or even in anoyher building. Cue-word House Floor Meaning The entire building that contains the components used to make the automation work The storey in the house where you want to put some rooms. Note: This is only available when 'Multiple floor house' has been selected. Room A room in the house, e.g. a living-room, or hall. cation A location of a component in a room, e.g. on a wall, or ceiling. Cabinet The main cabinet that holds many of the rail-mounted components Sub-cabinet Another cabinet, can be placed elsewhere for some convenience. Let's make a couple of examples: By right-clicking (or double-clicking) on the 'New house' icon (or pressing <CTRL>-A when 'MyHouse' is

16 16 Carlo Gavazzi CTRLX smart-house controller high-lighted), you can select 'Add room', or rename an existing room. In the example above, the name 'New house' has been renamed to 'MyHouse', and a room with the name 'Bedroom' is selected. This can be done by selecting the 'Rename NewHouse' or by pressing 'F2' when 'MyHouse is highlighted. By selecting the 'Bedroom', you can add a place, or rename or remove an existing room. The 'Wall by door' is selected as a place of a module. Click 'Ok' to accept the choice. This drop-down menu is available when the rooms and places are pre-defined in the 'Tools' - 'Program properties' menu under the 'Define rooms and locations'. By right-clicking the 'Wall by door', you can add a module, or rename or remove an existing module. See the 'Placing of modules' paragraph on how to select the modules. By right-clicking on the 'Cabinet', you can add a module in the cabinet, or rename the cabinet.

17 General info 17 The procedure in selecting modules for the cabinet is much like the above description for placing a module at a location. See the 'Project settings' paragraph on how to select the modules Function description The basic light function is explained here: All functions are 'event' controlled. This means that only the change of state of the signal will cause an output transition. Let's study an example: Think of a switch that is pressed, causing the light to be switched on. The event in this example is the switch contact that is closed, thus making a signal change. When we look at our functions, we can see similarities. Study the two figures below: Switching on Switching off The blocks are read from left to right. The figure to the left, 'Switching on', indicates the output change from 'off' to 'on'. We see that the signal change occurring at the input of the function causes the output Light OFF change to Light ON condition. The figure to the right, 'Switching off', indicates the output change from 'on' to 'off'. We see that the signal change occurring at the input of the function causes the output Light ON change to Light OFF condition. If there are more conditions to consider, they are still read from left to right, and the conditions must be fulfilled in order to make the function block to change state on the output.

18 18 Carlo Gavazzi CTRLX smart-house controller oking at the example above, we see that there are two conditions to be fulfilled before the output changes state. At the moment that both Signal1 AND Signal2 become active, the output changes from OFF to ON. For example: if Signal1 is ON, and Signal2 changes from OFF to ON, the output changes state from OFF to ON. The 'Signal' block can be any of the signals defined: Light switch Motion sensor (PIR) Outdoor light sensor (LUX) Real time clock (RTC) or defined functions (<FX>). Example: You have selected a light switch, with an input 'Hall light switch' which is a push-button placed on the wall in the Hall. The output is the 'Hall light relay', which is the relay that switches the power to the light. First scene: Let's assume that the light is switched off. You press the button, and the light switches on. Nothing happens when your finger is released from the button. Second scene: The light is on. You press the button, and the light switches off. Nothing

19 General info 19 happens when your finger is released from the button. Compared to the description with the block description, we see that when the condition of an 'on' signal is present, the output 'toggles' (changes state). There is only one condition in this example, the 'Signal' is the push-button (the 'Hall light switch') which is pressed. Even if you have more 'On/Off signals defined, these will still be the first condition (signal) that you can choose among. The output is the 'Hall light relay 6 output', which changes state from off to on in the first scene, and from on to off in the second scene. It is not necessary to put a signal in the 'Controlled outputs' to get the function working, it means that you just use the function by the label 'Light - Hall' later. You may also omit the input signal, and control the function on or off by controlling the output by the function. This may be done in e.g. a sequence.

20 Carlo Gavazzi CTRLX smart-house controller Signal trigger modes When a signal occurs, there are basically two states of the signal: pulse or static. A pulse signal is short, called an event, and a static signal lasts until reset. An example: The doorbell button. When you press the button with your finger, the doorbell rings. When you release your finger from the button, the bell stops ringing. This is the static signal - it is reset when you release your finger from the button. Our controller can detect the change of the signal from the button, from the off state to the on state. We call this state change for an event. In the above example, the event happens in the moment when you put your finger on the button. It does not matter how long you keep it pressed, the event occurs only once Keyboard shortcuts Are you kind of tired of using the mouse clicks a lot? Start using the available keyboard short-cuts! Save your work by pressing the <CTRL> button together with the 's' (hereafter <CTRL>-S) As a thumb-rule, wherever you see a short-cut in the menu-point, you can use it instead of one or more mouse-clicks. Press <CTRL>-R to read the project from a connected controller, and <CTRL>-S to write the project to disk. In the Config Tool, you find the following short-cuts: Key normal <shift> <Ctrl> <shift>-<ctrl> Key normal <shift> A B C D E Add Switch to Placing of modules Switch to Signals Switch to Functions Switch to Simulated habitation Switch to SMS setup Switch to Touch screen setup Make (Fx) Digital thermostat L M N O P Q R S <Ctrl> <shift><ctrl> Make (Fx) Window control Make (Fx) Multigate Create new Add signals project to switch on Open existing Make (Fx) project Temperature control Print menu Make (Fx) Wind speed Make (Fx) Rollerblind control Read project Make (Fx) from Real time controller clock Save project Make (Fx) to disk Sequence

21 General info F Add signals to switch off T G Make (Fx) Constant light U H Make (Fx) Humidity level Make (Fx) Dimable light Make (Fx) Calendar Make (Fx) Smoke alarm V I J K Make (Fx) Temperature regulation Make (Fx) Intruder alarm Make (Fx) Light level Write project Make (Fx) to controller Water alarm W X Y Make (Fx) Energy Make (Fx) Timer function Z <Del> Delete 21 <F2> Add / Edit During 'Placing of modules', you can select the short-cut <CTRL>-A to add items, depending of what you are working with:

22 22 Carlo Gavazzi CTRLX smart-house controller If your selection 'New house' (1) is high-lighted in multiple floor mode, pressing the short-cut will add a new floor.(or room, if in single floor mode). If floor (2) is selected, a room will be added If room (3) is selected, a location will be added. If location or cabinet (4) is selected, you will be lead to the 'Add module' window, where you can select the unit to be used. Working with signals, selecting the <CTRL>-A short-cut, will add a label to the selected I/O Once a signal is made, you can edit it by 'F2', or make a long activation on a button input by <CTRL>-L short-cut. 2.2 Important info In order to get in contact with the controller, you must use the USB or Ethernet connection. When you connect your PC to an Ethernet network where one or more controllers should be found, the Config Tool (if started) starts looking for the controller(s). If one or more units are found, a window will pop-up, allowing you to make a selection of which controller to connect to. Select the wanted controller on the list, or cancel if you do not want to get connected at this time. If no answer is received from the ethernet, it looks on the USB port to see if there is a connection. If there can be established a connection on the USB port, it tries a TCP connection first, then a normal USB connection. If no connection is found, the process starts all over. Consult the section that concerns your connection type. Version numbering system: Our numbering system is based on the x.yy.zz numbering system, where the x is the major release number, yy is the version number, and zz is the release within the xx version. The x indicates a major release, normally seen when a Service Pack is released.

23 General info 23 The yy indicates the version number. This number is increased when there's a software change by some reason. If this number is an even number, the release is a stable, public release. If this number is odd, then you are running a Beta-release. (See below) The zz number is the release. This number is increased every time a minor fix is released. The version number of your software can be found in the menu 'Help' - 'About this program' Beta versions: When a new x or yy version is released, it is given an odd number, and distributed to selected users for testing and reporting. When the test period is over, a new version will be released, given an even number, available for download. The beta versions are test versions, and must be considered as such. You may experience some technical difficulties at this stage. We are constantly working on improving the software, and your reports of any deviations from what you expect to happen is valuable for us. In case of problems - see the Trouble shooting guide USB connection Make sure that: the USB cable is not connected to the USB port of the controller. the pc (and thereby the USB port) is started (This can normally be seen on disc non-activity after start-up). the proper programs are installed (see the hardware & software requirements paragraph). the controller is powered-up. Now the USB cable can be connected to the controller & the PC, and the ActiveSync (XP) or Windows Mobile (Vista) will start and indicate a connection. When these demands have been fulfilled, the smart-house configurator tool can be started, and after a short while, the main window will appear. The icon bottom left in the status line informs you the connection status to the controller: Status shortly after opening the program. The 'Making connection' info - USB found, communication not yet established.

24 24 Carlo Gavazzi CTRLX smart-house controller 'Communication ok' - PC and controller connected and communicating Label editing Be careful to give the signals names that gives you an idea of what it is. E.g. 'Hall switch' says more than 'E4k5x' - even if both labels are legal. The labels may consist of almost all normal characters. Do not use the characters '<' and '>' in the label names! Ethernet connection The new CTRLX controller can be connected to an ethernet router in order to make communication between the PC and the controller. There is no possibility to adjust any port settings in the controller, nor in the configuration tool. The controller, at the time it is connected to the router, will be assigned an IP address from the DHCP in the router. Once given this address, the program will scan the local net to see if it finds any controller(s). Each controller, if more, will be assigned their own IP address on the net they're connected to, and the config tool will recognize each controller by the project name given in the config tool, and show this

25 General info 25 name at the time of connection. This will be shown in a pop-up window where the information of the controller's ip-address and project name, if given (see below). If there are more than one controller on the net, you may choose an individual controller, as the config tool only accesses one controller at a time. If you want to choose another controller on the net, restart the communication, and choose the wanted controller. The controller cannot normally be accessed directly from the pc, neither can it be accessed through a stand-alone switch, as it needs to be assigned to an IP-address, which is done in the router with such a facility. Though, it may be considered that the PC can be set up as a DHCP server, and in that way the connection can be established directly between the PC and the controller, or via an ethernet switch. Make sure that: the Ethernet cable is not connected to the Ethernet port of the controller. the pc is started (this can normally be seen on disc non-activity after start-up). the proper programs are installed (see the hardware & software requirements paragraph, although ActiveSync is not needed to get in contact to the controller via the Ethernet port). the controller is powered-up. Now an Ethernet cable can be connected between the controller via a switch or router to a pc. When these demands have been fulfilled, the smart-house configurator tool can be started, and after a short while, the main window will appear. There are three states of getting connected to the controller: Making connection

26 26 Carlo Gavazzi CTRLX smart-house controller Figure 1 Making connection After having selected the wanted controller, the windows changes to one like in figure 2.

27 General info 27 Figure 2 The text in the lower left of the windows reads 'Making connection' with an icon with yellow marking next to it while the communication channel is established. Communication ok (with a yellow icon) See figure 3

28 28 Carlo Gavazzi CTRLX smart-house controller Figure 3 The communication line is established, but no data is exchanged yet. This can also be seen on the bottom status line - no info from the controller of Time and Date received yet. You cannot send or receive files with the controller at this time. Communication ok (with a green icon)

29 General info Now the communication channel is established, the program has received information from the controller, and the status line shows some status information. You can now transfer files between your program and the controller. 29

30 Carlo Gavazzi CTRLX smart-house controller LAN questions and answers Q: What will happen with the different connected equipment IP addresses if the router resets itself? A: If the router resets, it may or may not give new IP addresses to the connected units, but it doesn't matter for the smart-house components. These units use the Ethernet port numbers to create connections to communicate through, so they will connect no matter what happens. Q: Can we give controller (CTRLX) a fixed IP address? A: No, You can not set a fixed IP address for the CTRLX. The controller is assigned an IP address from the router, and the communication from the Config Tool and the controller is fed through a port on the IP address. 2.3 Requirements imum hardware requirements: A Microsoft Windows XP or Vista-based pc. Display with a resolution capability of minimum 1024x768 pixels. 200MB of disk-space. One USB 1.1 port or newer or an Ethernet-port and cables. Software requirements and required versions: Windows XP service pack 3 - or - Windows Vista, service pack 1 ActiveSync 4.5 for Windows XP - or - Windows Mobile 6.1 for Windows Vista.NET Framework 2.0 This program does not need a connection to a controller to run. 2.4 Installing the USB driver The controller can communicate through the USB port, and we have a driver for our controller. Follow the procedure below in order to have the driver installed. 1. Start the Config Tool program. 2. Program the controller with the new firmware that comes with the latest Config tool. (Procedure described in the 'Updating firmware using Tool' paragraph). 3. Disconnect the USB cable from the controller, and restart the controller (power off - wait 10 seconds power it on again). 4. When the USB cable is connected to the controller, your PC will tell that it has found new hardware. 5. Select 'Do not connect at this time', and choose Specify the location of the drivers. 6. Choose the driver from the location where the configuration tool is installed, in the folder named 'Usb Driver'. 7. If you run Windows XP, select the 'USB_DRIVER_XP', if you run Windows Vista, select the 'USB_DRIVER_VISTA'. 8. Wait for the configuration to finish. To see a more detailed course of the installation, choose below which OS that you run on your machine: Windows Vista

31 General info 31 Windows XP English Vista course Make sure that you have administrator rights to install drivers on your PC! When the USB cable is connected between the CTRLX controller and your PC, the following windows pop up: First, select 'cate and install driver software (recommended) After a short while, the next window appears:

32 32 Carlo Gavazzi CTRLX smart-house controller Click the 'I don't have the disc. Show me other options.' Now the next window appears on your screen: Now, choose the 'Browse my computer for driver software (advanced)'

33 General info Select the folder where the program is installed, and locate the 'Usb Driver' folder. Select the 'USB_DRIVER_Vista' as shown in the window below. Click 'OK' When the window below appears on your screen, choose the 'Install this driver software anyway'. It's safe - we have developed it, and there are no malware functions in this driver. 33

34 34 Carlo Gavazzi CTRLX smart-house controller When the driver is installed, you will see a window that tell you that the driver is installed. Close this window, and your controller will connect to your PC through Windows mobile - and to the Config Tool program English XP course When the 'Found new hardware' information is appearing, the next window will follow: Select 'No, not this time', and click 'Next'.

35 General info The next window appears: Select the 'Install from a list or specific location (Advanced)'. Click 'Next'. The following window appears: 35

36 36 Carlo Gavazzi CTRLX smart-house controller Click the 'Browse' button, and locate the folder where the configuration program (Config Tool). Find the folder where the 'USB_DRIVER_XP' is located, and select this folder.

37 General info Click 'OK' Click 'Next' Now the installation is in progress. 37

38 38 Carlo Gavazzi CTRLX smart-house controller After a short while, the next window appears, and the installation is complete. Click 'Finish'.

39 General info 39 At this point the ActiveSync should start, and find the CTRLX controller. 2.5 How to create a new project Be sure to read and understand the 'Important info' paragraph before you start! The house you want to make an application for may consist of a house of one floor or a house with more stories. The components used in the example in this help file are one controller, one extension module, and one GSM SMS module. In addition to these basic modules, a number of other modules are used: wall switch output relay misc. input sensors rollerblind module light dimmer module temperature display temperature sensor temperature controller PIR detector smoke sensor water sensor wireless modules wind speed sensor Go to the setup of the project. The example used in this help file is meant to help you understand the concept of the controller.

40 Carlo Gavazzi CTRLX smart-house controller Trouble shooting Communication problems: General: Select the 'Tools' menu and click the 'Restart Communication' button. Check that ActiveSync (XP) or Windows Mobile (Vista) is installed and running, that.net Framework is installed, and that you have the latest versions installed on your PC. (See 'Requirements') USB: Follow the USB setup guide very carefully. Worst case - power down your PC and the controller, remove the USB cable, wait fore at least 10 seconds, and start all over, following the USB setup guide Ethernet o Controller not found (All connections are with cables) Check if your controller is connected to a router. Check if your PC is connected to the same router. Check if the Ethernet cables are straight-through types. Check if the cables are connected to the same level of ports on the router. Check if only one PC is connected to the router. Enter your routers setup, and check the assigned IP addresses to the units that are connected. Check if the controller and your PC are on the list. Compare the o Controller not found (Controller and router are wired, PC is Wi-Fi connected) Check if your PC s network card is active. Check if your PC is connected to the router. Check if only one PC is connected to the router. Enter your routers setup, and check the assigned IP addresses to the units that are connected. Check if the controller and your PC are on the list. Try to deactivate your PC s Wi-Fi card, wait for ½ minute, and then activate it again. Sending project files for investigation If you need to send your project for investigation, the following files are necessary: The project file *.scc: which is found in the folder set in 'Tools'.. 'Program properties'.. 'Project file folder' The config file 'DuplineConfig.dup' which is found in the folder set in 'Tools'.. 'Program properties'.. 'Project file folder'. This file will be updated whenever a project is saved. The Touch Screen files: which are found as folders in the folder set in 'Tools'.. 'Program properties'.. 'Project file folder'

41 Top Level Intro This page is printed before a new top-level chapter starts Part III

42 42 3 Carlo Gavazzi CTRLX smart-house controller The menus This is the main window of the program. From this point you have access to the following Menus: File Edit View Project Tools Help

43 The menus 3.1 File menu The selectable menu points in the File menu are: Create new project Open existing project Save project Save project as Read project from controller Write project to controller Print Recent files Exit Create new project This is the project setting window, where the basic setup of the program is made. Choosing this option opens a new window with the related setup parameters: Project setting User information 43

44 44 Carlo Gavazzi CTRLX smart-house controller Communication setting Touch Screen settings Open existing project Choose the 'File' menu to access the 'Open existing project...' button, or press <CTRL>-O A window like the one below opens. Select the existing project among the files listed. If you are working on an existing setup, and you want to open another project, you will be asked to save the actual project first, if this hasn't been saved.

45 The menus Save project This menu point saves your work with the current name. After selecting the 'Save project', the info in the program bar ' *File not saved' disappears, and the [New. scc] changes to the name that you give your project, e.g. [(pathname\)myhouse.scc]. The configuration can also be transferred to the controller via the SD-card (Max 2GB, FAT or FAT32 format) in the following way: Prepare the files (.scc (the project file), DuplineConfig.dup and the folders with the touch-screen setup, if used). These files are available when you save your project, and are placed in the default directory (set in 'Tools'.. 'Program properties'.. 'Project file folder'), but can be located elsewhere. The files are to be placed in the root of the SD-card. See an example below: When the controller is running, insert the SD-card in the slot in the front of the controller. After a short while, the red LED 'COM' lights up for a while. When the red LED 'COM' extinguishes, the project istransferred, and the controller runs the new program short after.

46 Carlo Gavazzi CTRLX smart-house controller Save project as The menu 'Save project as...' gives you the possibility to save an existing project under another name. The files will be saved in the default directory (set in 'Tools'.. 'Program properties'.. 'Project file folder'), but can be placed elsewhere. Selecting the 'Save project as...' makes the window below pop-up. The project will continue with this new name. The file extension will automatically be.scc Saving the project under a can be useful, when you want to make a test on an existing project, and you don't want to lose the present working one. Save the working project under a new name, and make the testing here. If something fails, you will be able to load the original working project again Read project from controller If you have connected a controller to your PC, either via USB or Ethernet, you can read the configuration back to the smart-house Configurator software.

47 The menus 47 This can be useful, if the original project file is not available. All the information that is necessary to build a project file is saved to the controller, and will be available after a download from the controller. The 'Read' button on the menu line can also be used as quick access to 'Read from controller' Write project to controller The project you are working with can at any time be written to the controller. There is no syntax control during the process, so what you have made will be transferred. Be aware of that the controller has no memory for previous uploads, so you will not be able to revert to an earlier configuration after having written the project. If you are experimenting with more setups, save the different projects with other filenames - see 'Save project as...' The 'Write' button on the menu line can also be used as quick access to 'Write to controller' Print... You can make a printout of the different setups of the project, by selecting the 'Print...' function in the 'File' menu.

48 48 Carlo Gavazzi CTRLX smart-house controller The print (and view) options are: Module address coding Module list Unused I/O Unused signals Function configuration and signals Signals where used in functions Function details Simulated habitation SMS setup Module address coding The printout of the module address coding is one of the tools that you will use when it comes to coding the modules. When you have created a project, all the modules are to be programmed according to the address listing in the 'Module address coding' list.

49 The menus 49 The list could look like this: The file placement in the example is chosen in the Program properties menu under the Tools menu. The listed modules are identified on their types, and the channels can be programmed using the GAP1605 according to the listed parameters.

50 Carlo Gavazzi CTRLX smart-house controller Module list The printout of the module list gives you an overview of which modules that are used in your building. Selecting the 'Module list' in the 'View' menu gives you a printout like the one showed below.

51 The menus Unused I/O The printout of unused I/O's gives you a view of free (or not used) in- and outputs in your modules. Here you can see if there are any inputs or outputs that are available for future add-on's. Notice that you also have the overview over how many unused I/O points in the controller and extension modules, listed first in the overview.

52 Carlo Gavazzi CTRLX smart-house controller Unused signals Here the signals that has been defined, but not yet used, are listed. Useful in debugging, or in future programming Function configuration and signals The list of functions and signals come very handy when you want an overview of the defined functions in your project, and you want to see which signals that have been used in the different functions that are already made.

53 The menus 53 Such a list can look like this: Signals used in functions Here you get a good overview over the signals that are in use, and in which functions they are used. Very useful in debugging and in general programming.

54 54 Carlo Gavazzi CTRLX smart-house controller An example of such a list:

55 The menus Function details The menu point 'Function details' informs you of which location that contains your different defined functions. Selecting a printout gives you an overview of the function names and where they are located. oking at the example above, the location is written in plain text to the left, and the functions in bold to the right Simulated habitation Selecting this printout gives you an overview of which signals that are used in order to let the automation give an impression of that there is somebody home.

56 Carlo Gavazzi CTRLX smart-house controller SMS settings Choose the 'SMS setup' from the 'View' menu. This leads you to a printout that looks something like this: The path and filename in the first line is set in the 'Program properties' menu. The contents of the SMS setup will be printed as seen on the screen Recent files Every time you press the 'Save project' function in the 'File' menu, the project will be added to the 'most recent' file list. If you are working on one project, and you save your work from time to time (we recommend that), the 'Recent files...' list is updated with the project path and name. Each time you save a project with a different name or path, this project will be added to the 'Recent files...' list.

57 The menus 57 The picture shows that there has been worked on 2 previous projects, and 'MyHouse' is about to be selected Exit The 'Exit' in the File menu exits the program. If you have made changes to the configuration, it will ask you to save if there has been made changes. 3.2 Edit menu The Edit menu consists of the following items:

58 58 Carlo Gavazzi CTRLX smart-house controller Placing of modules Signals Functions Simulated habitation SMS setup Touch screen setup Placing of modules There are two ways of presenting your project in the Config tool, either the graphic, or the non-graphic way. The two pictures below shows the difference. There are no function-differences in the two. The placing of modules is shown in a nongraphic or graphic way on your display. After having right-clicked (or double-clicked) on a 'place', the module selection 'Add module' appears: (Have in mind the keyboard short-cuts that will ease the making of your project!)

59 The menus 59 Carefully select the module that is to be used at this particular location, check the data sheet by clicking the 'View datasheet' button if you are unsure of your choice. The box 'Module reference may be selectable or dimmed, whether you have selected this option in the 'Program properties' settings, as shown below. Important: See to that the module is connected to the correct bus, using the 'Module connected to' drop-down menu. If the unit is to be wired directly from the controller terminals, use 'Internal bus' choice, else use the 'Bus Module x' choice (where x is the number of the extension module used). A way of making this automated, is to right-click on a cabinet, and then select the wanted bus that you want the modules to appear in, when selecting this cabinet, in 'Set Bus preference for this place to...' If your sub-cabinet in the basement will contain the bus coming from the extension module #2 (Bus number 2), simply select this in the menu, and next time that you select a cabinet module for this cabinet, the bus preference is automatically chosen to bus #2. Although, you will be able to change this to something else.

60 Carlo Gavazzi CTRLX smart-house controller Signals Once having selected one or more modules, you can start giving the module input and/or outputs names. In our example with a house with one storey, a room called 'Hall' is added, a location called 'Wall' is added, and a Fuga light switch is added on this wall. Clicking the '+' sign expands the information to a detailed level. In the figure below the i/o 4 and i/o 5 has been selected, and is given a name.

61 The menus 61 Note the '+' sign just to the left of the i/o 4, it refers to the example 'ng activation' explained later. Also note the text colors of the names - a black text indicates a signal not used, a blue indicates a signal that has been named, and the red text indicates that the signal is used in one or more functions. If you right-click a not-defined signal, you get the message 'Name this signal before use' If you right-click a pre-defined signal not used, you get the message 'Remove this signal - Del' or 'Rename this signal - F2', because you can re-assign a defined signal to a not-defined signal. If you right-click on a pre-defined signal used in a function, you get the message 'Rename this signal F2'. The possibility to remove a signal is not present, as the defined functions still require that particular signal. If you rename the signal, all places where the label is used will be renamed to the new name of the signal.

62 62 Carlo Gavazzi CTRLX smart-house controller Naming a signal: By double-clicking, or selecting the 'Name this signal before use - CTRL-A' on the wanted non-defined i/o of the module, you are guided direct to the definition of the signal. Do not use the characters '<' and '>' in the label names! The text '1: Light switch 1' tells you that this is the 1. i/o on the switch, and that it is the switch no. 1 on the module. This is an automatic-generated text based on the module number (in the order that it has been added to the modules list) and in which room and location it has been added. The text in the field reads 'M0 Light switch 1 Hall Wall'. This can be edited by the user (you). Take care to name the signal to something that is easily recognizable. The suggested text reads module no. 0 (M0), light switch placed in the Hall on the Wall. The address field is automatically selected, and needs (normally) no change. If you have a module that is addressed, and cannot be altered, you can select this address in the address field if it is available. Click 'Ok' when done, or 'Cancel' if you regret your choice ng activation You can have two functions on the same button; a short press activates one function, and keeping the switch pressed for a longer time activates another function. If you right-click on a push-button, you can select 'Use long activation' on this signal. To illustrate what can happen: You want to switch on the outlets to the TV set and the stationary PC by a short press on a switch, and you also want to switch off the two outlets on the same switch. Solution: Use 'long activation' on the same switch. This is how this can be done: Select a switch signal.

63 The menus 63 Select the output(s) to be controlled. (In our example the two outputs 'PC power output' and 'TV power output' are selected) Make a light function with the two outputs in the 'Controlled outputs' field. Now make a sequence function with a name like 'Switch PC and TV on'. and also one sequence function with a name like 'Switch PC and TV off'

64 64 Carlo Gavazzi CTRLX smart-house controller Now the two functions are made, and the wanted function for the switch is achieved. Pressing shortly will make the outputs switch on. Pressing with a duration of min. 1 second activates the outputs to switch off Functions Opens the main window containing the function overview Simulated habitation The possibility to give the impression of that your house is habited, is one of the functions in the controller. You can make a list of elements that is to be monitored. These signals will be played back at a start of a signal. The recording runs as you use your house, and when the signal to start playback is active, then the pattern that has been recorded through the past week will be played back. The example illustrates this: Let's assume that the controller has been running for some time (min. 1 week), and that today is Tuesday the 11th. The light in the hall is used frequently, but with no repeating pattern, as with the blinds in the office.

65 The menus 65 The time of the activation of the light in the hall and the operation of the blinds in the office is recorded with 5 minutes intervals. You activate the light switch button 1 in the hall at 11:00, and leave the house for a vacation. At the activation of the switch, the playback starts: The date 'pointer' of the playback is set to Tuesday the 4th (1 week ago). The status of the two signals is played back, looking in the logged data list, and the present status of the signals are adjusted according to the logged data. So, the pattern recorded 1 week ago is then repeated from today, giving the impression of that somebody's using the house. The signal that you insert in the 'Start playback with' field must be a static signal, and can be a signal or a function. In order to monitor the status of record/playback, you can e.g. use the (Fx) Multigate to control an output that tells the status. When the signal is active, the playback is active, when disabled, the controller stores the status of the selected 'Signals to record' with approx. 3 minutes interval. Remember that the controller does not record any events when it is in playback mode SMS setup Go to the 'SMS ' main paragraph for detailed information.

66 Carlo Gavazzi CTRLX smart-house controller Touch screen setup This is the setup pages of the Touch-Screen that you may have connected to your system. It describes in detail how to do, from the physical connection of the screen, to a description of each element that you can work with in your project. When you have read the manual carefully, you should be able to set up a nice working Touch-screen that you can control your home with. Proceed with the Connection settings Connection settings Basic connection of the system. The touch-screen must be connected to a network in order to establish communication between it and the controller. An example of such a network is drawn in the figure below. The Router must be a unit which is able to allocate an IP-address to each connected ethernet-unit, and can also be a PC set up as a DHCP server. Consult your PC administrator for the setup in this case. The unit can also be a combined unit with an integrated wireless access point, or the wireless can be an external unit. You must have the possibility to install an application on your Touch-Screen(s) connected to the network. This application is hardware-dependent and its purpose is to start the communication between the controller and the display. The controller(s) on the network is assigned an pip-address automatically, as is the case with the Touch-Screen(s). No network-setup is needed, only the assignment of a port-number. This port-number can be found when the application is running, and a controller is accessed. When a Touch-Screen is selected, and the possibility to make a Touch Screen is present, select this function.

67 The menus 67 The main setup window should appear. Once the present Touch-Screen is selected it is assigned a name based on the type and the placing of the screen. This is seen top-left in the setup window. The port-number this is assigned will be visible in the info-bar of the setup window.

68 68 Carlo Gavazzi CTRLX smart-house controller Proceed with the Page setup Page setup Figure 1. When you make a (new) page, you click the 'New page' button. Be careful with the 'Delete page' button. Selecting this will delete the current page with all contents. Select whether you want tabbed pages, or no tabbing. You can always select the wanted pages by clicking the relevant tabs, or by selecting a 'Go to page' button. This choice can be altered at any time. Adjust the panel size, if necessary, by checking the 'Adjust Panel Size' box, and alter the 'Width' and ' Height' numbers to fit your image to the page. After selecting the tabbing or not, click the 'Add new page' button. A window with the page properties appear. Select the wanted name for your page, select if you want a colored background or an image, or none. Click 'Ok', and you can start adding symbols to your new page. Notes on background / pictures: You can select the background and text colors on some of the buttons - the text color is freely selectable, the background is a box surrounding the text, and is also freely selectable. The text background can be made transparent on more of the buttons. Be aware of the picture resizing function: The original picture you use as background is resized (rescaled) to the size of your touch-screen from the original picture size when you select a picture as a background in the configuration software. E.g. if your picture is 1400x1200 pixels, it will be resized to e.g. 800x600 pixels - with the possibility for picture distortion.

69 The menus 69 If you resize the picture after having loaded it, say from 800x600 pixels to 1000x700 pixels, you may get distortion in the picture Proceed with the Editing tools Editing tools Here's an overview over the basic editing facilities: Add page Touch panel properties Move page Add / Delete button Show outline Grid settings When you are selecting the buttons to be placed on your page, you have the following selections:

70 70 Carlo Gavazzi CTRLX smart-house controller Go to page Places a button with which you can switch to another page from the current page Control an On/Off signal Places a button which can control an on/off signal (E.g. a light switch toggle) Set a value Handles an analogue value set-point Go to internet url Opens an internet window on your touch-screen Show a text Places a text holder Show on/off status Places an indicator to show on/off status Show analogue value Image Places a button that will open a dialog to enter an analogue value Control image Places a changeable image Places an image To add a new page, click the 'Add new page' button. To delete the current page, click the 'Delete page' button.

71 The menus 71 Click the 'Add page' button. The dialog 'Page Properties New Page' appears. Select a proper name for the page,e.g. 'Hall page' for the page that is to show activities in the hall. If you want a background image on the selected page, uncheck the 'No Image' box, and click the 'Image' button. The selected image should match the resolution for the selected touch-screen. If a background image is wanted instead of an image, click the 'Color' button, and select the wanted background color for the relevant page. Be aware of the geometry of the buttons. You have the possibility to select the text color and the background color. The text is contained in a box, where you can select the text color, and the box's color is set to the background color. If the box is visible on the page, select the same color for the background of the box as the color of the page. Click 'Ok' when done, or 'Cancel' if you regret the changes. The properties of the current Touch screen (touch panel) is to be found here. You can see the name (Touch screen label) that the panel has been given in the 'Module overview' setting.

72 72 Carlo Gavazzi CTRLX smart-house controller Select whether you want 'Tabbed pages' or not. The 'Tabbed pages' shows the order the pages are presented - the leftmost page is the page that is opened on the touch-screen as the default first page. You have the possibility to adjust the panel size in pixels, in order to achieve the full resolution of your panel. If the background picture doesn't match the panel view, check the 'Adjust Panel Size' field, and adjust

73 The menus 73 the panel resolution. Be aware of the picture resizing function: The original picture you use as background is resized (rescaled) to the size of your touch-screen from the original picture size when you select a picture as a background in the configuration software. E.g. if your picture is 1400x1200 pixels, it will be resized to e.g. 800x600 pixels - with the possibility for picture distortion. If you resize the picture after having loaded it, say from 800x600 pixels to 1000x700 pixels, you may get distortion in the picture If you have more pages, and want to set the order they appear, you can select the page that needs adjustment, and click on the 'Move left' or 'Move right' buttons. The page that the screen presents after a new upload of a configuration is the left-most tabbed page. You can select which page that will be the 'start' page by selecting this page (the 'Kitchen' page on the figure), and moving it to the left-most position by clicking the 'Move left' button until the tab is placed at the left-most position. The 'Add button' makes it possible to place a button on your active page. First select the 'Add control element' button. Then specify the button type you want for your function. To remove a button, just select the button you want to remove, and click the 'Remove control element' icon.

74 74 Carlo Gavazzi CTRLX smart-house controller You can choose between 9 different control elements: Click the relevant underlined text to get a description. The 'Go to page' element. To be able to switch between pages, this is the button to use. *) The 'On / Off' element. Select this where you want a direct control of a function. Event controlled - the signal occurs only when the button is pressed. *) The 'Set a value' is used where you want to adjust an analogue set-point by the touch panel. The selected value by this function overrides the previous selected value. *) The 'Internet' url link element. *)

75 The menus 75 The 'Show a text' button places a text on the screen. The 'Show on/off status' element puts a button that sends a signal as long as it is pressed. Useful to control dimmer lighting. The 'Show analogue value' text field contains the value of the selected analogue function. Select the 'Image' element if you want to place an image on your current page. The 'Control Image' is used as an 'on/off' element, with graphic images of the two states. *) Note that text word wrap in the elements is not possible due to differences between Windows XP/ Vista/7 and Windows CE. (Word wrap means that text that 'wraps' to two or more lines on a button, when there's no more place on one line) The 'Go to Page' is used when you want to be directed to a specific page. This is necessary when not using 'Tabbed pages'.

76 76 Carlo Gavazzi CTRLX smart-house controller The example inserts a 'Go to page' button on the 'Office' page. Choose the page you want to move from, an place the button on this page. Select in the 'Go to Page' drop-down menu the page you want to go to. Write the text you want to appear on the button in the 'Text' field. Adjust (if necessary) the text shape, size and colors with the relevant selection tools. Adjust the size of the button by dragging the icon to its wanted size. First, select the page that you want the button to appear. Then select the button. Place the button and select the size, text attributes and color (as described in the 'Go to page').

77 The menus 77 Write the text that you want to see on the button in the 'Text when off' field. Adjust (if necessary) the text shape, size and colors with the relevant selection tools. Select the 'Signal target', which is the function that will be affected when you press this button. Select the 'Set value' button to hve access to the control of an adjustable analogue value.

78 78 Carlo Gavazzi CTRLX smart-house controller Place the button and select the size, text attributes and color (as described in the 'Goto page'). Select the function that you will affect in the 'Select function' field. In the example it is the temperature in the bathroom. Once the desired function is selected, the drop-down menu 'Select parameter' is visible. Select the wanted function, which is referring to the setup of the function in the 'Temperature control' menu. Figure: The setup parameters in the 'Temperature control' menu. If you want to have the possibility to adjust more parameters in the same function, just add more buttons.

79 The menus 79 The Internet url (Uniform Resource cator - description of an internet address) link can be placed on a page, where it can be used to guide you to open an internet address on your touch-screen, of course only if it is connected to the internet. Select an appropriate text to fit on your button, and fill in the whole address of the page that you want to appear on your screen in the 'Internet Url' field. You can search the internet for the wanted site, and copy the address from your browser into the Internet Url field directly. Examples can be: Text: 'News' Internet Url : ' to go to Google news, most popular. Text: 'Weather' Internet Url : ' to check the weather forecast for Washington DC. You can place a text on the current page by adding the 'Show a text' button.

80 80 Carlo Gavazzi CTRLX smart-house controller Adjust the text, as done in the 'Goto Page' paragraph. To have an indication of the status of a function, select the 'Show On/Off Status' button. Select the function to watch in the 'Signal source' drop-down menu. The text depends on the status of the level on the function. If the level is 'Off', the text in the 'Text when off' will be shown in the text field. If the level is 'On', the text in the 'Text when on' will be shown in the text field. Adjust the text, as done in the 'Goto Page' paragraph.

81 The menus To show an analogue value on your panel, select the show analogue value button 81. Select the function from where the value is to be read from the 'Signal source' menu. Adjust the button text with the 'Text size' and the 'Text style' menus. You also have the possibility to set the color with the color adjusting facilities. The 'Image' button selects an image to be placed on the current page. Select the 'Image container one level' button, and place the button where you want on your current page.

82 82 Carlo Gavazzi CTRLX smart-house controller Select the file from the directory that you have collected your images in, and select the wanted image. Once selected, it appears on the current page, and you can resize it to the wanted appearance. Inserts a button with two images, one image shown when the button is not pressed, and an image shown when the button is pressed. The function selected will be active as long as the button is kept pressed. When the button is not longer pressed, the function is not active. Useful when controlling dimmer light adjustment.

83 The menus 83 When either the 'Image (off)' or the 'Image (on)' buttons is selected, you can choose in the folder that contains your images, and select one image for the 'Off' state, and another image for the 'On' state. Important note: If you want to control the same (Fx)Light function from more places on your touchscreen setup, be sure to use the same button type. Do not mix button and image container types.

84 84 Carlo Gavazzi CTRLX smart-house controller Example - on one page you want to control the hall light function (on/off) with a 'Control button'. This is ok. If you, on the same page, or on another page, also want to control the hall light function, you cannot use the 'Image container' button for this, when you have used the 'Control button' elsewhere. Then you must use the same button type as you have used previous. When you add a new item on the current page, you may be unfortunate to make the text and the fill on the item with the same colors as the page background color. It can be very hard to find this item again, but with the 'Show outline' function, it's easy to recover the item. Sometimes the program comes out with an error message if there's some parameters missing on an item that is placed on the page, but because you can't see the page, you may not be able to correct the error. Use the 'Show outline' on every page you've made in order to find any missing parameters. The figure below shows a page with an item which cannot be seen. Click the 'Show outline' button, and the outline of the item is marked. You can select the item by clicking on it, and edit the settings in order to make it visible again.

85 The menus 85 The 'Grid' button opens the Grid settings. You can use the grid in order to size and place your buttons so they appear equal over more pages. When you select an item, you can check the size and placing by reading the bottom status line. As you drag the item over the page, you can see the information change as you move the item.

86 86 Carlo Gavazzi CTRLX smart-house controller

87 The menus View The view menu is similar to the Print option under the File menu, except for the 'Live signal status' Module address coding See the Print menu dialog for help Module list See the Print menu dialog for help Unused I/O See the Print menu dialog for help Unused signals See the Print menu dialog for help Signals used in functions See the Print menu dialog for help Simulated habitation See the Print menu dialog for help SMS setup See the Print menu dialog for help Live signal status Once having established communication with the controller, you have a possibility to watch the channel status on the connected controller. The blinking green square just below the 'View signal type' indicates communication traffic between the controller and PC configuration software. These are the 'Digital input signals',

88 88 Carlo Gavazzi CTRLX smart-house controller which are the signals that are sent from e.g. a push-button to the controller. The 'Digital output signals', that can be the signal from the controller to an e.g. output relay. The 'Analink values' shows the value of the transmitted Analink signal that the sensors transmits to the controller.

89 The menus 89 The 'Function status', which indicates the state of the different functions and their ID defined in the controller. 3.4 Project This part of the program lets you edit the basic setup of the configuration once the project has been created. Project settings

90 Carlo Gavazzi CTRLX smart-house controller Single or Multiple floor house? When you start a new project, you must decide whether your project is a single- or multi-storeyed house. Once selected, this cannot be reversed or altered. Read the following explanation in order to make you able to select one of the two possibilities. Consider your setup by the layout of your home - choose Single-floor if your house in fact is a singlefloor house, else choose the option of Multiple-floor house. The advantage of choosing either of the options are the good overview of the project and the ease of finding way through your electrical setup. Here is a hose based on one storey, with one hall, a wall and a push-button. No more halls can be added. This example shows a three-storeyed house, notice the difference in the placing of the two identical rooms: The Hall can be a room on each storey, and will be treated separately.

91 The menus Project settings Enter this tab to get information, or change the way your project is working Project setting - set the number of bus modules, addresses, GSM module etc. User information - set here the information of who the user of your project is. Communication setting - set the way of how the external communication via ModBus is handled. Touch screen settings - Set the base IP port number of the touch-screen, and if an SD-card is to be used as storage Project settings The two possibilities of how the window look for a new project: 1) Selecting 'Automatic addressing': (Strongly recommended for all projects) 2) Selecting 'Manual addressing': (Not recommended at all, unless really needed)

92 92 Carlo Gavazzi CTRLX smart-house controller When you click 'OK' when a new project is created, the next window will ask you whether your project is single floor or multiple floor house. The windows contents for an already made project: (The window for an existing project with manual addressing not shown, as this differs only as shown above) Project settings User information Communication settings Touch Screen settings Project settings On this page you can set the number of extension modules in your system (if any), how many addresses the bus shall be set to, if there is a GSM module present, the project description, if you want to create the project (or, if already created) with automatic or manuel addressing (not recommended for new projects), and if you want the program to create signals for the cabinet modules automatically or not.

93 The menus 93 At this point of the project, when it's created, you can change all settings but the Auto/Manual addressing mode, and the selection of one or more storeys. On the Project settings page, you can set the following functions: Number of bus modules: Select here how many bus extension modules that you have connected to your controller. Number of addresses: Set the number of total I/O's that you want the controller and the bus extension modules (if any) to run. 128 I/O's are maximum, and the number is valid for all modules (e.g. if the controller is set to 64 addresses, the connected bus extension modules run 64 channels each). Important: If you are using a wireless base with wireless modules, the number must be set to 128 addresses! GSM module connected: Check this box if you have connected the GSM module to the controller. This enables the SMS handling in the software. Enable automatic daylight saving: Check this box if you want the controller's clock to be updated when switching between summer- and wintertime. Project description: Put a describing label of your project in this field (optional). Auto addressing: When this option is selected, the program sees to that all addresses are placed correct, and that no double addressing will happen. Only available addresses can be chosen, but the possibility to select among these addresses is there, giving you the freedom to select any address you want (among the available, of course). Manual addressing: Do not select this option, unless this is absolutely needed! Select this option, if you wnat to have full control over all addressing facilities. You are not warned, or advised, if you make double addressing, nor if you select wrong addresses for your units. Remember to consider having daylight control, and/or temperature control in your project, the sync addresses used for this must be set up first, and cannot be changed later. Check the 'DataLink sync' and/or the light sync' boxes when this is needed, and select the relevant addresses you want for these signals in your modules. The number of bus extension modules must be set prior to this selection. Click 'OK' when done, or 'Cancel' to cancel your selections User information The information contained in the project is for sorting and fault-finding purposes only, no information will be passed on to any third-party persons or companies. The information typed is optional, but the fields marked with an asterisk must contain some info.

94 Carlo Gavazzi CTRLX smart-house controller Communication setup This menu point handles the settings of the communication that deals with data distribution over the Ethernet port, or the RS232 port. You can select the ModBus ID on the controller and each extension module connected to this controller by selecting the relevant 'Modbus id' for each module. The ID can be from 0 to 240. To get an overview over the different Modbus protocol description, please click here.

95 The menus 95 When you want to communicate with the controller via the on-board RS232 port, check the 'Modbus on RS232' box, and select the relevant values of the RS232 settings. The data flow is 8-n-1 (8 data bits, no parity and 1 stop bit). The communication will time-out if there has been no communication for the time period set in the 'Communication time-out' parameter. If a time-out occurs, all data set by the equipment will be cleared. When using the ethernet connection, you can use the default port (48007), or change this to another port.

96 96 Carlo Gavazzi CTRLX smart-house controller Modbus protocols On the following pages are the Modbus command descriptions and the corresponding tables. Select the wanted function code in the list below to get the information of the Modbus commands. Function Function Function Function Function Function code code code code code code 01 - read output table bit 02 - read input table bit 03 - read multiple registers 05 - set single output bit 06 - preset single register 16 - preset multiple register What can these Modbus functions be used to? Code Explanation 01 This function gives the possibility to read the status on one Dupline channel output bit.this is used to monitor whether a Dupline output channel is on or off. 02 This function reads the specific Dupline input channel bit. This can be used to e.g. read the status of a push-button status. 03 This function reads data in up to 8 registers, which contains the Dupline I/O status. One register contains 16 channels, as the Modbus register is 2 byte wide. This function is helpful in the case where a complete status is needed over several Dupline channels. 05 This function writes a single bit to a Dupline channel. This can be useful when you want to control the status of one Dupline channel. 06 This function writes data to one 16-bit register, which contains 16 Dupline channels. This can be useful when you want to control the status of up to 16 Dupline channels. 16 This function writes data to multiple Modbus registers, and thereby gives you the possibility to make several modifications to the Dupline channels, or to the set-up of the Controller in one command. For an overview of the complete memory mapping, click here Function code 01 Modbus function code 01: Read Output table bit (Data to receivers) Address : Reads information previously written by a Modbus command for transmission on Dupline. Reading of only 1 register at a time is allowed. Value: 0 or 1 Example:

97 The menus 97 Total memory map for the relevant addresses, click here Function code 02 Modbus function code 02: Read Input table table bit (Data from transmitters) Address : Reads Dupline Output status. Reading of only 1register at a time is allowed. Value: 0 or 1 Total memory map for the relevant addresses, click here Function code 03 Address 0-7: Reads Dupline Output status. Reading of 1 to 8 registers possible. If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here. Address 16-23: Reads Dupline input status. Reading of 1 to 8 registers possible. If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here. Address : Analink values Total memory map for the relevant addresses, click here. Address : Reads information previously written by a Modbus command for forced output on Dupline. Reading of 1 to 8 registers possible.. If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here. Address : Reads information previously written by a Modbus command for forced output on Dupline. Reading of 1 to 8 registers possible. If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here.

98 98 Carlo Gavazzi CTRLX smart-house controller Address : Reads generators internal 24 hour clock. Format: hh,mm,ss,dd,mm,dd,yyyy of week: 1=Monday..7=Sunday. The data is BCD. Note: all 4 registers must be read simultaneously. Total memory map for the relevant addresses, click here. Address : Read AnaLink set-point values, as configured or set by a previous ModBus write-command. Legal values lies in the range from 0 to 255, and must be scaled according to the type of AnaLink signal. Responds only if a channel is configured for AnaLink channeltype. 4 registers per setup. Reading of 1 to 64 registers possible. If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal action. Total memory map for the relevant addresses, click here. Address : Read timer channels Set-up ON and OFF delays, as configured or as set by a previous ModBus writecommand. The delay-tb, if zero, the delay is counted in seconds. It tb = 1, the delay is counted in minutes. Responds only, if channel is configured for Timer channel type. 4 Registers per. Reading of 1 to 64 registers possible If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here. Address : Read real-time channel set-up values, as configured or as set by a previous ModBus write-command. Read on/off times and day/holiday setup. Responds only if channel is configured for a realtime channeltype. 16 registers per setup. Reading of 1 to 32 registers possible. If an attempt is made to read from a start-address and the number of registers exceeds the allowed register range, no answer will be made, as this is interpreted as an illegal action. and minutes in BCD. If hour-value is read as FFh, then this setting is not active. s: MSB: Holiday LSB: Monday Total memory map for the relevant addresses, click here Function code 05 Modbus function code 05: Set single output bit Address : Write a bit for stativcally activation of a channel. This command will start the configured function on that

99 The menus 99 channel, as if a transmitter on that channel is held activated. Writing of only 1 register at a time is allowed. Value 1: starts the function and keeps it activated. 0: releases the function Total memory map for the relevant addresses, click here. Address : Write one bit for momentary activation of a channel. This command will start the configured function on that channel, as if a transmitter on that channel is activated for a short pulse. Writing of only 1 register at a time is allowed. Value 1: triggers the function. 0: allowed, but has no function. Total memory map for the relevant addresses, click here. Address : Write one bit for set or reset of a channel.this command will force the channel to on or off status as if a masterfunction is activated on the channel. Writing of only 1 register at a time is allowed. Value 1: Set address. 0: Reset address. Total memory map for the relevant addresses, click here Function code 06 Modbus function code 06: Preset single register Address : Write data for output on Dupline channels. Writing 1's will start the configured function on that channel, as if a transmitter is activated on the corresponding channel. Total memory map for the relevant addresses, click here. Address : Write data for momentary action of a channel. This command will start the configured function on that channel, as if a transmitter on that channel is activated for a short pulse. Writing of only 1 register at a time is allowed. Value 1: Triggers the corresponding channels. 0: Allowed, but has no function. Total memory map for the relevant addresses, click here.

100 100 Carlo Gavazzi CTRLX smart-house controller Function code 16 Modbus function code 16: Preset multiple registers. Address : Write data for output on Dupline channels. Writing 1's will start the configured function on that channel, as if a transmitter is activated on the corresponding channel. Writing of 1 to 8 registers possible. If an attempt is made to write to a start-address and the number of registers exceeds the allowed register range, no function will be writtenm as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here. Address : Write data for forcing the output on Dupline channels. Writing 1's will force the channels on, as if a master function activates the corresponding channels. Writing of 1 to 8 registers possible. If an attempt is made to write to a start-address and the number of registers exceeds the allowed register range, no function will be written as this is interpreted as an illegal function. Total memory map for the relevant addresses, click here. Address : Set controllers internal 24 hour clock. Format: hh,mm,ss,dd,mm,dd,yyyy of week: 1=Monday..7=Sunday The data format is BCD and must hold a valid date and time. If the format is wrong, the command is not responded to. Total memory map for the relevant addresses, click here. Address : Write AnaLink channels setpoint values. Legal values lie in the range 0-255, and must be scaled according to the type of AnaLink signal. Responds only if channels are configured as AnaLink channel type. 4 registers per setup. Writing of 1 to 32 registers possible. If an attempt is made to write to a start-address and the number of registers exceeds the allowed register range, no function will be writtenm as this is interpreted as an illegal function. The changes are stored permanently in the system configuration memory. Total memory map for the relevant addresses, click here. Address : Write timer channel configuratione for ON and OFF delays.

101 The menus 101 Delays <12 hours counts in seconds and delay tb are set to 0. Delays >12 hours counts in minutes and delay tb are set to 1. Responds only if channels are configured as timer channel type. 4 registers per setup. Writing of 1 to 32 registers possible. If an attempt is made to write to a start-address and the number of registers exceeds the allowed register range, no function will be writtenm as this is interpreted as an illegal function. The changes are stored permanently in the system configuration memory. Total memory map for the relevant addresses, click here. Address : Write real-time channel setup values. Write on/off times and day/holiday setup. and minutes in BCD. To disable an on or off setting, write FFh in the hour-byte. s: MSB: Holiday LSB: Monday Responds only if the channel is configured as a realtime channel type. 16 registers per setup. Writing of 1 to 32 registers possible. If an attempt is made to write to a start-address and the number of registers exceeds the allowed register range, no action will be made, as this is interpreted as an illegal function. The changes are stored permanently in the system configuration memory. Total memory map for the relevant addresses, click here Complete memory map tables Function Function Function Function Function Function code code code code code code Code 01 Register Address Dupline Address Dec Hex A1 A2 A3 A4 Register 8 bit value Register Address Dupline Address Level Dec Hex Register 8 bit value Level I1 I2 I3 I4

102 102 Carlo Gavazzi CTRLX smart-house controller A 50B 50C 50D 50E 50F A 51B 51C 51D 51E 51F A 52B 52C 52D 52E 52F A 53B 53C 53D 53E 53F A5 A6 A7 A8 B1 B2 B3 B4 B5 B6 B7 B8 C1 C2 C3 C4 C5 C6 C7 C8 D1 D2 D3 D4 D5 D6 D7 D8 E1 E2 E3 E4 E5 E6 E7 E8 F1 F2 F3 F4 F5 F6 F7 F8 G1 G2 G3 G4 G5 G6 G7 G8 H1 H2 H3 H4 H5 H6 H7 H A 54B 54C 54D 54E 54F A 55B 55C 55D 55E 55F A 56B 56C 56D 56E 56F A 57B 57C 57D 57E 57F I5 I6 I7 I8 J1 J2 J3 J4 J5 J6 J7 J8 K1 K2 K3 K4 K5 K6 K7 K8 L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 N1 N2 N3 N4 N5 N6 N7 N8 O1 O2 O3 O4 O5 O6 O7 O8 P1 P2 P3 P4 P5 P6 P7 P8

103 The menus Code 02 Register Address Dupline Address Dec Hex A 60B 60C 60D 60E 60F A 61B 61C 61D 61E 61F A 62B 62C 62D 62E 62F A A1 A2 A3 A4 A5 A6 A7 A8 B1 B2 B3 B4 B5 B6 B7 B8 C1 C2 C3 C4 C5 C6 C7 C8 D1 D2 D3 D4 D5 D6 D7 D8 E1 E2 E3 E4 E5 E6 E7 E8 F1 F2 F3 F4 F5 F6 F7 F8 G1 G2 G3 G4 G5 G6 G7 G8 H1 H2 H3 Register value Register Address Dupline Address Level Dec Hex A 64B 64C 64D 64E 64F A 65B 65C 65D 65E 65F A 66B 66C 66D 66E 66F A Register value Level I1 I2 I3 I4 I5 I6 I7 I8 J1 J2 J3 J4 J5 J6 J7 J8 K1 K2 K3 K4 K5 K6 K7 K8 L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 N1 N2 N3 N4 N5 N6 N7 N8 O1 O2 O3 O4 O5 O6 O7 O8 P1 P2 P3

104 104 Carlo Gavazzi CTRLX smart-house controller B 63C 63D 63E 63F H4 H5 H6 H7 H B 67C 67D 67E 67F P4 P5 P6 P7 P Code 03 Address click here. Address click here. Address click here. Register Address Dec Hex Register 16 bit Level 0 0 B8..B1 A8..A1 Digital 1 1 D8..D1 C8..C1 Digital 2 2 F8..F1 E8..E1 Digital 3 3 H8..H1 G8..G1 Digital 4 4 J8..J1 I8..I1 Digital 5 5 L8..L1 K8..K1 Digital 6 6 N8..N1 M8..M1 Digital 7 7 P8..P1 O8..O1 Digital Register Address Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital H8..H1 G8..G1 Digital J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Register 16 bit Register Address Register Address Dupline Dupline Register 16 bit Dec Hex address Level Dec Hex address A 10B 10C 10D 10E 10F A1 A2 A3 A4 A5 A6 A7 A8 B1 B2 B3 B4 B5 B6 B7 B8 C1 C2 C3 C4 C5 C Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink A 14B 14C 14D 14E 14F I1 I2 I3 I4 I5 I6 I7 I8 J1 J2 J3 J4 J5 J6 J7 J8 K1 K2 K3 K4 K5 K Level Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink

105 The menus A 11B 11C 11D 11E 11F A 12B 12C 12D 12E 12F A 13B 13C 13D 13E 13E Register Address C7 C8 D1 D2 D3 D4 D5 D6 D7 D8 E1 E2 E3 E4 E5 E6 E7 E8 F1 F2 F3 F4 F5 F6 F7 F8 G1 G2 G3 G4 G5 G6 G7 G8 H1 H2 H3 H4 H5 H6 H7 H Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink A 15B 15C 15D 15E 15F A 16B 16C 16D 16E 16F A 17B 17C 17D 17E 17F Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital H8..H1 G8..G1 Digital J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Register Address Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital H8..H1 G8..G1 Digital K7 K8 L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 N1 N2 N3 N4 N5 N6 N7 N8 O1 O2 O3 O4 O5 O6 O7 O8 P1 P2 P3 P4 P5 P6 P7 P Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink Analink

106 106 Carlo Gavazzi CTRLX smart-house controller J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Register Address Register 16 bit Register value Dec Hex Level ute Seconds FF Month of week Date Year Y ear Register Addr ess Register 16 bit Register value Dec Hex A1 Limit 1 w Level A1 Limit 1 gh A1 Limit 2 w A1 Limit 2 gh A2 Limit 1 w A2 Limit 1 gh A2 Limit 2 w A2 Limit 2 gh A3 Limit 1 w A3 Limit 1 gh A A3 Limit 2 w B A3 Limit 2 gh C A4 Limit 1 w D A4 Limit 1 gh E A4 Limit 2 w F A4 Limit 2 gh A5 Limit 1 w A5 Limit 1 gh A5 Limit 2 w A5 Limit 2 gh A6 Limit 1 w A6 Limit 1 gh A6 Limit 2 w A6 Limit 2 gh A7 Limit 1 w A7 Limit 1 gh A A7 Limit 2 w B A7 Limit 2 gh C A8 Limit 1 w D A8 Limit 1 gh E A8 Limit 2 w F A8 Limit 2 gh B1 Limit 1 w B1 Limit 1 gh B1 Limit 2 w B1 Limit 2 gh B2 Limit 1 w B2 Limit 1 gh

107 The menus B2 Limit 2 w B2 Limit 2 gh B3 Limit 1 w B3 Limit 1 gh A B3 Limit 2 w B B3 Limit 2 gh C B4 Limit 1 w D B4 Limit 1 gh E B4 Limit 2 w F B4 Limit 2 gh B5 Limit 1 w B5 Limit 1 gh B5 Limit 2 w B5 Limit 2 gh B6 Limit 1 w B6 Limit 1 gh B6 Limit 2 w B6 Limit 2 gh B7 Limit 1 w B7 Limit 1 gh A B7 Limit 2 w B B7 Limit 2 gh C B8 Limit 1 w D B8 Limit 1 gh E B8 Limit 2 w F B8 Limit 2 gh C1 Limit 1 w C1 Limit 1 gh C1 Limit 2 w C1 Limit 2 gh C2 Limit 1 w C2 Limit 1 gh C2 Limit 2 w C2 Limit 2 gh C3 Limit 1 w C3 Limit 1 gh A C3 Limit 2 w B C3 Limit 2 gh C C4 Limit 1 w D C4 Limit 1 gh E C4 Limit 2 w F C4 Limit 2 gh C5 Limit 1 w C5 Limit 1 gh C5 Limit 2 w C5 Limit 2 gh C6 Limit 1 w C6 Limit 1 gh C6 Limit 2 w C6 Limit 2 gh C7 Limit 1 w C7 Limit 1 gh A C7 Limit 2 w 107

108 108 Carlo Gavazzi CTRLX smart-house controller B C7 Limit 2 gh C C8 Limit 1 w D C8 Limit 1 gh E C8 Limit 2 w F C8 Limit 2 gh D1 Limit 1 w D1 Limit 1 gh D1 Limit 2 w D1 Limit 2 gh D2 Limit 1 w D2 Limit 1 gh D2 Limit 2 w D2 Limit 2 gh D3 Limit 1 w D3 Limit 1 gh A D3 Limit 2 w B D3 Limit 2 gh C D4 Limit 1 w D D4 Limit 1 gh E D4 Limit 2 w F D4 Limit 2 gh D5 Limit 1 w D5 Limit 1 gh D5 Limit 2 w D5 Limit 2 gh D6 Limit 1 w D6 Limit 1 gh D6 Limit 2 w D6 Limit 2 gh D7 Limit 1 w D7 Limit 1 gh A D7 Limit 2 w B D7 Limit 2 gh C D8 Limit 1 w D D8 Limit 1 gh E D8 Limit 2 w F D8 Limit 2 gh E1 Limit 1 w E1 Limit 1 gh E1 Limit 2 w E1 Limit 2 gh E2 Limit 1 w E2 Limit 1 gh E2 Limit 2 w E2 Limit 2 gh E3 Limit 1 w E3 Limit 1 gh A E3 Limit 2 w B E3 Limit 2 gh C E4 Limit 1 w D E4 Limit 1 gh E E4 Limit 2 w F E4 Limit 2 gh

109 The menus E5 Limit 1 w E5 Limit 1 gh E5 Limit 2 w E5 Limit 2 gh E6 Limit 1 w E6 Limit 1 gh E6 Limit 2 w E6 Limit 2 gh E7 Limit 1 w E7 Limit 1 gh A E7 Limit 2 w B E7 Limit 2 gh C E8 Limit 1 w D E8 Limit 1 gh E E8 Limit 2 w F E8 Limit 2 gh A0 F1 Limit 1 w A1 F1 Limit 1 gh A2 F1 Limit 2 w A3 F1 Limit 2 gh A4 F2 Limit 1 w A5 F2 Limit 1 gh A6 F2 Limit 2 w A7 F2 Limit 2 gh A8 F3 Limit 1 w A9 F3 Limit 1 gh AA F3 Limit 2 w AB F3 Limit 2 gh AC F4 Limit 1 w AD F4 Limit 1 gh AE F4 Limit 2 w AF F4 Limit 2 gh B0 F5 Limit 1 w B1 F5 Limit 1 gh B2 F5 Limit 2 w B3 F5 Limit 2 gh B4 F6 Limit 1 w B5 F6 Limit 1 gh B6 F6 Limit 2 w B7 F6 Limit 2 gh B8 F7 Limit 1 w B9 F7 Limit 1 gh BA F7 Limit 2 w BB F7 Limit 2 gh BC F8 Limit 1 w BD F8 Limit 1 gh BE F8 Limit 2 w BF F8 Limit 2 gh C0 G1 Limit 1 w C1 G1 Limit 1 gh C2 G1 Limit 2 w C3 G1 Limit 2 gh C4 G2 Limit 1 w 109

110 110 Carlo Gavazzi CTRLX smart-house controller C5 G2 Limit 1 gh C6 G2 Limit 2 w C7 G2 Limit 2 gh C8 G3 Limit 1 w C9 G3 Limit 1 gh CA G3 Limit 2 w CB G3 Limit 2 gh CC G4 Limit 1 w CD G4 Limit 1 gh CE G4 Limit 2 w CF G4 Limit 2 gh D0 G5 Limit 1 w D1 G5 Limit 1 gh D2 G5 Limit 2 w D3 G5 Limit 2 gh D4 G6 Limit 1 w D5 G6 Limit 1 gh D6 G6 Limit 2 w D7 G6 Limit 2 gh D8 G7 Limit 1 w D9 G7 Limit 1 gh DA G7 Limit 2 w DB G7 Limit 2 gh DC G8 Limit 1 w DD G8 Limit 1 gh DE G8 Limit 2 w DF G8 Limit 2 gh E0 H1 Limit 1 w E1 H1 Limit 1 gh E2 H1 Limit 2 w E3 H1 Limit 2 gh E4 H2 Limit 1 w E5 H2 Limit 1 gh E6 H2 Limit 2 w E7 H2 Limit 2 gh E8 H3 Limit 1 w E9 H3 Limit 1 gh EA H3 Limit 2 w EB H3 Limit 2 gh EC H4 Limit 1 w ED H4 Limit 1 gh EE H4 Limit 2 w EF H4 Limit 2 gh F0 H5 Limit 1 w F1 H5 Limit 1 gh F2 H5 Limit 2 w F3 H5 Limit 2 gh F4 H6 Limit 1 w F5 H6 Limit 1 gh F6 H6 Limit 2 w F7 H6 Limit 2 gh F8 H7 Limit 1 w F9 H7 Limit 1 gh

111 The menus FA H7 Limit 2 w FB H7 Limit 2 gh FC H8 Limit 1 w FD H8 Limit 1 gh FE H8 Limit 2 w FF H8 Limit 2 gh I1 Limit 1 w I1 Limit 1 gh I1 Limit 2 w I1 Limit 2 gh I2 Limit 1 w I2 Limit 1 gh I2 Limit 2 w I2 Limit 2 gh I3 Limit 1 w I3 Limit 1 gh A I3 Limit 2 w B I3 Limit 2 gh C I4 Limit 1 w D I4 Limit 1 gh E I4 Limit 2 w F I4 Limit 2 gh I5 Limit 1 w I5 Limit 1 gh I5 Limit 2 w I5 Limit 2 gh I6 Limit 1 w I6 Limit 1 gh I6 Limit 2 w I6 Limit 2 gh I7 Limit 1 w I7 Limit 1 gh A I7 Limit 2 w B I7 Limit 2 gh C I8 Limit 1 w D I8 Limit 1 gh E I8 Limit 2 w F I8 Limit 2 gh J1 Limit 1 w J1 Limit 1 gh J1 Limit 2 w J1 Limit 2 gh J2 Limit 1 w J2 Limit 1 gh J2 Limit 2 w J2 Limit 2 gh J3 Limit 1 w J3 Limit 1 gh A J3 Limit 2 w B J3 Limit 2 gh C J4 Limit 1 w D J4 Limit 1 gh E J4 Limit 2 w 111

112 112 Carlo Gavazzi CTRLX smart-house controller F J4 Limit 2 gh J5 Limit 1 w J5 Limit 1 gh J5 Limit 2 w J5 Limit 2 gh J6 Limit 1 w J6 Limit 1 gh J6 Limit 2 w J6 Limit 2 gh J7 Limit 1 w J7 Limit 1 gh A J7 Limit 2 w B J7 Limit 2 gh C J8 Limit 1 w D J8 Limit 1 gh E J8 Limit 2 w F J8 Limit 2 gh K1 Limit 1 w K1 Limit 1 gh K1 Limit 2 w K1 Limit 2 gh K2 Limit 1 w K2 Limit 1 gh K2 Limit 2 w K2 Limit 2 gh K3 Limit 1 w K3 Limit 1 gh A K3 Limit 2 w B K3 Limit 2 gh C K4 Limit 1 w D K4 Limit 1 gh E K4 Limit 2 w F K4 Limit 2 gh K5 Limit 1 w K5 Limit 1 gh K5 Limit 2 w K5 Limit 2 gh K6 Limit 1 w K6 Limit 1 gh K6 Limit 2 w K6 Limit 2 gh K7 Limit 1 w K7 Limit 1 gh A K7 Limit 2 w B K7 Limit 2 gh C K8 Limit 1 w D K8 Limit 1 gh E K8 Limit 2 w F K8 Limit 2 gh L1 Limit 1 w L1 Limit 1 gh L1 Limit 2 w L1 Limit 2 gh

113 The menus L2 Limit 1 w L2 Limit 1 gh L2 Limit 2 w L2 Limit 2 gh L3 Limit 1 w L3 Limit 1 gh A L3 Limit 2 w B L3 Limit 2 gh C L4 Limit 1 w D L4 Limit 1 gh E L4 Limit 2 w F L4 Limit 2 gh L5 Limit 1 w L5 Limit 1 gh L5 Limit 2 w L5 Limit 2 gh L6 Limit 1 w L6 Limit 1 gh L6 Limit 2 w L6 Limit 2 gh L7 Limit 1 w L7 Limit 1 gh A L7 Limit 2 w B L7 Limit 2 gh C L8 Limit 1 w D L8 Limit 1 gh E L8 Limit 2 w F L8 Limit 2 gh M1 Limit 1 w M1 Limit 1 gh M1 Limit 2 w M1 Limit 2 gh M2 Limit 1 w M2 Limit 1 gh M2 Limit 2 w M2 Limit 2 gh M3 Limit 1 w M3 Limit 1 gh A M3 Limit 2 w B M3 Limit 2 gh C M4 Limit 1 w D M4 Limit 1 gh E M4 Limit 2 w F M4 Limit 2 gh M5 Limit 1 w M5 Limit 1 gh M5 Limit 2 w M5 Limit 2 gh M6 Limit 1 w M6 Limit 1 gh M6 Limit 2 w M6 Limit 2 gh M7 Limit 1 w 113

114 114 Carlo Gavazzi CTRLX smart-house controller M7 Limit 1 gh A M7 Limit 2 w B M7 Limit 2 gh C M8 Limit 1 w D M8 Limit 1 gh E M8 Limit 2 w F M8 Limit 2 gh A0 N1 Limit 1 w A1 N1 Limit 1 gh A2 N1 Limit 2 w A3 N1 Limit 2 gh A4 N2 Limit 1 w A5 N2 Limit 1 gh A6 N2 Limit 2 w A7 N2 Limit 2 gh A8 N3 Limit 1 w A9 N3 Limit 1 gh AA N3 Limit 2 w AB N3 Limit 2 gh AC N4 Limit 1 w AD N4 Limit 1 gh AE N4 Limit 2 w AF N4 Limit 2 gh B0 N5 Limit 1 w B1 N5 Limit 1 gh B2 N5 Limit 2 w B3 N5 Limit 2 gh B4 N6 Limit 1 w B5 N6 Limit 1 gh B6 N6 Limit 2 w B7 N6 Limit 2 gh B8 N7 Limit 1 w B9 N7 Limit 1 gh BA N7 Limit 2 w BB N7 Limit 2 gh BC N8 Limit 1 w BD N8 Limit 1 gh BE N8 Limit 2 w BF N8 Limit 2 gh C0 O1 Limit 1 w C1 O1 Limit 1 gh C2 O1 Limit 2 w C3 O1 Limit 2 gh C4 O2 Limit 1 w C5 O2 Limit 1 gh C6 O2 Limit 2 w C7 O2 Limit 2 gh C8 O3 Limit 1 w C9 O3 Limit 1 gh CA O3 Limit 2 w CB O3 Limit 2 gh CC O4 Limit 1 w CD O4 Limit 1 gh

115 The menus CE O4 Limit 2 w CF O4 Limit 2 gh D0 O5 Limit 1 w D1 O5 Limit 1 gh D2 O5 Limit 2 w D3 O5 Limit 2 gh D4 O6 Limit 1 w D5 O6 Limit 1 gh D6 O6 Limit 2 w D7 O6 Limit 2 gh D8 O7 Limit 1 w D9 O7 Limit 1 gh DA O7 Limit 2 w DB O7 Limit 2 gh DC O8 Limit 1 w DD O8 Limit 1 gh DE O8 Limit 2 w DF O8 Limit 2 gh E0 P1 Limit 1 w E1 P1 Limit 1 gh E2 P1 Limit 2 w E3 P1 Limit 2 gh E4 P2 Limit 1 w E5 P2 Limit 1 gh E6 P2 Limit 2 w E7 P2 Limit 2 gh E8 P3 Limit 1 w E9 P3 Limit 1 gh EA P3 Limit 2 w EB P3 Limit 2 gh EC P4 Limit 1 w ED P4 Limit 1 gh EE P4 Limit 2 w EF P4 Limit 2 gh F0 P5 Limit 1 w F1 P5 Limit 1 gh F2 P5 Limit 2 w F3 P5 Limit 2 gh F4 P6 Limit 1 w F5 P6 Limit 1 gh F6 P6 Limit 2 w F7 P6 Limit 2 gh F8 P7 Limit 1 w F9 P7 Limit 1 gh FA P7 Limit 2 w FB P7 Limit 2 gh FC P8 Limit 1 w FD P8 Limit 1 gh FE P8 Limit 2 w FF P8 Limit 2 gh 115

116 116 Carlo Gavazzi CTRLX smart-house controller Register Addr ess Register 16 bit Register value Dec Hex A1 on-delay tb Level A1 on-delay A1 off-delay tb A1 off-delay A2 on-delay tb A2 on-delay A2 off-delay tb A2 off-delay A3 on-delay tb A3 on-delay A A3 off-delay tb B A3 off-delay C A4 on-delay tb D A4 on-delay E A4 off-delay tb F A4 off-delay A5 on-delay tb A5 on-delay A5 off-delay tb A5 off-delay A6 on-delay tb A6 on-delay A6 off-delay tb A6 off-delay A7 on-delay tb A7 on-delay A A7 off-delay tb B A7 off-delay C A8 on-delay tb D A8 on-delay E A8 off-delay tb F A8 off-delay B1 on-delay tb B1 on-delay B1 off-delay tb B1 off-delay B2 on-delay tb B2 on-delay B2 off-delay tb B2 off-delay B3 on-delay tb B3 on-delay A B3 off-delay tb B B3 off-delay C B4 on-delay tb D B4 on-delay E B4 off-delay tb F B4 off-delay B5 on-delay tb B5 on-delay

117 The menus B5 off-delay tb B5 off-delay B6 on-delay tb B6 on-delay B6 off-delay tb B6 off-delay B7 on-delay tb B7 on-delay A B7 off-delay tb B B7 off-delay C B8 on-delay tb D B8 on-delay E B8 off-delay tb F B8 off-delay C1 on-delay tb C1 on-delay C1 off-delay tb C1 off-delay C2 on-delay tb C2 on-delay C2 off-delay tb C2 off-delay C3 on-delay tb C3 on-delay A C3 off-delay tb B C3 off-delay C C4 on-delay tb D C4 on-delay E C4 off-delay tb F C4 off-delay C5 on-delay tb C5 on-delay C5 off-delay tb C5 off-delay C6 on-delay tb C6 on-delay C6 off-delay tb C6 off-delay C7 on-delay tb C7 on-delay A C7 off-delay tb B C7 off-delay C C8 on-delay tb D C8 on-delay E C8 off-delay tb F C8 off-delay D1 on-delay tb D1 on-delay D1 off-delay tb D1 off-delay D2 on-delay tb D2 on-delay D2 off-delay tb 117

118 118 Carlo Gavazzi CTRLX smart-house controller D2 off-delay D3 on-delay tb D3 on-delay A D3 off-delay tb B D3 off-delay C D4 on-delay tb D D4 on-delay E D4 off-delay tb F D4 off-delay D5 on-delay tb D5 on-delay D5 off-delay tb D5 off-delay D6 on-delay tb D6 on-delay D6 off-delay tb D6 off-delay D7 on-delay tb D7 on-delay A D7 off-delay tb B D7 off-delay C D8 on-delay tb D D8 on-delay E D8 off-delay tb F D8 off-delay E1 on-delay tb E1 on-delay E1 off-delay tb E1 off-delay E2 on-delay tb E2 on-delay E2 off-delay tb E2 off-delay E3 on-delay tb E3 on-delay A E3 off-delay tb B E3 off-delay C E4 on-delay tb D E4 on-delay E E4 off-delay tb F E4 off-delay E5 on-delay tb E5 on-delay E5 off-delay tb E5 off-delay E6 on-delay tb E6 on-delay E6 off-delay tb E6 off-delay E7 on-delay tb E7 on-delay A E7 off-delay tb B E7 off-delay

119 The menus C E8 on-delay tb D E8 on-delay E E8 off-delay tb F E8 off-delay A0 F1 on-delay tb A1 F1 on-delay A2 F1 off-delay tb A3 F1 off-delay A4 F2 on-delay tb A5 F2 on-delay A6 F2 off-delay tb A7 F2 off-delay A8 F3 on-delay tb A9 F3 on-delay AA F3 off-delay tb AB F3 off-delay AC F4 on-delay tb AD F4 on-delay AE F4 off-delay tb AF F4 off-delay B0 F5 on-delay tb B1 F5 on-delay B2 F5 off-delay tb B3 F5 off-delay B4 F6 on-delay tb B5 F6 on-delay B6 F6 off-delay tb B7 F6 off-delay B8 F7 on-delay tb B9 F7 on-delay BA F7 off-delay tb BB F7 off-delay BC F8 on-delay tb BD F8 on-delay BE F8 off-delay tb BF F8 off-delay C0 G1 on-delay tb C1 G1 on-delay C2 G1 off-delay tb C3 G1 off-delay C4 G2 on-delay tb C5 G2 on-delay C6 G2 off-delay tb C7 G2 off-delay C8 G3 on-delay tb C9 G3 on-delay CA G3 off-delay tb CB G3 off-delay CC G4 on-delay tb CD G4 on-delay CE G4 off-delay tb CF G4 off-delay D0 G5 on-delay tb 119

120 120 Carlo Gavazzi CTRLX smart-house controller D1 G5 on-delay D2 G5 off-delay tb D3 G5 off-delay D4 G6 on-delay tb D5 G6 on-delay D6 G6 off-delay tb D7 G6 off-delay D8 G7 on-delay tb D9 G7 on-delay DA G7 off-delay tb DB G7 off-delay DC G8 on-delay tb DD G8 on-delay DE G8 off-delay tb DF G8 off-delay E0 H1 on-delay tb E1 H1 on-delay E2 H1 off-delay tb E3 H1 off-delay E4 H2 on-delay tb E5 H2 on-delay E6 H2 off-delay tb E7 H2 off-delay E8 H3 on-delay tb E9 H3 on-delay EA H3 off-delay tb EB H3 off-delay EC H4 on-delay tb ED H4 on-delay EE H4 off-delay tb EF H4 off-delay F0 H5 on-delay tb F1 H5 on-delay F2 H5 off-delay tb F3 H5 off-delay F4 H6 on-delay tb F5 H6 on-delay F6 H6 off-delay tb F7 H6 off-delay F8 H7 on-delay tb F9 H7 on-delay FA H7 off-delay tb FB H7 off-delay FC H8 on-delay tb FD H8 on-delay FE H8 off-delay tb FF H8 off-delay I1 on-delay tb I1 on-delay I1 off-delay tb I1 off-delay I2 on-delay tb I2 on-delay

121 The menus I2 off-delay tb I2 off-delay I3 on-delay tb I3 on-delay A I3 off-delay tb B I3 off-delay C I4 on-delay tb D I4 on-delay E I4 off-delay tb F I4 off-delay I5 on-delay tb I5 on-delay I5 off-delay tb I5 off-delay I6 on-delay tb I6 on-delay I6 off-delay tb I6 off-delay I7 on-delay tb I7 on-delay A I7 off-delay tb B I7 off-delay C I8 on-delay tb D I8 on-delay E I8 off-delay tb F I8 off-delay J1 on-delay tb J1 on-delay J1 off-delay tb J1 off-delay J2 on-delay tb J2 on-delay J2 off-delay tb J2 off-delay J3 on-delay tb J3 on-delay A J3 off-delay tb B J3 off-delay C J4 on-delay tb D J4 on-delay E J4 off-delay tb F J4 off-delay J5 on-delay tb J5 on-delay J5 off-delay tb J5 off-delay J6 on-delay tb J6 on-delay J6 off-delay tb J6 off-delay J7 on-delay tb J7 on-delay A J7 off-delay tb 121

122 122 Carlo Gavazzi CTRLX smart-house controller B J7 off-delay C J8 on-delay tb D J8 on-delay E J8 off-delay tb F J8 off-delay K1 on-delay tb K1 on-delay K1 off-delay tb K1 off-delay K2 on-delay tb K2 on-delay K2 off-delay tb K2 off-delay K3 on-delay tb K3 on-delay A K3 off-delay tb B K3 off-delay C K4 on-delay tb D K4 on-delay E K4 off-delay tb F K4 off-delay K5 on-delay tb K5 on-delay K5 off-delay tb K5 off-delay K6 on-delay tb K6 on-delay K6 off-delay tb K6 off-delay K7 on-delay tb K7 on-delay A K7 off-delay tb B K7 off-delay C K8 on-delay tb D K8 on-delay E K8 off-delay tb F K8 off-delay L1 on-delay tb L1 on-delay L1 off-delay tb L1 off-delay L2 on-delay tb L2 on-delay L2 off-delay tb L2 off-delay L3 on-delay tb L3 on-delay A L3 off-delay tb B L3 off-delay C L4 on-delay tb D L4 on-delay E L4 off-delay tb F L4 off-delay

123 The menus L5 on-delay tb L5 on-delay L5 off-delay tb L5 off-delay L6 on-delay tb L6 on-delay L6 off-delay tb L6 off-delay L7 on-delay tb L7 on-delay A L7 off-delay tb B L7 off-delay C L8 on-delay tb D L8 on-delay E L8 off-delay tb F L8 off-delay M1 on-delay tb M1 on-delay M1 off-delay tb M1 off-delay M2 on-delay tb M2 on-delay M2 off-delay tb M2 off-delay M3 on-delay tb M3 on-delay A M3 off-delay tb B M3 off-delay C M4 on-delay tb D M4 on-delay E M4 off-delay tb F M4 off-delay M5 on-delay tb M5 on-delay M5 off-delay tb M5 off-delay M6 on-delay tb M6 on-delay M6 off-delay tb M6 off-delay M7 on-delay tb M7 on-delay A M7 off-delay tb B M7 off-delay C M8 on-delay tb D M8 on-delay E M8 off-delay tb F M8 off-delay A0 N1 on-delay tb A1 N1 on-delay A2 N1 off-delay tb A3 N1 off-delay A4 N2 on-delay tb 123

124 124 Carlo Gavazzi CTRLX smart-house controller A5 N2 on-delay A6 N2 off-delay tb A7 N2 off-delay A8 N3 on-delay tb A9 N3 on-delay AA N3 off-delay tb AB N3 off-delay AC N4 on-delay tb AD N4 on-delay AE N4 off-delay tb AF N4 off-delay B0 N5 on-delay tb B1 N5 on-delay B2 N5 off-delay tb B3 N5 off-delay B4 N6 on-delay tb B5 N6 on-delay B6 N6 off-delay tb B7 N6 off-delay B8 N7 on-delay tb B9 N7 on-delay BA N7 off-delay tb BB N7 off-delay BC N8 on-delay tb BD N8 on-delay BE N8 off-delay tb BF N8 off-delay C0 O1 on-delay tb C1 O1 on-delay C2 O1 off-delay tb C3 O1 off-delay C4 O2 on-delay tb C5 O2 on-delay C6 O2 off-delay tb C7 O2 off-delay C8 O3 on-delay tb C9 O3 on-delay CA O3 off-delay tb CB O3 off-delay CC O4 on-delay tb CD O4 on-delay CE O4 off-delay tb CF O4 off-delay D0 O5 on-delay tb D1 O5 on-delay D2 O5 off-delay tb D3 O5 off-delay D4 O6 on-delay tb D5 O6 on-delay D6 O6 off-delay tb D7 O6 off-delay D8 O7 on-delay tb D9 O7 on-delay

125 The menus DA O7 off-delay tb DB O7 off-delay DC O8 on-delay tb DD O8 on-delay DE O8 off-delay tb DF O8 off-delay E0 P1 on-delay tb E1 P1 on-delay E2 P1 off-delay tb E3 P1 off-delay E4 P2 on-delay tb E5 P2 on-delay E6 P2 off-delay tb E7 P2 off-delay E8 P3 on-delay tb E9 P3 on-delay EA P3 off-delay tb EB P3 off-delay EC P4 on-delay tb ED P4 on-delay EE P4 off-delay tb EF P4 off-delay F0 P5 on-delay tb F1 P5 on-delay F2 P5 off-delay tb F3 P5 off-delay F4 P6 on-delay tb F5 P6 on-delay F6 P6 off-delay tb F7 P6 off-delay F8 P7 on-delay tb F9 P7 on-delay FA P7 off-delay tb FB P7 off-delay FC P8 on-delay tb FD P8 on-delay FE P8 off-delay tb FF P8 off-delay Register Address Dec Register 16 bit Hex A 600B 600C 600D A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 Register value Level select 1 select 2 select 3 125

126 126 Carlo Gavazzi CTRLX smart-house controller E 600F A 601B 601C 601D 601E 601F A 602B 602C 602D 602E 602F A 603B 603C 603D 603E 603F A 604B 604C 604D 604E A1 A1 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A3 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

127 The menus F A 605B 605C 605D 605E 605F A 606B 606C 606D 606E 606F A 607B 607C 607D 607E 607F A 608B 608C 608D 608E 608F A5 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A7 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 127

128 128 Carlo Gavazzi CTRLX smart-house controller A 609B 609C 609D 609E 609F 60A0 60A1 60A2 60A3 60A4 60A5 60A6 60A7 60A8 60A9 60AA 60AB 60AC 60AD 60AE 60AF 60B0 60B1 60B2 60B3 60B4 60B5 60B6 60B7 60B8 60B9 60BA 60BB 60BC 60BD 60BE 60BF 60C0 60C1 60C2 60C3 60C4 60C5 60C6 60C7 60C8 60C9 60CA 60CB 60CC 60CD 60CE 60CF 60D0 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B3 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B6 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

129 The menus D1 60D2 60D3 60D4 60D5 60D6 60D7 60D8 60D9 60DA 60DB 60DC 60DD 60DE 60DF 60E0 60E1 60E2 60E3 60E4 60E5 60E6 60E7 60E8 60E9 60EA 60EB 60EC 60ED 60EE 60EF 60F0 60F1 60F2 60F3 60F4 60F5 60F6 60F7 60F8 60F9 60FA 60FB 60FC 60FD 60FE 60FF A 610B 610C 610D 610E 610F B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C2 C2 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 129

130 130 Carlo Gavazzi CTRLX smart-house controller A 611B 611C 611D 611E 611F A 612B 612C 612D 612E 612F A 613B 613C 613D 613E 613F A 614B 614C 614D 614E 614F C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C6 C6 C6 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

131 The menus A 615B 615C 615D 615E 615F A 616B 616C 616D 616E 616F A 617B 617C 617D 617E 617F A 618B 618C 618D 618E 618F C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D2 D2 D2 D2 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 131

132 132 Carlo Gavazzi CTRLX smart-house controller A 619B 619C 619D 619E 619F 61A0 61A1 61A2 61A3 61A4 61A5 61A6 61A7 61A8 61A9 61AA 61AB 61AC 61AD 61AE 61AF 61B0 61B1 61B2 61B3 61B4 61B5 61B6 61B7 61B8 61B9 61BA 61BB 61BC 61BD 61BE 61BF 61C0 61C1 61C2 61C3 61C4 61C5 61C6 61C7 61C8 61C9 61CA 61CB 61CC 61CD 61CE 61CF 61D0 61D1 61D2 61D3 61D4 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D6 D6 D6 D6 D6 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

133 The menus D5 61D6 61D7 61D8 61D9 61DA 61DB 61DC 61DD 61DE 61DF 61E0 61E1 61E2 61E3 61E4 61E5 61E6 61E7 61E8 61E9 61EA 61EB 61EC 61ED 61EE 61EF 61F0 61F1 61F2 61F3 61F4 61F5 61F6 61F7 61F8 61F9 61FA 61FB 61FC 61FD 61FE 61FF A 620B 620C 620D 620E 620F D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E2 E2 E2 E2 E2 E2 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 133

134 134 Carlo Gavazzi CTRLX smart-house controller A 621B 621C 621D 621E 621F A 622B 622C 622D 622E 622F A 623B 623C 623D 623E 623F A 624B 624C 624D 624E 624F E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E6 E6 E6 E6 E6 E6 E6 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

135 The menus A 625B 625C 625D 625E 625F A 626B 626C 626D 626E 626F A 627B 627C 627D 627E 627F A 628B 628C 628D 628E 628F E6 E6 E6 E6 E6 E6 E6 E6 E6 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F2 F2 F2 F2 F2 F2 F2 F2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 135

136 136 Carlo Gavazzi CTRLX smart-house controller A 629B 629C 629D 629E 629F 62A0 62A1 62A2 62A3 62A4 62A5 62A6 62A7 62A8 62A9 62AA 62AB 62AC 62AD 62AE 62AF 62B0 62B1 62B2 62B3 62B4 62B5 62B6 62B7 62B8 62B9 62BA 62BB 62BC 62BD 62BE 62BF 62C0 62C1 62C2 62C3 62C4 62C5 62C6 62C7 62C8 62C9 62CA 62CB 62CC 62CD 62CE 62CF 62D0 62D1 62D2 62D3 62D4 62D5 62D6 62D7 62D8 F2 F2 F2 F2 F2 F2 F2 F2 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F6 F6 F6 F6 F6 F6 F6 F6 F6 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

137 The menus D9 62DA 62DB 62DC 62DD 62DE 62DF 62E0 62E1 62E2 62E3 62E4 62E5 62E6 62E7 62E8 62E9 62EA 62EB 62EC 62ED 62EE 62EF 62F0 62F1 62F2 62F3 62F4 62F5 62F6 62F7 62F8 62F9 62FA 62FB 62FC 62FD 62FE 62FF A 630B 630C 630D 630E 630F F6 F6 F6 F6 F6 F6 F6 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 137

138 138 Carlo Gavazzi CTRLX smart-house controller A 631B 631C 631D 631E 631F A 632B 632C 632D 632E 632F A 633B 633C 633D 633E 633F A 634B 634C 634D 634E 634F A G2 G2 G2 G2 G2 G2 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

139 The menus B 635C 635D 635E 635F A 636B 636C 636D 636E 636F A 637B 637C 637D 637E 637F A 638B 638C 638D 638E 638F A 639B G6 G6 G6 G6 G6 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 139

140 140 Carlo Gavazzi CTRLX smart-house controller C 639D 639E 639F 63A0 63A1 63A2 63A3 63A4 63A5 63A6 63A7 63A8 63A9 63AA 63AB 63AC 63AD 63AE 63AF 63B0 63B1 63B2 63B3 63B4 63B5 63B6 63B7 63B8 63B9 63BA 63BB 63BC 63BD 63BE 63BF 63C0 63C1 63C2 63C3 63C4 63C5 63C6 63C7 63C8 63C9 63CA 63CB 63CC 63CD 63CE 63CF 63D0 63D1 63D2 63D3 63D4 63D5 63D6 63D7 63D8 63D9 63DA 63DB 63DC H2 H2 H2 H2 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

141 The menus DD 63DE 63DF 63E0 63E1 63E2 63E3 63E4 63E5 63E6 63E7 63E8 63E9 63EA 63EB 63EC 63ED 63EE 63EF 63F0 63F1 63F2 63F3 63F4 63F5 63F6 63F7 63F8 63F9 63FA 63FB 63FC 63FD 63FE 63FF A 640B 640C 640D 640E 640F A 641B 641C 641D H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 141

142 142 Carlo Gavazzi CTRLX smart-house controller E 641F A 642B 642C 642D 642E 642F A 643B 643C 643D 643E 643F A 644B 644C 644D 644E 644F A 645B 645C 645D 645E I2 I2 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I4 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

143 The menus F A 646B 646C 646D 646E 646F A 647B 647C 647D 647E 647F A 648B 648C 648D 648E 648F A 649B 649C 649D 649E 649F I6 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 I8 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 143

144 144 Carlo Gavazzi CTRLX smart-house controller A0 64A1 64A2 64A3 64A4 64A5 64A6 64A7 64A8 64A9 64AA 64AB 64AC 64AD 64AE 64AF 64B0 64B1 64B2 64B3 64B4 64B5 64B6 64B7 64B8 64B9 64BA 64BB 64BC 64BD 64BE 64BF 64C0 64C1 64C2 64C3 64C4 64C5 64C6 64C7 64C8 64C9 64CA 64CB 64CC 64CD 64CE 64CF 64D0 64D1 64D2 64D3 64D4 64D5 64D6 64D7 64D8 64D9 64DA 64DB 64DC 64DD 64DE 64DF 64E0 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J7 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

145 The menus E1 64E2 64E3 64E4 64E5 64E6 64E7 64E8 64E9 64EA 64EB 64EC 64ED 64EE 64EF 64F0 64F1 64F2 64F3 64F4 64F5 64F6 64F7 64F8 64F9 64FA 64FB 64FC 64FD 64FE 64FF A 650B 650C 650D 650E 650F A 651B 651C 651D 651E 651F J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K3 K3 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 145

146 146 Carlo Gavazzi CTRLX smart-house controller A 652B 652C 652D 652E 652F A 653B 653C 653D 653E 653F A 654B 654C 654D 654E 654F A 655B 655C 655D 655E 655F K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K7 K7 K7 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

147 The menus A 656B 656C 656D 656E 656F A 657B 657C 657D 657E 657F A 658B 658C 658D 658E 658F A 659B 659C 659D 659E 659F 65A0 65A1 65A2 65A3 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L3 L3 L3 L3 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 147

148 148 Carlo Gavazzi CTRLX smart-house controller A4 65A5 65A6 65A7 65A8 65A9 65AA 65AB 65AC 65AD 65AE 65AF 65B0 65B1 65B2 65B3 65B4 65B5 65B6 65B7 65B8 65B9 65BA 65BB 65BC 65BD 65BE 65BF 65C0 65C1 65C2 65C3 65C4 65C5 65C6 65C7 65C8 65C9 65CA 65CB 65CC 65CD 65CE 65CF 65D0 65D1 65D2 65D3 65D4 65D5 65D6 65D7 65D8 65D9 65DA 65DB 65DC 65DD 65DE 65DF 65E0 65E1 65E2 65E3 65E4 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L7 L7 L7 L7 L7 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

149 The menus E5 65E6 65E7 65E8 65E9 65EA 65EB 65EC 65ED 65EE 65EF 65F0 65F1 65F2 65F3 65F4 65F5 65F6 65F7 65F8 65F9 65FA 65FB 65FC 65FD 65FE 65FF A 660B 660C 660D 660E 660F A 661B 661C 661D 661E 661F L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M3 M3 M3 M3 M3 M3 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 149

150 150 Carlo Gavazzi CTRLX smart-house controller A 662B 662C 662D 662E 662F A 663B 663C 663D 663E 663F A 664B 664C 664D 664E 664F A 665B 665C 665D 665E 665F M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M7 M7 M7 M7 M7 M7 M7 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

151 The menus A 666B 666C 666D 666E 666F A 667B 667C 667D 667E 667F A 668B 668C 668D 668E 668F A 669B 669C 669D 669E 669F 66A0 66A1 66A2 66A3 66A4 66A5 66A6 66A7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N3 N3 N3 N3 N3 N3 N3 N3 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 151

152 152 Carlo Gavazzi CTRLX smart-house controller A8 66A9 66AA 66AB 66AC 66AD 66AE 66AF 66B0 66B1 66B2 66B3 66B4 66B5 66B6 66B7 66B8 66B9 66BA 66BB 66BC 66BD 66BE 66BF 66C0 66C1 66C2 66C3 66C4 66C5 66C6 66C7 66C8 66C9 66CA 66CB 66CC 66CD 66CE 66CF 66D0 66D1 66D2 66D3 66D4 66D5 66D6 66D7 66D8 66D9 66DA 66DB 66DC 66DD 66DE 66DF 66E0 66E1 66E2 66E3 66E4 66E5 66E6 66E7 66E8 N3 N3 N3 N3 N3 N3 N3 N3 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N7 N7 N7 N7 N7 N7 N7 N7 N7 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

153 The menus E9 66EA 66EB 66EC 66ED 66EE 66EF 66F0 66F1 66F2 66F3 66F4 66F5 66F6 66F7 66F8 66F9 66FA 66FB 66FC 66FD 66FE 66FF A 670B 670C 670D 670E 670F A 671B 671C 671D 671E 671F N7 N7 N7 N7 N7 N7 N7 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 153

154 154 Carlo Gavazzi CTRLX smart-house controller A 672B 672C 672D 672E 672F A 673B 673C 673D 673E 673F A 674B 674C 674D 674E 674F A 675B 675C 675D 675E 675F A O3 O3 O3 O3 O3 O3 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

155 The menus B 676C 676D 676E 676F A 677B 677C 677D 677E 677F A 678B 678C 678D 678E 678F A 679B 679C 679D 679E 679F 67A0 67A1 67A2 67A3 67A4 67A5 67A6 67A7 67A8 67A9 67AA 67AB O7 O7 O7 O7 O7 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 155

156 156 Carlo Gavazzi CTRLX smart-house controller AC 67AD 67AE 67AF 67B0 67B1 67B2 67B3 67B4 67B5 67B6 67B7 67B8 67B9 67BA 67BB 67BC 67BD 67BE 67BF 67C0 67C1 67C2 67C3 67C4 67C5 67C6 67C7 67C8 67C9 67CA 67CB 67CC 67CD 67CE 67CF 67D0 67D1 67D2 67D3 67D4 67D5 67D6 67D7 67D8 67D9 67DA 67DB 67DC 67DD 67DE 67DF 67E0 67E1 67E2 67E3 67E4 67E5 67E6 67E7 67E8 67E9 67EA 67EB 67EC P3 P3 P3 P3 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

157 The menus ED 67EE 67EF 67F0 67F1 67F2 67F3 67F4 67F5 67F6 67F7 67F8 67F9 67FA 67FB 67FC 67FD 67FE 67FF P7 P7 P7 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 select 4 select 1 select 2 Off-time 3 select 3 select Code 05 Enter topic text here. Register Address Dupline Address Dec Hex A 150B 150C 150D 150E 150F A 151B 151C 151D 151E 151F A1 A2 A3 A4 A5 A6 A7 A8 B1 B2 B3 B4 B5 B6 B7 B8 C1 C2 C3 C4 C5 C6 C7 C8 D1 D2 D3 D4 D5 D6 D7 D8 E1 E2 E3 E4 Register 8 bit value Register Address Dupline Address Level Dec Hex A 154B 154C 154D 154E 154F A 155B 155C 155D 155E 155F Register 8 bit value Level I1 I2 I3 I4 I5 I6 I7 I8 J1 J2 J3 J4 J5 J6 J7 J8 K1 K2 K3 K4 K5 K6 K7 K8 L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4

158 158 Carlo Gavazzi CTRLX smart-house controller A 152B 152C 152D 152E 152F A 153B 153C 153D 153E 153F Register Address E5 E6 E7 E8 F1 F2 F3 F4 F5 F6 F7 F8 G1 G2 G3 G4 G5 G6 G7 G8 H1 H2 H3 H4 H5 H6 H7 H8 Dupline Address Register 8 bit value A 156B 156C 156D 156E 156F A 157B 157C 157D 157E 157F Register Address M5 M6 M7 M8 N1 N2 N3 N4 N5 N6 N7 N8 O1 O2 O3 O4 O5 O6 O7 O8 P1 P2 P3 P4 P5 P6 P7 P8 Dupline Address Register 8 bit value Dec Hex Level Dec Hex A1 A2 01h=On 01h=On I1 I2 01h=On 01h=On A3 01h=On I3 01h=On A4 01h=On I4 01h=On A5 01h=On I5 01h=On A6 01h=On I6 01h=On A7 01h=On I7 01h=On A8 01h=On I8 01h=On B1 01h=On J1 01h=On B2 01h=On J2 01h=On A B3 01h=On A J3 01h=On B B4 01h=On B J4 01h=On C B5 01h=On C J5 01h=On D B6 01h=On D J6 01h=On E B7 01h=On E J7 01h=On F B8 01h=On F J8 01h=On C1 01h=On K1 01h=On C2 01h=On K2 01h=On C3 01h=On K3 01h=On C4 01h=On K4 01h=On C5 01h=On K5 01h=On C6 01h=On K6 01h=On C7 01h=On K7 01h=On C8 01h=On K8 01h=On D1 01h=On L1 01h=On Level

159 The menus D2 01h=On L2 01h=On A D3 01h=On A L3 01h=On B D4 01h=On B L4 01h=On C D5 01h=On C L5 01h=On D D6 01h=On D L6 01h=On E D7 01h=On E L7 01h=On F D8 01h=On F L8 01h=On E1 01h=On M1 01h=On E2 01h=On M2 01h=On E3 01h=On M3 01h=On E4 01h=On M4 01h=On E5 01h=On M5 01h=On E6 01h=On M6 01h=On E7 01h=On M7 01h=On E8 01h=On M8 01h=On F1 01h=On N1 01h=On F2 01h=On N2 01h=On A F3 01h=On A N3 01h=On B F4 01h=On B N4 01h=On C F5 01h=On C N5 01h=On D F6 01h=On D N6 01h=On E F7 01h=On E N7 01h=On F F8 01h=On F N8 01h=On G1 01h=On O1 01h=On G2 01h=On O2 01h=On G3 01h=On O3 01h=On G4 01h=On O4 01h=On G5 01h=On O5 01h=On G6 01h=On O6 01h=On G7 01h=On O7 01h=On G8 01h=On O8 01h=On H1 01h=On P1 01h=On H2 01h=On P2 01h=On A H3 01h=On A P3 01h=On B H4 01h=On B P4 01h=On C H5 01h=On C P5 01h=On D H6 01h=On D P6 01h=On E H7 01h=On E P7 01h=On F H8 01h=On F P8 01h=On Register Address Dupline Address Dec Hex A 310B A1 A2 A3 A4 A5 A6 A7 A8 B1 B2 B3 B4 Register 8 bit value Register Address Dupline Address Level Dec Hex Register 8 bit value Level I1 I2 I3 I4 I5 I6 I7 I8 J1 J2 J3 J4

160 160 Carlo Gavazzi CTRLX smart-house controller C 310D 310E 310F A 311B 311C 311D 311E 311F A 312B 312C 312D 312E 312F A 313B 313C 313D 313E 313F B5 B6 B7 B8 C1 C2 C3 C4 C5 C6 C7 C8 D1 D2 D3 D4 D5 D6 D7 D8 E1 E2 E3 E4 E5 E6 E7 E8 F1 F2 F3 F4 F5 F6 F7 F8 G1 G2 G3 G4 G5 G6 G7 G8 H1 H2 H3 H4 H5 H6 H7 H A 314A 314B 314B 314C 314C 314D 314D 314E 314E 314F 314F A 315A 315B 315B 315C 315C 315D 315D 315E 315E 315F 315F 3160 J5 J6 J7 J8 K1 K2 K3 K4 K5 K6 K7 K8 L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 N1 N2 N3 N4 N5 N6 N7 N8 O1 O2 O3 O4 O5 O6 O7 O8 P1 P2 P3 P4 P5 P6 P7 P Code 06 Enter topic text here. Register Address Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital

161 The menus H8..H1 G8..G1 Digital J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Register Address Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital H8..H1 G8..G1 Digital J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Code 16 Enter topic text here. Register Address Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital H8..H1 G8..G1 Digital J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Register Address Register 16 bit Dec Hex Level B8..B1 A8..A1 Digital D8..D1 C8..C1 Digital F8..F1 E8..E1 Digital H8..H1 G8..G1 Digital J8..J1 I8..I1 Digital L8..L1 K8..K1 Digital N8..N1 M8..M1 Digital P8..P1 O8..O1 Digital Register Address Register 16 bit Value Dec Hex ute Seconds of FF Level week Register Addr ess Month Year Date Year Register 16 bit Register value Dec Hex A1 Limit 1 w A1 Limit 1 gh Level 161

162 162 Carlo Gavazzi CTRLX smart-house controller A1 Limit 2 w A1 Limit 2 gh A2 Limit 1 w A2 Limit 1 gh A2 Limit 2 w A2 Limit 2 gh A3 Limit 1 w A3 Limit 1 gh A A3 Limit 2 w B A3 Limit 2 gh C A4 Limit 1 w D A4 Limit 1 gh E A4 Limit 2 w F A4 Limit 2 gh A5 Limit 1 w A5 Limit 1 gh A5 Limit 2 w A5 Limit 2 gh A6 Limit 1 w A6 Limit 1 gh A6 Limit 2 w A6 Limit 2 gh A7 Limit 1 w A7 Limit 1 gh A A7 Limit 2 w B A7 Limit 2 gh C A8 Limit 1 w D A8 Limit 1 gh E A8 Limit 2 w F A8 Limit 2 gh B1 Limit 1 w B1 Limit 1 gh B1 Limit 2 w B1 Limit 2 gh B2 Limit 1 w B2 Limit 1 gh B2 Limit 2 w B2 Limit 2 gh B3 Limit 1 w B3 Limit 1 gh A B3 Limit 2 w B B3 Limit 2 gh C B4 Limit 1 w D B4 Limit 1 gh E B4 Limit 2 w F B4 Limit 2 gh B5 Limit 1 w B5 Limit 1 gh B5 Limit 2 w B5 Limit 2 gh B6 Limit 1 w B6 Limit 1 gh B6 Limit 2 w

163 The menus B6 Limit 2 gh B7 Limit 1 w B7 Limit 1 gh A B7 Limit 2 w B B7 Limit 2 gh C B8 Limit 1 w D B8 Limit 1 gh E B8 Limit 2 w F B8 Limit 2 gh C1 Limit 1 w C1 Limit 1 gh C1 Limit 2 w C1 Limit 2 gh C2 Limit 1 w C2 Limit 1 gh C2 Limit 2 w C2 Limit 2 gh C3 Limit 1 w C3 Limit 1 gh A C3 Limit 2 w B C3 Limit 2 gh C C4 Limit 1 w D C4 Limit 1 gh E C4 Limit 2 w F C4 Limit 2 gh C5 Limit 1 w C5 Limit 1 gh C5 Limit 2 w C5 Limit 2 gh C6 Limit 1 w C6 Limit 1 gh C6 Limit 2 w C6 Limit 2 gh C7 Limit 1 w C7 Limit 1 gh A C7 Limit 2 w B C7 Limit 2 gh C C8 Limit 1 w D C8 Limit 1 gh E C8 Limit 2 w F C8 Limit 2 gh D1 Limit 1 w D1 Limit 1 gh D1 Limit 2 w D1 Limit 2 gh D2 Limit 1 w D2 Limit 1 gh D2 Limit 2 w D2 Limit 2 gh D3 Limit 1 w D3 Limit 1 gh A D3 Limit 2 w B D3 Limit 2 gh 163

164 164 Carlo Gavazzi CTRLX smart-house controller C D4 Limit 1 w D D4 Limit 1 gh E D4 Limit 2 w F D4 Limit 2 gh D5 Limit 1 w D5 Limit 1 gh D5 Limit 2 w D5 Limit 2 gh D6 Limit 1 w D6 Limit 1 gh D6 Limit 2 w D6 Limit 2 gh D7 Limit 1 w D7 Limit 1 gh A D7 Limit 2 w B D7 Limit 2 gh C D8 Limit 1 w D D8 Limit 1 gh E D8 Limit 2 w F D8 Limit 2 gh E1 Limit 1 w E1 Limit 1 gh E1 Limit 2 w E1 Limit 2 gh E2 Limit 1 w E2 Limit 1 gh E2 Limit 2 w E2 Limit 2 gh E3 Limit 1 w E3 Limit 1 gh A E3 Limit 2 w B E3 Limit 2 gh C E4 Limit 1 w D E4 Limit 1 gh E E4 Limit 2 w F E4 Limit 2 gh E5 Limit 1 w E5 Limit 1 gh E5 Limit 2 w E5 Limit 2 gh E6 Limit 1 w E6 Limit 1 gh E6 Limit 2 w E6 Limit 2 gh E7 Limit 1 w E7 Limit 1 gh A E7 Limit 2 w B E7 Limit 2 gh C E8 Limit 1 w D E8 Limit 1 gh E E8 Limit 2 w F E8 Limit 2 gh A0 F1 Limit 1 w

165 The menus A1 F1 Limit 1 gh A2 F1 Limit 2 w A3 F1 Limit 2 gh A4 F2 Limit 1 w A5 F2 Limit 1 gh A6 F2 Limit 2 w A7 F2 Limit 2 gh A8 F3 Limit 1 w A9 F3 Limit 1 gh AA F3 Limit 2 w AB F3 Limit 2 gh AC F4 Limit 1 w AD F4 Limit 1 gh AE F4 Limit 2 w AF F4 Limit 2 gh B0 F5 Limit 1 w B1 F5 Limit 1 gh B2 F5 Limit 2 w B3 F5 Limit 2 gh B4 F6 Limit 1 w B5 F6 Limit 1 gh B6 F6 Limit 2 w B7 F6 Limit 2 gh B8 F7 Limit 1 w B9 F7 Limit 1 gh BA F7 Limit 2 w BB F7 Limit 2 gh BC F8 Limit 1 w BD F8 Limit 1 gh BE F8 Limit 2 w BF F8 Limit 2 gh C0 G1 Limit 1 w C1 G1 Limit 1 gh C2 G1 Limit 2 w C3 G1 Limit 2 gh C4 G2 Limit 1 w C5 G2 Limit 1 gh C6 G2 Limit 2 w C7 G2 Limit 2 gh C8 G3 Limit 1 w C9 G3 Limit 1 gh CA G3 Limit 2 w CB G3 Limit 2 gh CC G4 Limit 1 w CD G4 Limit 1 gh CE G4 Limit 2 w CF G4 Limit 2 gh D0 G5 Limit 1 w D1 G5 Limit 1 gh D2 G5 Limit 2 w D3 G5 Limit 2 gh D4 G6 Limit 1 w D5 G6 Limit 1 gh 165

166 166 Carlo Gavazzi CTRLX smart-house controller D6 G6 Limit 2 w D7 G6 Limit 2 gh D8 G7 Limit 1 w D9 G7 Limit 1 gh DA G7 Limit 2 w DB G7 Limit 2 gh DC G8 Limit 1 w DD G8 Limit 1 gh DE G8 Limit 2 w DF G8 Limit 2 gh E0 H1 Limit 1 w E1 H1 Limit 1 gh E2 H1 Limit 2 w E3 H1 Limit 2 gh E4 H2 Limit 1 w E5 H2 Limit 1 gh E6 H2 Limit 2 w E7 H2 Limit 2 gh E8 H3 Limit 1 w E9 H3 Limit 1 gh EA H3 Limit 2 w EB H3 Limit 2 gh EC H4 Limit 1 w ED H4 Limit 1 gh EE H4 Limit 2 w EF H4 Limit 2 gh F0 H5 Limit 1 w F1 H5 Limit 1 gh F2 H5 Limit 2 w F3 H5 Limit 2 gh F4 H6 Limit 1 w F5 H6 Limit 1 gh F6 H6 Limit 2 w F7 H6 Limit 2 gh F8 H7 Limit 1 w F9 H7 Limit 1 gh FA H7 Limit 2 w FB H7 Limit 2 gh FC H8 Limit 1 w FD H8 Limit 1 gh FE H8 Limit 2 w FF H8 Limit 2 gh I1 Limit 1 w I1 Limit 1 gh I1 Limit 2 w I1 Limit 2 gh I2 Limit 1 w I2 Limit 1 gh I2 Limit 2 w I2 Limit 2 gh I3 Limit 1 w I3 Limit 1 gh A I3 Limit 2 w

167 The menus B I3 Limit 2 gh C I4 Limit 1 w D I4 Limit 1 gh E I4 Limit 2 w F I4 Limit 2 gh I5 Limit 1 w I5 Limit 1 gh I5 Limit 2 w I5 Limit 2 gh I6 Limit 1 w I6 Limit 1 gh I6 Limit 2 w I6 Limit 2 gh I7 Limit 1 w I7 Limit 1 gh A I7 Limit 2 w B I7 Limit 2 gh C I8 Limit 1 w D I8 Limit 1 gh E I8 Limit 2 w F I8 Limit 2 gh J1 Limit 1 w J1 Limit 1 gh J1 Limit 2 w J1 Limit 2 gh J2 Limit 1 w J2 Limit 1 gh J2 Limit 2 w J2 Limit 2 gh J3 Limit 1 w J3 Limit 1 gh A J3 Limit 2 w B J3 Limit 2 gh C J4 Limit 1 w D J4 Limit 1 gh E J4 Limit 2 w F J4 Limit 2 gh J5 Limit 1 w J5 Limit 1 gh J5 Limit 2 w J5 Limit 2 gh J6 Limit 1 w J6 Limit 1 gh J6 Limit 2 w J6 Limit 2 gh J7 Limit 1 w J7 Limit 1 gh A J7 Limit 2 w B J7 Limit 2 gh C J8 Limit 1 w D J8 Limit 1 gh E J8 Limit 2 w F J8 Limit 2 gh 167

168 168 Carlo Gavazzi CTRLX smart-house controller K1 Limit 1 w K1 Limit 1 gh K1 Limit 2 w K1 Limit 2 gh K2 Limit 1 w K2 Limit 1 gh K2 Limit 2 w K2 Limit 2 gh K3 Limit 1 w K3 Limit 1 gh A K3 Limit 2 w B K3 Limit 2 gh C K4 Limit 1 w D K4 Limit 1 gh E K4 Limit 2 w F K4 Limit 2 gh K5 Limit 1 w K5 Limit 1 gh K5 Limit 2 w K5 Limit 2 gh K6 Limit 1 w K6 Limit 1 gh K6 Limit 2 w K6 Limit 2 gh K7 Limit 1 w K7 Limit 1 gh A K7 Limit 2 w B K7 Limit 2 gh C K8 Limit 1 w D K8 Limit 1 gh E K8 Limit 2 w F K8 Limit 2 gh L1 Limit 1 w L1 Limit 1 gh L1 Limit 2 w L1 Limit 2 gh L2 Limit 1 w L2 Limit 1 gh L2 Limit 2 w L2 Limit 2 gh L3 Limit 1 w L3 Limit 1 gh A L3 Limit 2 w B L3 Limit 2 gh C L4 Limit 1 w D L4 Limit 1 gh E L4 Limit 2 w F L4 Limit 2 gh L5 Limit 1 w L5 Limit 1 gh L5 Limit 2 w L5 Limit 2 gh L6 Limit 1 w

169 The menus L6 Limit 1 gh L6 Limit 2 w L6 Limit 2 gh L7 Limit 1 w L7 Limit 1 gh A L7 Limit 2 w B L7 Limit 2 gh C L8 Limit 1 w D L8 Limit 1 gh E L8 Limit 2 w F L8 Limit 2 gh M1 Limit 1 w M1 Limit 1 gh M1 Limit 2 w M1 Limit 2 gh M2 Limit 1 w M2 Limit 1 gh M2 Limit 2 w M2 Limit 2 gh M3 Limit 1 w M3 Limit 1 gh A M3 Limit 2 w B M3 Limit 2 gh C M4 Limit 1 w D M4 Limit 1 gh E M4 Limit 2 w F M4 Limit 2 gh M5 Limit 1 w M5 Limit 1 gh M5 Limit 2 w M5 Limit 2 gh M6 Limit 1 w M6 Limit 1 gh M6 Limit 2 w M6 Limit 2 gh M7 Limit 1 w M7 Limit 1 gh A M7 Limit 2 w B M7 Limit 2 gh C M8 Limit 1 w D M8 Limit 1 gh E M8 Limit 2 w F M8 Limit 2 gh A0 N1 Limit 1 w A1 N1 Limit 1 gh A2 N1 Limit 2 w A3 N1 Limit 2 gh A4 N2 Limit 1 w A5 N2 Limit 1 gh A6 N2 Limit 2 w A7 N2 Limit 2 gh A8 N3 Limit 1 w A9 N3 Limit 1 gh 169

170 170 Carlo Gavazzi CTRLX smart-house controller AA N3 Limit 2 w AB N3 Limit 2 gh AC N4 Limit 1 w AD N4 Limit 1 gh AE N4 Limit 2 w AF N4 Limit 2 gh B0 N5 Limit 1 w B1 N5 Limit 1 gh B2 N5 Limit 2 w B3 N5 Limit 2 gh B4 N6 Limit 1 w B5 N6 Limit 1 gh B6 N6 Limit 2 w B7 N6 Limit 2 gh B8 N7 Limit 1 w B9 N7 Limit 1 gh BA N7 Limit 2 w BB N7 Limit 2 gh BC N8 Limit 1 w BD N8 Limit 1 gh BE N8 Limit 2 w BF N8 Limit 2 gh C0 O1 Limit 1 w C1 O1 Limit 1 gh C2 O1 Limit 2 w C3 O1 Limit 2 gh C4 O2 Limit 1 w C5 O2 Limit 1 gh C6 O2 Limit 2 w C7 O2 Limit 2 gh C8 O3 Limit 1 w C9 O3 Limit 1 gh CA O3 Limit 2 w CB O3 Limit 2 gh CC O4 Limit 1 w CD O4 Limit 1 gh CE O4 Limit 2 w CF O4 Limit 2 gh D0 O5 Limit 1 w D1 O5 Limit 1 gh D2 O5 Limit 2 w D3 O5 Limit 2 gh D4 O6 Limit 1 w D5 O6 Limit 1 gh D6 O6 Limit 2 w D7 O6 Limit 2 gh D8 O7 Limit 1 w D9 O7 Limit 1 gh DA O7 Limit 2 w DB O7 Limit 2 gh DC O8 Limit 1 w DD O8 Limit 1 gh DE O8 Limit 2 w

171 The menus DF O8 Limit 2 gh E0 P1 Limit 1 w E1 P1 Limit 1 gh E2 P1 Limit 2 w E3 P1 Limit 2 gh E4 P2 Limit 1 w E5 P2 Limit 1 gh E6 P2 Limit 2 w E7 P2 Limit 2 gh E8 P3 Limit 1 w E9 P3 Limit 1 gh EA P3 Limit 2 w EB P3 Limit 2 gh EC P4 Limit 1 w ED P4 Limit 1 gh EE P4 Limit 2 w EF P4 Limit 2 gh F0 P5 Limit 1 w F1 P5 Limit 1 gh F2 P5 Limit 2 w F3 P5 Limit 2 gh F4 P6 Limit 1 w F5 P6 Limit 1 gh F6 P6 Limit 2 w F7 P6 Limit 2 gh F8 P7 Limit 1 w F9 P7 Limit 1 gh FA P7 Limit 2 w FB P7 Limit 2 gh FC P8 Limit 1 w FD P8 Limit 1 gh FE P8 Limit 2 w FF P8 Limit 2 gh Register Addr ess Register 16 bit Register value Dec Hex A1 on-delay tb A1 on-delay A1 off-delay tb A1 off-delay A2 on-delay tb A2 on-delay A2 off-delay tb A2 off-delay A3 on-delay tb A3 on-delay A A3 off-delay tb B A3 off-delay C A4 on-delay tb D A4 on-delay E A4 off-delay tb F A4 off-delay A5 on-delay tb Level 171

172 172 Carlo Gavazzi CTRLX smart-house controller A5 on-delay A5 off-delay tb A5 off-delay A6 on-delay tb A6 on-delay A6 off-delay tb A6 off-delay A7 on-delay tb A7 on-delay A A7 off-delay tb B A7 off-delay C A8 on-delay tb D A8 on-delay E A8 off-delay tb F A8 off-delay B1 on-delay tb B1 on-delay B1 off-delay tb B1 off-delay B2 on-delay tb B2 on-delay B2 off-delay tb B2 off-delay B3 on-delay tb B3 on-delay A B3 off-delay tb B B3 off-delay C B4 on-delay tb D B4 on-delay E B4 off-delay tb F B4 off-delay B5 on-delay tb B5 on-delay B5 off-delay tb B5 off-delay B6 on-delay tb B6 on-delay B6 off-delay tb B6 off-delay B7 on-delay tb B7 on-delay A B7 off-delay tb B B7 off-delay C B8 on-delay tb D B8 on-delay E B8 off-delay tb F B8 off-delay C1 on-delay tb C1 on-delay C1 off-delay tb C1 off-delay C2 on-delay tb C2 on-delay

173 The menus C2 off-delay tb C2 off-delay C3 on-delay tb C3 on-delay A C3 off-delay tb B C3 off-delay C C4 on-delay tb D C4 on-delay E C4 off-delay tb F C4 off-delay C5 on-delay tb C5 on-delay C5 off-delay tb C5 off-delay C6 on-delay tb C6 on-delay C6 off-delay tb C6 off-delay C7 on-delay tb C7 on-delay A C7 off-delay tb B C7 off-delay C C8 on-delay tb D C8 on-delay E C8 off-delay tb F C8 off-delay D1 on-delay tb D1 on-delay D1 off-delay tb D1 off-delay D2 on-delay tb D2 on-delay D2 off-delay tb D2 off-delay D3 on-delay tb D3 on-delay A D3 off-delay tb B D3 off-delay C D4 on-delay tb D D4 on-delay E D4 off-delay tb F D4 off-delay D5 on-delay tb D5 on-delay D5 off-delay tb D5 off-delay D6 on-delay tb D6 on-delay D6 off-delay tb D6 off-delay D7 on-delay tb D7 on-delay A D7 off-delay tb 173

174 174 Carlo Gavazzi CTRLX smart-house controller B D7 off-delay C D8 on-delay tb D D8 on-delay E D8 off-delay tb F D8 off-delay E1 on-delay tb E1 on-delay E1 off-delay tb E1 off-delay E2 on-delay tb E2 on-delay E2 off-delay tb E2 off-delay E3 on-delay tb E3 on-delay A E3 off-delay tb B E3 off-delay C E4 on-delay tb D E4 on-delay E E4 off-delay tb F E4 off-delay E5 on-delay tb E5 on-delay E5 off-delay tb E5 off-delay E6 on-delay tb E6 on-delay E6 off-delay tb E6 off-delay E7 on-delay tb E7 on-delay A E7 off-delay tb B E7 off-delay C E8 on-delay tb D E8 on-delay E E8 off-delay tb F E8 off-delay A0 F1 on-delay tb A1 F1 on-delay A2 F1 off-delay tb A3 F1 off-delay A4 F2 on-delay tb A5 F2 on-delay A6 F2 off-delay tb A7 F2 off-delay A8 F3 on-delay tb A9 F3 on-delay AA F3 off-delay tb AB F3 off-delay AC F4 on-delay tb AD F4 on-delay AE F4 off-delay tb AF F4 off-delay

175 The menus B0 F5 on-delay tb B1 F5 on-delay B2 F5 off-delay tb B3 F5 off-delay B4 F6 on-delay tb B5 F6 on-delay B6 F6 off-delay tb B7 F6 off-delay B8 F7 on-delay tb B9 F7 on-delay BA F7 off-delay tb BB F7 off-delay BC F8 on-delay tb BD F8 on-delay BE F8 off-delay tb BF F8 off-delay C0 G1 on-delay tb C1 G1 on-delay C2 G1 off-delay tb C3 G1 off-delay C4 G2 on-delay tb C5 G2 on-delay C6 G2 off-delay tb C7 G2 off-delay C8 G3 on-delay tb C9 G3 on-delay CA G3 off-delay tb CB G3 off-delay CC G4 on-delay tb CD G4 on-delay CE G4 off-delay tb CF G4 off-delay D0 G5 on-delay tb D1 G5 on-delay D2 G5 off-delay tb D3 G5 off-delay D4 G6 on-delay tb D5 G6 on-delay D6 G6 off-delay tb D7 G6 off-delay D8 G7 on-delay tb D9 G7 on-delay DA G7 off-delay tb DB G7 off-delay DC G8 on-delay tb DD G8 on-delay DE G8 off-delay tb DF G8 off-delay E0 H1 on-delay tb E1 H1 on-delay E2 H1 off-delay tb E3 H1 off-delay E4 H2 on-delay tb 175

176 176 Carlo Gavazzi CTRLX smart-house controller E5 H2 on-delay E6 H2 off-delay tb E7 H2 off-delay E8 H3 on-delay tb E9 H3 on-delay EA H3 off-delay tb EB H3 off-delay EC H4 on-delay tb ED H4 on-delay EE H4 off-delay tb EF H4 off-delay F0 H5 on-delay tb F1 H5 on-delay F2 H5 off-delay tb F3 H5 off-delay F4 H6 on-delay tb F5 H6 on-delay F6 H6 off-delay tb F7 H6 off-delay F8 H7 on-delay tb F9 H7 on-delay FA H7 off-delay tb FB H7 off-delay FC H8 on-delay tb FD H8 on-delay FE H8 off-delay tb FF H8 off-delay I1 on-delay tb I1 on-delay I1 off-delay tb I1 off-delay I2 on-delay tb I2 on-delay I2 off-delay tb I2 off-delay I3 on-delay tb I3 on-delay A I3 off-delay tb B I3 off-delay C I4 on-delay tb D I4 on-delay E I4 off-delay tb F I4 off-delay I5 on-delay tb I5 on-delay I5 off-delay tb I5 off-delay I6 on-delay tb I6 on-delay I6 off-delay tb I6 off-delay I7 on-delay tb I7 on-delay

177 The menus A I7 off-delay tb B I7 off-delay C I8 on-delay tb D I8 on-delay E I8 off-delay tb F I8 off-delay J1 on-delay tb J1 on-delay J1 off-delay tb J1 off-delay J2 on-delay tb J2 on-delay J2 off-delay tb J2 off-delay J3 on-delay tb J3 on-delay A J3 off-delay tb B J3 off-delay C J4 on-delay tb D J4 on-delay E J4 off-delay tb F J4 off-delay J5 on-delay tb J5 on-delay J5 off-delay tb J5 off-delay J6 on-delay tb J6 on-delay J6 off-delay tb J6 off-delay J7 on-delay tb J7 on-delay A J7 off-delay tb B J7 off-delay C J8 on-delay tb D J8 on-delay E J8 off-delay tb F J8 off-delay K1 on-delay tb K1 on-delay K1 off-delay tb K1 off-delay K2 on-delay tb K2 on-delay K2 off-delay tb K2 off-delay K3 on-delay tb K3 on-delay A K3 off-delay tb B K3 off-delay C K4 on-delay tb D K4 on-delay E K4 off-delay tb 177

178 178 Carlo Gavazzi CTRLX smart-house controller F K4 off-delay K5 on-delay tb K5 on-delay K5 off-delay tb K5 off-delay K6 on-delay tb K6 on-delay K6 off-delay tb K6 off-delay K7 on-delay tb K7 on-delay A K7 off-delay tb B K7 off-delay C K8 on-delay tb D K8 on-delay E K8 off-delay tb F K8 off-delay L1 on-delay tb L1 on-delay L1 off-delay tb L1 off-delay L2 on-delay tb L2 on-delay L2 off-delay tb L2 off-delay L3 on-delay tb L3 on-delay A L3 off-delay tb B L3 off-delay C L4 on-delay tb D L4 on-delay E L4 off-delay tb F L4 off-delay L5 on-delay tb L5 on-delay L5 off-delay tb L5 off-delay L6 on-delay tb L6 on-delay L6 off-delay tb L6 off-delay L7 on-delay tb L7 on-delay A L7 off-delay tb B L7 off-delay C L8 on-delay tb D L8 on-delay E L8 off-delay tb F L8 off-delay M1 on-delay tb M1 on-delay M1 off-delay tb M1 off-delay

179 The menus M2 on-delay tb M2 on-delay M2 off-delay tb M2 off-delay M3 on-delay tb M3 on-delay A M3 off-delay tb B M3 off-delay C M4 on-delay tb D M4 on-delay E M4 off-delay tb F M4 off-delay M5 on-delay tb M5 on-delay M5 off-delay tb M5 off-delay M6 on-delay tb M6 on-delay M6 off-delay tb M6 off-delay M7 on-delay tb M7 on-delay A M7 off-delay tb B M7 off-delay C M8 on-delay tb D M8 on-delay E M8 off-delay tb F M8 off-delay A0 N1 on-delay tb A1 N1 on-delay A2 N1 off-delay tb A3 N1 off-delay A4 N2 on-delay tb A5 N2 on-delay A6 N2 off-delay tb A7 N2 off-delay A8 N3 on-delay tb A9 N3 on-delay AA N3 off-delay tb AB N3 off-delay AC N4 on-delay tb AD N4 on-delay AE N4 off-delay tb AF N4 off-delay B0 N5 on-delay tb B1 N5 on-delay B2 N5 off-delay tb B3 N5 off-delay B4 N6 on-delay tb B5 N6 on-delay B6 N6 off-delay tb B7 N6 off-delay B8 N7 on-delay tb 179

180 180 Carlo Gavazzi CTRLX smart-house controller B9 N7 on-delay BA N7 off-delay tb BB N7 off-delay BC N8 on-delay tb BD N8 on-delay BE N8 off-delay tb BF N8 off-delay C0 O1 on-delay tb C1 O1 on-delay C2 O1 off-delay tb C3 O1 off-delay C4 O2 on-delay tb C5 O2 on-delay C6 O2 off-delay tb C7 O2 off-delay C8 O3 on-delay tb C9 O3 on-delay CA O3 off-delay tb CB O3 off-delay CC O4 on-delay tb CD O4 on-delay CE O4 off-delay tb CF O4 off-delay D0 O5 on-delay tb D1 O5 on-delay D2 O5 off-delay tb D3 O5 off-delay D4 O6 on-delay tb D5 O6 on-delay D6 O6 off-delay tb D7 O6 off-delay D8 O7 on-delay tb D9 O7 on-delay DA O7 off-delay tb DB O7 off-delay DC O8 on-delay tb DD O8 on-delay DE O8 off-delay tb DF O8 off-delay E0 P1 on-delay tb E1 P1 on-delay E2 P1 off-delay tb E3 P1 off-delay E4 P2 on-delay tb E5 P2 on-delay E6 P2 off-delay tb E7 P2 off-delay E8 P3 on-delay tb E9 P3 on-delay EA P3 off-delay tb EB P3 off-delay EC P4 on-delay tb ED P4 on-delay

181 The menus EE P4 off-delay tb EF P4 off-delay F0 P5 on-delay tb F1 P5 on-delay F2 P5 off-delay tb F3 P5 off-delay F4 P6 on-delay tb F5 P6 on-delay F6 P6 off-delay tb F7 P6 off-delay F8 P7 on-delay tb F9 P7 on-delay FA P7 off-delay tb FB P7 off-delay FC P8 on-delay tb FD P8 on-delay FE P8 off-delay tb FF P8 off-delay Register Address Dec Register 16 bit Hex A 600B 600C 600D 600E 600F A 601B 601C 601D 601E 601F A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A1 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A2 A3 A3 A3 A3 A3 A3 A3 Register value Level select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 181

182 182 Carlo Gavazzi CTRLX smart-house controller A 602B 602C 602D 602E 602F A 603B 603C 603D 603E 603F A 604B 604C 604D 604E 604F A 605B 605C 605D 605E 605F A3 A3 A3 A3 A3 A3 A3 A3 A3 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A4 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A5 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A6 A7 A7 A7 A7 A7 A7 A7 A7 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

183 The menus A 606B 606C 606D 606E 606F A 607B 607C 607D 607E 607F A 608B 608C 608D 608E 608F A 609B 609C 609D 609E 609F 60A0 60A1 60A2 60A3 60A4 60A5 60A6 60A7 60A8 A7 A7 A7 A7 A7 A7 A7 A7 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 A8 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B1 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B3 B3 B3 B3 B3 B3 B3 B3 B3 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 183

184 184 Carlo Gavazzi CTRLX smart-house controller A9 60AA 60AB 60AC 60AD 60AE 60AF 60B0 60B1 60B2 60B3 60B4 60B5 60B6 60B7 60B8 60B9 60BA 60BB 60BC 60BD 60BE 60BF 60C0 60C1 60C2 60C3 60C4 60C5 60C6 60C7 60C8 60C9 60CA 60CB 60CC 60CD 60CE 60CF 60D0 60D1 60D2 60D3 60D4 60D5 60D6 60D7 60D8 60D9 60DA 60DB 60DC 60DD 60DE 60DF 60E0 60E1 60E2 60E3 60E4 60E5 60E6 60E7 60E8 60E9 B3 B3 B3 B3 B3 B3 B3 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B4 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B5 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B6 B7 B7 B7 B7 B7 B7 B7 B7 B7 B7 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

185 The menus EA 60EB 60EC 60ED 60EE 60EF 60F0 60F1 60F2 60F3 60F4 60F5 60F6 60F7 60F8 60F9 60FA 60FB 60FC 60FD 60FE 60FF A 610B 610C 610D 610E 610F A 611B 611C 611D 611E 611F A B7 B7 B7 B7 B7 B7 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 B8 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C2 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 185

186 186 Carlo Gavazzi CTRLX smart-house controller B 612C 612D 612E 612F A 613B 613C 613D 613E 613F A 614B 614C 614D 614E 614F A 615B 615C 615D 615E 615F A 616B C3 C3 C3 C3 C3 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

187 The menus C 616D 616E 616F A 617B 617C 617D 617E 617F A 618B 618C 618D 618E 618F A 619B 619C 619D 619E 619F 61A0 61A1 61A2 61A3 61A4 61A5 61A6 61A7 61A8 61A9 61AA 61AB 61AC C7 C7 C7 C7 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 D3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 187

188 188 Carlo Gavazzi CTRLX smart-house controller AD 61AE 61AF 61B0 61B1 61B2 61B3 61B4 61B5 61B6 61B7 61B8 61B9 61BA 61BB 61BC 61BD 61BE 61BF 61C0 61C1 61C2 61C3 61C4 61C5 61C6 61C7 61C8 61C9 61CA 61CB 61CC 61CD 61CE 61CF 61D0 61D1 61D2 61D3 61D4 61D5 61D6 61D7 61D8 61D9 61DA 61DB 61DC 61DD 61DE 61DF 61E0 61E1 61E2 61E3 61E4 61E5 61E6 61E7 61E8 61E9 61EA 61EB 61EC 61ED D3 D3 D3 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D4 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D6 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 D7 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

189 The menus EE 61EF 61F0 61F1 61F2 61F3 61F4 61F5 61F6 61F7 61F8 61F9 61FA 61FB 61FC 61FD 61FE 61FF A 620B 620C 620D 620E 620F A 621B 621C 621D 621E 621F A 622B 622C 622D 622E D7 D7 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 D8 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E1 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 E2 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 189

190 190 Carlo Gavazzi CTRLX smart-house controller F A 623B 623C 623D 623E 623F A 624B 624C 624D 624E 624F A 625B 625C 625D 625E 625F A 626B 626C 626D 626E 626F E2 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E4 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E5 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E6 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

191 The menus A 627B 627C 627D 627E 627F A 628B 628C 628D 628E 628F A 629B 629C 629D 629E 629F 62A0 62A1 62A2 62A3 62A4 62A5 62A6 62A7 62A8 62A9 62AA 62AB 62AC 62AD 62AE 62AF 62B0 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 E8 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F1 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F2 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F3 F4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 191

192 192 Carlo Gavazzi CTRLX smart-house controller B1 62B2 62B3 62B4 62B5 62B6 62B7 62B8 62B9 62BA 62BB 62BC 62BD 62BE 62BF 62C0 62C1 62C2 62C3 62C4 62C5 62C6 62C7 62C8 62C9 62CA 62CB 62CC 62CD 62CE 62CF 62D0 62D1 62D2 62D3 62D4 62D5 62D6 62D7 62D8 62D9 62DA 62DB 62DC 62DD 62DE 62DF 62E0 62E1 62E2 62E3 62E4 62E5 62E6 62E7 62E8 62E9 62EA 62EB 62EC 62ED 62EE 62EF 62F0 62F1 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F4 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F5 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F6 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F7 F8 F8 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

193 The menus F2 62F3 62F4 62F5 62F6 62F7 62F8 62F9 62FA 62FB 62FC 62FD 62FE 62FF A 630B 630C 630D 630E 630F A 631B 631C 631D 631E 631F A 632B 632C 632D 632E 632F F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 F8 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G2 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G3 G4 G4 G4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 193

194 194 Carlo Gavazzi CTRLX smart-house controller A 633B 633C 633D 633E 633F A 634B 634C 634D 634E 634F A 635B 635C 635D 635E 635F A 636B 636C 636D 636E 636F G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G4 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G5 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G6 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G7 G8 G8 G8 G8 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

195 The menus A 637B 637C 637D 637E 637F A 638B 638C 638D 638E 638F A 639B 639C 639D 639E 639F 63A0 63A1 63A2 63A3 63A4 63A5 63A6 63A7 63A8 63A9 63AA 63AB 63AC 63AD 63AE 63AF 63B0 63B1 63B2 63B3 63B4 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 G8 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H1 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H2 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H3 H4 H4 H4 H4 H4 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 195

196 196 Carlo Gavazzi CTRLX smart-house controller B5 63B6 63B7 63B8 63B9 63BA 63BB 63BC 63BD 63BE 63BF 63C0 63C1 63C2 63C3 63C4 63C5 63C6 63C7 63C8 63C9 63CA 63CB 63CC 63CD 63CE 63CF 63D0 63D1 63D2 63D3 63D4 63D5 63D6 63D7 63D8 63D9 63DA 63DB 63DC 63DD 63DE 63DF 63E0 63E1 63E2 63E3 63E4 63E5 63E6 63E7 63E8 63E9 63EA 63EB 63EC 63ED 63EE 63EF 63F0 63F1 63F2 63F3 63F4 63F5 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H4 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H7 H8 H8 H8 H8 H8 H8 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

197 The menus F6 63F7 63F8 63F9 63FA 63FB 63FC 63FD 63FE 63FF A 640B 640C 640D 640E 640F A 641B 641C 641D 641E 641F A 642B 642C 642D 642E 642F H8 H8 H8 H8 H8 H8 H8 H8 H8 H8 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I2 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I3 I4 I4 I4 I4 I4 I4 I4 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 197

198 198 Carlo Gavazzi CTRLX smart-house controller A 643B 643C 643D 643E 643F A 644B 644C 644D 644E 644F A 645B 645C 645D 645E 645F A 646B 646C 646D 646E 646F I4 I4 I4 I4 I4 I4 I4 I4 I4 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I5 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I6 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I7 I8 I8 I8 I8 I8 I8 I8 I8 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

199 The menus A 647B 647C 647D 647E 647F A 648B 648C 648D 648E 648F A 649B 649C 649D 649E 649F 64A0 64A1 64A2 64A3 64A4 64A5 64A6 64A7 64A8 64A9 64AA 64AB 64AC 64AD 64AE 64AF 64B0 64B1 64B2 64B3 64B4 64B5 64B6 64B7 64B8 I8 I8 I8 I8 I8 I8 I8 I8 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J4 J4 J4 J4 J4 J4 J4 J4 J4 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 199

200 200 Carlo Gavazzi CTRLX smart-house controller B9 64BA 64BB 64BC 64BD 64BE 64BF 64C0 64C1 64C2 64C3 64C4 64C5 64C6 64C7 64C8 64C9 64CA 64CB 64CC 64CD 64CE 64CF 64D0 64D1 64D2 64D3 64D4 64D5 64D6 64D7 64D8 64D9 64DA 64DB 64DC 64DD 64DE 64DF 64E0 64E1 64E2 64E3 64E4 64E5 64E6 64E7 64E8 64E9 64EA 64EB 64EC 64ED 64EE 64EF 64F0 64F1 64F2 64F3 64F4 64F5 64F6 64F7 64F8 64F9 J4 J4 J4 J4 J4 J4 J4 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J6 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J7 J8 J8 J8 J8 J8 J8 J8 J8 J8 J8 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2

201 The menus FA 64FB 64FC 64FD 64FE 64FF A 650B 650C 650D 650E 650F A 651B 651C 651D 651E 651F A 652B 652C 652D 652E 652F A J8 J8 J8 J8 J8 J8 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K1 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K2 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K3 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 K4 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 201

202 202 Carlo Gavazzi CTRLX smart-house controller B 653C 653D 653E 653F A 654B 654C 654D 654E 654F A 655B 655C 655D 655E 655F A 656B 656C 656D 656E 656F A 657B K4 K4 K4 K4 K4 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K5 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K6 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K7 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 K8 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

203 The menus C 657D 657E 657F A 658B 658C 658D 658E 658F A 659B 659C 659D 659E 659F 65A0 65A1 65A2 65A3 65A4 65A5 65A6 65A7 65A8 65A9 65AA 65AB 65AC 65AD 65AE 65AF 65B0 65B1 65B2 65B3 65B4 65B5 65B6 65B7 65B8 65B9 65BA 65BB 65BC K8 K8 K8 K8 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L1 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L2 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L3 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 L4 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 203

204 204 Carlo Gavazzi CTRLX smart-house controller BD 65BE 65BF 65C0 65C1 65C2 65C3 65C4 65C5 65C6 65C7 65C8 65C9 65CA 65CB 65CC 65CD 65CE 65CF 65D0 65D1 65D2 65D3 65D4 65D5 65D6 65D7 65D8 65D9 65DA 65DB 65DC 65DD 65DE 65DF 65E0 65E1 65E2 65E3 65E4 65E5 65E6 65E7 65E8 65E9 65EA 65EB 65EC 65ED 65EE 65EF 65F0 65F1 65F2 65F3 65F4 65F5 65F6 65F7 65F8 65F9 65FA 65FB 65FC 65FD L4 L4 L4 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L5 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L6 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L7 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 L8 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3

205 The menus FE 65FF A 660B 660C 660D 660E 660F A 661B 661C 661D 661E 661F A 662B 662C 662D 662E 662F A 663B 663C 663D 663E L8 L8 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M1 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M2 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 205

206 206 Carlo Gavazzi CTRLX smart-house controller F A 664B 664C 664D 664E 664F A 665B 665C 665D 665E 665F A 666B 666C 666D 666E 666F A 667B 667C 667D 667E 667F M4 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M5 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M6 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M7 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 M8 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

207 The menus A 668B 668C 668D 668E 668F A 669B 669C 669D 669E 669F 66A0 66A1 66A2 66A3 66A4 66A5 66A6 66A7 66A8 66A9 66AA 66AB 66AC 66AD 66AE 66AF 66B0 66B1 66B2 66B3 66B4 66B5 66B6 66B7 66B8 66B9 66BA 66BB 66BC 66BD 66BE 66BF 66C0 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N1 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N2 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N3 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N4 N5 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 207

208 208 Carlo Gavazzi CTRLX smart-house controller C1 66C2 66C3 66C4 66C5 66C6 66C7 66C8 66C9 66CA 66CB 66CC 66CD 66CE 66CF 66D0 66D1 66D2 66D3 66D4 66D5 66D6 66D7 66D8 66D9 66DA 66DB 66DC 66DD 66DE 66DF 66E0 66E1 66E2 66E3 66E4 66E5 66E6 66E7 66E8 66E9 66EA 66EB 66EC 66ED 66EE 66EF 66F0 66F1 66F2 66F3 66F4 66F5 66F6 66F7 66F8 66F9 66FA 66FB 66FC 66FD 66FE 66FF N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N5 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N6 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N7 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 N8 O1 O1 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4

209 The menus A 670B 670C 670D 670E 670F A 671B 671C 671D 671E 671F A 672B 672C 672D 672E 672F A 673B 673C 673D 673E 673F O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O1 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O2 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O3 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O4 O5 O5 O5 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 209

210 210 Carlo Gavazzi CTRLX smart-house controller A 674B 674C 674D 674E 674F A 675B 675C 675D 675E 675F A 676B 676C 676D 676E 676F A 677B 677C 677D 677E 677F O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O5 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O6 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O7 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 O8 P1 P1 P1 P1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1

211 The menus A 678B 678C 678D 678E 678F A 679B 679C 679D 679E 679F 67A0 67A1 67A2 67A3 67A4 67A5 67A6 67A7 67A8 67A9 67AA 67AB 67AC 67AD 67AE 67AF 67B0 67B1 67B2 67B3 67B4 67B5 67B6 67B7 67B8 67B9 67BA 67BB 67BC 67BD 67BE 67BF 67C0 67C1 67C2 67C3 67C4 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P2 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P3 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P4 P5 P5 P5 P5 P5 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 211

212 212 Carlo Gavazzi CTRLX smart-house controller C5 67C6 67C7 67C8 67C9 67CA 67CB 67CC 67CD 67CE 67CF 67D0 67D1 67D2 67D3 67D4 67D5 67D6 67D7 67D8 67D9 67DA 67DB 67DC 67DD 67DE 67DF 67E0 67E1 67E2 67E3 67E4 67E5 67E6 67E7 67E8 67E9 67EA 67EB 67EC 67ED 67EE 67EF 67F0 67F1 67F2 67F3 67F4 67F5 67F6 67F7 67F8 67F9 67FA 67FB 67FC 67FD 67FE 67FF P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P5 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P6 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P7 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 P8 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 select 3 select 4 select 1 select 2 Off-time 3 select 3 select 4

213 The menus Touch screen settings Entering the touch-screen settings will let you decide if the configuration for the touch-screen is to be saved in the controller's memory, or on the SD-card that will be present in the controller's slot at all time during use. The advantage of using the SD-card for this purpose, is that the total storage space on the controller's memory is 256MB for project, variables and touch-screen configuration inclusive the pictures used in this configuration. Using the SD card will allow you to have up to 4GB of information for the touch-screen configuration, only limited by the FAT32 limitations of the file system on the SD-card. The controller will not accept cards formatted by other than FAT16 or FAT32 file systems. Using the SD-card for touch configuration, requires the SD-card to be permanently inserted in the controller. The controller will store the files for the touch-screen on the SD-card. The 'Touch Panel IP-Port start-number' is the first port address that the controller and touch-screen will communicate through. Leave this number as is, unless you have a reason to change it. 3.5 Tools This menu gives you access to the: Program properties Where you can manage the basic settings of the program Controller tools When the controller is connected to the pc, you have access to this facility.

214 214 Carlo Gavazzi CTRLX smart-house controller Restart communication When you want to restart the communication, e.g. in order to get in contact with another controller on the net Program properties Selecting 'Program properties' in the 'Tools' menu, gives you a selection between the four menu points Program properties Installer information Rooms and locations Selecting 'Controller tools' leads you to the control section of the connected controller. Firmware and tools Debug tool Selecting 'Restart communication' will restart the communication to a new search for controller(s) Program properties The program properties contains some useful information: If the project is the only, or if you are working over a longer duration with the same project, closing the program from time to time, checking the box 'Automatically load the last saved project on startup' will be very convenient to you, as you don't have to look for your project again and again. You can select the language of the configuration tool (if available). Set the path of your files to a place that you want, by inserting the full path name in the 'Project file folder'. If you want to use graphic symbols in the program overview, select this by checking the 'Show graphics in module and signal-lists' box.

215 The menus The 'Module references' will, if checked, apply a text field in the 'Add module' selection window. This text field must be filled, and must be unique on every module in the application. This text will appear in the This text will appear in the module labels in the view ad print-outs. 215

216 216 Carlo Gavazzi CTRLX smart-house controller If you check the 'Show welcome screen' box, the start picture of the config tool starting will look something like this: Installer information In this window you type in the information needed to keep a track of who has made the project. Of course, this is optional, and any information typed will NOT be used for other purposes than information.

217 The menus Rooms and locations The setup of the rooms and location can also be pre-defined in the menu 'Tools' - sub-menu 'Program properties' in the 'Define rooms and locations' selection: The possibility to pre-define your rooms and locations may save some time for you when you are setting up your project. Instead of writing the same words every time you make a new placing of an item, you can select these pre-definitions in the pull-down menus.

218 Carlo Gavazzi CTRLX smart-house controller Controller tools This is the entry point of making updates and other settings to the controller. You have access to two settings: Firmware and time Debug tool Do not alter any function unless you know what you are doing! Firmware and time In the 'Firmware and time' section you can control some of the internal functions of the controller. Be aware that after having made any changes to the controller's firmware, you MUST restart the controller (power off - power on)!

219 The menus 219 The 'Set date and time' button synchronizes the controllers watch with your PC watch. If your PC watch is not correct, this time error will be transferred to the controller. The current time and date in the controller can be seen just next to the button. The 'Open new firmware' button opens a 'find' dialog to let you choose the wanted firmware file. After having selected the correct file, you can program this into the controller by clicking the 'Program firmware' button. The current firmware version can be seen just next to the button. The 'Open new boot loader' button opens a 'find' dialog to you choose the wanted boot loader file. Select the wanted file, and click the 'Program boot loader' button. The current boot loader version can be seen just next to the button. NOTE: If you have updated the firmware, you may have to save and write your project to the controller, when the update has finished. Example: If you have a project that is written in a tool version e.g.2.18, and you have just updated the tool and firmware to 2.20, you may have to open your 2.18 project in the 2.20 tool - save and write it to the controller. This because some functions may have changed with the update, and you will get the changes with yo when you save with a newer release of the tool/firmware. The boot loader is a feature for future use. The 'Controller application file' contains information about the current firmware, if such a description exist in the firmware file.

220 220 Carlo Gavazzi CTRLX smart-house controller

221 The menus Updating firmw are using Tool Updating the firmware by the Config tool program's Tool is done in the following way: Open the 'Tool' menu, and select the 'Firmware and time' tab. Click the 'Open new firmware' button, and the next window 'Open new firmware' appears: 221

222 222 Carlo Gavazzi CTRLX smart-house controller In here, make sure that the 'File name:' field contents a file name with the extension '.bin'. (typically Zpr.bin) cate the 'ZPR0198_.xx.bin' file, and click the 'Open' button. This leads you back to the Tools window, where the 'Open firmware' button is dimmed, but the 'Program firmware' button is no longer dimmed. The information in the 'Controller application file' contents the full path to the firmware file that is ready to program into the controller. When you now click the 'Program firmware, the file is transferred to the controller, and the firmware is loaded into the controller.

223 The menus 223 The box just next to the 'Program firmware' button will read 'New firmware transferred, please wait for restart of the controller'. The controller now initiates a cold start of the system, this will last for about seconds before the controller is back 'online' Updating firmw are using SD-card By using the SD card (Max 2GB, FAT or FAT32 format), you can update the firmware in the controller. You may get the firmware file in 2 ways, either from the Controller tool, or from the internet - see below for a detailled description of how to do. Internet access: 1. Visit the link. Select your country, if mentioned, or use UK as the default. 2. Choose 'Download' as the option to find the 'Software' icon. - Click this. 3. Click the 'smart-house controller (CTRLX) firmware version' text, and when the browser shows the 'Save as' dialog, select a location you can find later. 4. Unzip the downloaded 'Firmware.zip' file where you saved it. 5. Copy the 'SmartHouseApp.exe' file to the root of the SD-card. 6. Switch off power to the controller, and disconnect any USB- or Ethernet cable connected. 7. Insert the SD-card in the slot of the controller. 8. Switch on power to the controller. 9. After approx. 40 seconds the controllers' LED 'Comms' will light up for 6-8 seconds - blink a couple of times - and then the Yellow LED 'bus' and the green LED 'power' will blink shortly. 10.When the Red LED switches off, you can remove the SD-card 11.Wait for the system to restart. Controller Tool access: 1. Using Explorer (or another file system program), find the folder where your Configuration Tool is located, typically in the Program folder, under '..\smart-house configurator x.xx.xx\config Tool\Firmware'. Here you can locate the 'ZPR0198_-xx.bin' file. 2. Make a copy of this file and name it 'SmartHouseApp.exe'. Continue from step 5 above.

224 Carlo Gavazzi CTRLX smart-house controller Configuring the controller from an SD-card You can transfer a configuration via an SD-card. This can be useful, if you have a configuration that is to be loaded in a controller where no connection can be made, or in any other situation where this is wanted. Before you copy any files, make sure of that the project that you want to transfer, is the latest project that is saved to the location. The procedure is described here: 1. cate your configuration file, typically saved in the folder defined in the 'Program properties' of your Configuration tool. The configuration file is one that has the file extension 'scc' 2. Copy this file to the root of the SD card. 3. cate the 'DuplineConfig.dup' file - this must also be copied to the root of the SD-card. 4. If a touch-screen is defined, copy the folder with the same name as your project, and all its contents to the SD-card too. 5. With the SD-card prepared with the above mentioned files, insert the SD-card in the slot of the controller. Soon the controller reads and copies the files to its memory. This is indicated by a lit red LED on the controller front. 6. When the LED distinguishes, the project is transferred to the controller, and the SD-card can be removed Debug tool The debug tool is used in connection with fault or error reporting. In case of trouble-shooting, please help us by attaching the file you create by clicking 'Upload debug' and 'Save File', and the 'Upload log file' - 'Save file'. In case of trouble shooting, you may be requested to send both logfiles, or one of the two. To access the 'Upload log file', click this button, and save the file a place where you can access it for later ro send it as an .

225 The menus 225 When you click the 'Save' button, a window appears where you make the decisions of what to name the file (usually just leave the suggested name as is) Restart communication The 'Restart communication' is a feature to let you choose to start a new search for one or more controllers. This feature is most used when you have ethernet connection with your controller(s). By selecting this function, the Config tool restarts the communication. If a controller (or more) is found, this (or one of these) can be selected in the 'ComSelect' window, that appears. If you have given a name for your project in your project setup, this is given in the controller line details in the list, together with the IP-address it has been allocated by the DHCP server.

226 226 Carlo Gavazzi CTRLX smart-house controller Select the wanted controller in the list, and the program will make a connection to it. You may restart the communication in order to acces another controller on your ethernet. Select the 'Restart communication' in the 'Tools' menu: After a short while, you will have the selection possibility to select between one or more controller(s) with one controller detected

227 The menus 227 with two controllers connected. Note the ID names after the IP-addresses, these come from the 'Project' menu - 'Project settings' as shown in the example below. 3.6 Help Should lead you to this help file. Topics: About this program Introduction Index About this program Shows some information about the program.

228 Carlo Gavazzi CTRLX smart-house controller Introduction Select the introduction paragraph Index Opens the 'Index' function of this help file.

229 Top Level Intro This page is printed before a new top-level chapter starts Part IV

230 230 4 Carlo Gavazzi CTRLX smart-house controller Functions For an explanation of the symbols used in the functions, please read the Function description paragraph. The overview over the functions are: Light Alarm Temperature Time Up-Down Sequence Other 4.1 Light fuction The three different functions can be selected here: Light The normal on/off switch that controls the light direct. Dimable light The normal light dimmer, controlled by a short touch on the switch to toggle the light on or off, and a longer to dim the light up or down. Constant light The setting of the light level is adjusted manually, and the light intensity follows the ambient light, causing the fluorescent light to increase intensity when the surrounding light falls in intensity, and vice versa. Read about the definitions over the different combinations of PIR, Lux, push-button and RTC: Definition tables Get an overview over the different function definition by reading these pages Definitions table The next pages explains, in a visible way, how the different combinations of the light functions are built. Click for the light function description. Click for the dimmer function description. Click for the constant light function description. See also a more detailed description of the Function description here. The diagrams are built up in using the shown figures:

231 Functions 231 The explanation in the above example is: If an event occurs, the function will change status. In the above example, the light function will switch on, if the button is pressed (the event status in the moment the button is pressed), or if the Lux sensor changes state from off to on. In the example below, the situation is: The light will switch on whenever one of the three combinations are true: If the button is pressed, If the PIR switches on when the Lux is on. If the Lux switches on when the PIR is on. Again, the events are: Button pressed, PIR switches on, or Lux switches on Definitions table - light function The possibilities of the light function are: Controlled by a push-button

232 232 Carlo Gavazzi CTRLX smart-house controller Controlled by a motion-detector Controlled by an out-door lux-sensor Controlled by an RTC (Real-Time Clock) Controlled by PIR and push-button Always Controlled by a push-button and a lux-sensor

233 Functions Controlled by a push-button and an RTC Controlled by button, Lux & PIR Controlled by button, Lux & RTC Controlled by button, PIR & RTC Controlled by button, RTC, Lux & PIR 233

234 234 Carlo Gavazzi CTRLX smart-house controller ' ** The 'Config bit' is the 'Allow PIR to switch on' option in the dimmer function. (See below) When checked, this bit is active Definitions table - dimmer function Table of light dimmer function combinations: Control with button Control with button and PIR

235 Functions Control with button & PIR - Automatic scenarios Control with button, Lux and PIR

236 236 Carlo Gavazzi CTRLX smart-house controller Control with button, Lux and PIR - Automatic scenarios Control with button, Lux and RTC Control with button, Lux and RTC - Automatic scenarios

237 Functions Control with button, RTC & PIR Control with button, RTC & PIR - Automatic scenarios

238 238 Carlo Gavazzi CTRLX smart-house controller Control with button, RTC, Lux & PIR Control with button, RTC, Lux & PIR Automatic scenarios ** If the 'Allow PIR to switch on' option in the dimmer function is checked, the PIR will switch the light on. (See below) If not checked, the PIR will not activate the light Definitions table - constant light function The possibilities of the constant light function are:

239 Functions Controlled by a push-button Controlled by a motion-detector Controlled by an out-door lux-sensor Controlled by an RTC (Real-Time Clock) Controlled by PIR and push-button Always 239

240 240 Carlo Gavazzi CTRLX smart-house controller Controlled by a push-button and a lux-sensor Controlled by a push-button and an RTC Controlled by button, Lux & PIR Controlled by button, Lux & RTC

241 Functions Controlled by button, PIR & RTC Controlled by button, RTC, Lux & PIR ' ** The 'Config bit' is the 'Allow PIR to switch on' option in the dimmer function. (See below) When checked, this bit is active Light See the 'Definition table' for an explanation of how the functions work. Select the location where you want the function, in order to keep the clear view over the project. Right-click (double click) on the room (or building) where you want the function. 241

242 242 Carlo Gavazzi CTRLX smart-house controller Here the function 'Light' is to be selected, and will be placed in the 'Living room' section. The icon for the light function, and the name '<Fx> Light - Living room' is added in the list. The Function name can be changed to something that is more describing - for the projects clarity. Just edit the text in the box. Note that the name in the Function overview changes immediately. In the first tab you find the 'Basic I/O signals': Activation: positive event-triggered. The 'Basic I/O signals' tab contains the signals that are available from the 'Signals' list, and from the functions made at this point. In the field 'On/Off signals' you can select from the signals or functions already made. The signal The 'Controlled outputs' field is optional, leaving this blank will make the function available in the function (<Fx>) list, but will not affect any outputs. If any signal is chosen, these will only be selectable from the available hardware outputs only. The next tab is the 'Automation' tab: 'Automation override' is used when you want to stop the automatic procedures in your function. If the signal(s) in

243 Functions 243 this field is active, the only function is controlled by the one(s) in the 'On/Off signals' field. You can have the light function to be controlled by a motion detector (PIR); select the PIR in the 'Motion detectors in use' field. If an off-delay is wanted, select this in the 'Pir off-delay' settings. You may have the PIR to switch on the function when it sees a movement, in this case, check the box 'Allow Pir to switch on' The Lux-sensor can be used in the Light function too - just add the relevant Lux-sensor and adjust the settings to the relevant settings. If the light level is lower than 'Lux level on', the light will be switched on. If the light level is higher than 'Lux level off', the light will be switched off. If the function is to be controlled by a Clock (Realtime signal), this Realtime function must be created before it can be selected. The items in the function above can be used alone, or combined in order to make the wanted function. One typical application is an outdoor light controlled by the time and the outdoor ambient light. This is achieved by selecting a Lux-sensor and a Realtime function in the same function. If the light is to be switched on by a movement, after dark, in a specific time of day, you will select a PIR, a Lux-sensor and a Realtime function. These 3 signals will, combined, give the wanted function, when the relevant values are added Dimable light See the 'Definition table' for an explanation of how the functions work. Access the function by selecting the 'Dimable light' function as shown below:

244 244 Carlo Gavazzi CTRLX smart-house controller Once selected, the settings can be edited in the window like the one below: You can select a matching label for your 'Function name'. Choose one with care. The function consist of three tabbed pages. The first tab is the basic setup of the dimmer. The 'Dim up/down signal' is the label of the dimmer's input that controls the switching of the dimmer. See the example below. This signal is both event and static triggered. When you apply a short pulse, the dimmer is switched on or off, when a static signal is applied, the dimmer level is adjusted until the signal disappears. The 'On off dim signals' are the signals that you control your dimmer with. These may be signals (e.g. push-buttons), or other functions (e.g. from a multigate). There can be inserted more signals in this field. The 'Dimmer status output' field can contain a signal that can be controlled from the dimmer's output status signal. This signal indicates whether the dimmer is off, or if a scenarie is active. You may insert more signals in this field. The second tab is the page that contains the automation setup. See the table below to see the combination possibilities of which events that can affect the switching on or off the light. The automation makes the functioning of the system more comfortable by means of some automatic switching based on pre-defined events. This can e.g. be switching the light on at dawn and off again in the morning, based on a Lux-sensor, or switching lights on and off by means of a motion detector. In the 'Automation override' field a signal or function can be inserted. This signal or function will, when active, stop the automation. The automation will stop at the moment the override input activates, and will stay stopped until the signal is removed. What you can experience by this, is that an expected event doesn't occur - e.g. light doesn't switch on, but also something that is expected to switch off doesn't happen.

245 Functions 245 The 'Auto scenarios' will be selected whenever the 'Use auto scenarios' box is checked. When the PIR (motion detector) is selected - the 'Scenario 2' will be active when the PIR switches on, and the 'Scenario 1' will be selected when the PIR time expires. The PIR can be selected to both switch on and switch off the light. If switching the light on is wanted, check the box 'Allow PIR to switch on'. When a LUX sensor is selected, the automation produces an event that can be used to switch the light on when the light intensity falls below the 'Lux level on' value, and switch the light off when the light intensity rises above the 'Lux level off' value. When the 'Realtime signals in use' matches the selected time periods, an event occurs that can activate the switching on or off the light according to the time markers set in the Realtime function. The third tab is the scene selection page. If you want some fixed levels to be triggered by an event, these events can be inserted into the fields that are available on this page. The example to the left shows that when 'Living room scene 20% button 2' is activated, the automation forces the dimmer to be set to 20% (unless another scene value has been set in the dimmer) To force a special light value on the output of a dimmer, the following routine can be used: 1) Be sure that the 'Unlock' position has been selected on the dimmer. 2) Adjust to the wanted level with the manual signal control. 3) Press and hold the button that you want this particular scene to be activated with, for more than 5 seconds. 4) ck the dimmer again

246 Carlo Gavazzi CTRLX smart-house controller Constant light See the 'Definition table' for an explanation of how the functions work. This function is used where a constant light is wanted. A sensor monitors the light level, and the controller sees to that the output module regulates the light to the wanted level. Name the function with a matching label that is easily recognizable. Basic I/O signals tab: Select the relevant light level sensor that is located by the light to be dimmed, and insert the signal in the 'Light level sensor'. Select the relevant dimmer to be controlled in the 'Dim Up/ Down signal' field. Insert the signal(s) to control the on and off switching of the dimmer in the 'On/Off signals' field. This signal is both event and static triggered. When you apply a short pulse, the dimmer is switched on or off, when a static signal is applied, the dimmer level is adjusted until the signal disappears. Note: There is a time delay of about 10 seconds before the light level starts to be adjusted when the static signal is applied.be aware of that the dimming speed is slower than the normal dimmer function. The Automation tab: 'Automation override' is used when you want to stop the automatic procedures in your function. If the signal(s) in this field is active, the only function is controlled by the one(s) in the 'On/Off signals' field. You can have the light function to be controlled by a motion detector (PIR); select the PIR in the 'Motion detectors in use' field. If an off-delay is wanted, select this in the 'Pir off-delay'

247 Functions 247 settings. You may have the PIR to switch on the function when it sees a movement, in this case, check the box 'Allow Pir to switch on' The Lux-sensor can be used in the Light function too - just add the relevant Lux-sensor and adjust the settings to the relevant settings. If the light level is lower than 'Lux level on', the light will be switched on. If the light level is higher than 'Lux level off', the light will be switched off. If the function is to be controlled by a Clock (Realtime signal), this Realtime function must be created before it can be selected. 4.2 Alarm function You can select between 3 alarm types: Intruder alarm Smoke alarm Water alarm Examples The Intruder alarm is used to protect you by e.g. motion sensors in the building, or even outdoor, switches in windows and doors, or other signals that can cause an alarm. The Smoke alarm alerts you if any of your smoke sensors detects smoke. The Water alarm can be useful monitoring floors where water flood can be an issue. Select the wanted alarm type in the 'Add function' 'Alarm' selection as shown below.

248 Carlo Gavazzi CTRLX smart-house controller Intruder alarm Select the 'Add function' - 'Alarm' - 'Intruder alarm' to set up the burglar alarm. Select a proper function name for your alarm function. Tab page 'Alarm signals': This page contains the signal that is used to enable and disable the intruder alarm, selected in the 'Alarm arming signal'. You can have 1 signal in this field, working as a toggle input. The signal may be the 'Code accepted' from the Code keypad, or another monostable signal. In the 'Alarm inputs' field you can add signals that monitors the places you want to monitor. These may be window sensors, PIR sensors, push-buttons or other input devices. When you select a signal, this is added as an 'Alarm input' with some parameters. You may invert the signal; this could be a magnet switch that is normally activated (e.g. a window switch).

249 Functions 249 You can select a disarming time for all selected alarm inputs; this is the time that runs from the signal is activated to the alarm sounds. If a PIR sensor is selected, the signal can be inverted, you can select the disarming time, and you can select 'PIR No of pulses'. This is the number of pulses during a 10 second period that will be counted by the alarm. If the PIR sees a motion, this is the first pulse. The 10 second timer starts, and if a new pulse occurs within this period, the alarm sounds. If not, a new 10 second timer will start at a signal from the 'Alarm inputs' list. The 'Disarming time' is the time period from a trig of the sensor (after the 10sec. time of the 'PIR No of pluses') to the alarm goes. This can be used to delay the alarm when you enter the room where you have the PIR and the alarm on/off switch, giving you time to deactivate the alarm when you come home. Tab page 'Alarm times and siren': Select the 'Arming time' value - the time period from you arm the alarm to it reacts on a signal. Give it a time period that lets you leave your house without getting caught by a sensor, giving an alarm. If an 'Alarm signal' is, or is getting active during the arming time, the alarm will not be armed, and the alarm status output and the alarm buzzer output will flash rapidly. (Described in the 'Alarm buzzer output' further down in the text). The siren will be active for the time period selected in the 'Siren time' field. You may have the siren pulsating with different on and off times, selected in the 'Siren on time' and 'Siren off time' fields. The signal that you want a direct output to when the alarm goes, can be selected in the 'Alarm signal output' field. The signal selected in the 'Alarm status output' field will behave as described: Suppose you have chosen a LED to indicate whether your alarm is armed or not, and also if there by any reason is something wrong in the moment of arming the alarm. When the alarm is not armed, the LED is off. If you have selected an arming time of 45 seconds, the LED will blink slowly for this time when you arm the alarm. After this period the LED will stay lit, indicating that the alarm is armed. When entering the house, and thereby activating a sensor that gives an alarm signal, the LED will blink fast for the time that has been selected in the 'Disarming time'. If the alarm is

250 250 Carlo Gavazzi CTRLX smart-house controller deactivated before the time expires, the LED will turn off, and the alarm is disarmed. In the 'Alarm buzzer output' field you can select the Code Keypad buzzer output (or another output, if wanted). This output will follow the 'Alarm status output', with the difference that when the arming time expires, the buzzer output will go off. When the alarm is armed, the buzzer output will go on when an 'Alarm signal' is detected, indicating that the alarm will activate in a short time, noticing you to disarm the alarm. Tab page 'Zone and stress light': You can have a part of a house secured with the alarm, and in that manner alarming you when you are at home. Example: You live in a two-storeyed house, and want to have the alarm signals in the ground floor active in the night-time. Make a signal that activates the alarm zone in the basement, e.g. the 'Sleeping room Lightswitch Button 2 Activate/Deactivate zone alarm' switch. When this signal is activated, the zone is active, monitoring the sensors in this area, but not the sensors not included in the zone. That means that you can walk around on the 1st floor, letting the sensors here make the automatic switching for you without triggering the alarm. See example below for a practical solution. Selecting a function in the 'Stress light output' will let you have the possibility to include a burglar 'stress' light. If you choose a light function, and set the 'Flash interval' to e.g. 2 seconds, then the output in that light function will go on for 2 seconds and off for 2 seconds, repeating itself for as long as the alarm siren time is active. Example: Common alarm. You have 3 rooms with PIR sensors, room 1 with PIR1, room 2 with PIR2, and room 3 with PIR3. With an ordinary alarm that monitors all 3 PIR's simultaneously, select all 3 PIR's in the 'Alarm inputs' field. When a PIR discovers a motion, the alarm will sound regardless which PIR that has seen the motion. Zone alarm. You have 3 rooms with PIR sensors, room 1 with PIR1, room 2 with PIR2, and room 3 with PIR3. (The same scenario as above). You want to have alarm surveillance in room 1 (where you have some values), but not in room 2 or in room 3. Select PIR2 and PIR3 in the 'Alarm inputs' field. Select PIR1 in the 'Signal in alarm zone' field. Select a signal in the 'Start zone alarm' field. This can be any (practical) signal, e.g. a push-button. When the alarm is armed, all 3 PIR's are surveyed, and will trigger the alarm if a motion is detected. When the alarm is disarmed, but the zone alarm is armed, only the PIR1 will survey the motion, and thereby trigger the alarm if a motion is detected.

251 Functions 251 Important: Arming the zone alarm will not arm the main alarm. Arming the main alarm will also arm the zone alarm. If the zone alarm is armed, and the main alarm is then armed, both alarms will survey the PIR's. If the zone alarm is armed, and the main alarm is disarmed, the zone alarm will also be disarmed. If the main alarm is armed, the zone alarm cannot be disarmed Smoke alarm To be warned about smoke in your house, choose the 'Smoke alarm' function. You need at least 3 signals to have a fully functional smoke alarm system: A smoke sensor An audible or optical siren, or an SMS message sent to a cell phone number A reset signal Notice that the signal from the sensor has a delay of approx. 6 seconds. The setup is straight-forward: Choose with care a easily recognizable name for the smoke alarm function. The 'Alarm signals' tab: Add an input to the 'Reset signal' field. Select among the available signals. The 'Reset signal' is used to stop the 'Alarm siren output' in order to silence the system when the alarm has been acknowledged, and also to reset the 'Alarm status output'. The alarm will be inhibited for the 'Reset time' period, allowing you to remove the smoke from around the sensor in case of a non-fire situation. Add your smoke sensors in the 'Alarm inputs' field. Any signal from these will trig the alarm, if it's not in the reset state. The 'Alarm times and siren' tab: The output signal in the 'Alarm siren output' field will be active when an alarm is registered.

252 252 Carlo Gavazzi CTRLX smart-house controller The 'Alarm status output' is on when the alarm is armed and ready to receive signals from the water sensors. When the alarm is reset, the 'Alarm status output' switches off for the time period defined in the reset time. Reset time: When the reset is activated, the water alarm is reset for the time defined in the 'reset time' field, and will not respond to the signals that has been selected in the 'Alarm inputs' field. Keeping the reset signal active for a period longer than the 'Reset time' will not keep the alarm in the reset state, as this is an event signal. (When the 'Reset time' has expired, the alarm will react on signals even though that the reset signal still is active). The alarm will be immune to signals during the 'Reset time' period. If a signal is detected by a sensor during this time period, the sensor will react locally, but the alarm will not activate. If the signal is still present when the time has expired, the alarm will be activated. The reset must be activated after an alarm in order to stop the 'Alarm siren output', and to reset the 'Alarm status output. The 'Alarm siren output' will be active for the time period selected in the 'Siren time' field. A reset to the system will reset the timer and siren output. If 'Pulsing siren' has been checked, the siren output will pulsate with the intervals selected in the 'Sirene on time' and 'Sirene off time' fields when active Water alarm The Water alarm is To use this alarm you need some signals to be created: A water detector A reset function An alarm output An indication of alarm armed status (optional)

253 Functions 253 Notice that the signal from the sensor has a delay of approx. 6 seconds. Choose with care an easily recognizable name for the water alarm function. Page tab 'Alarm signals': Add an input to the 'Reset signal' field. Select among the available signals. The 'Reset signal' is used to stop the 'Alarm siren output' in order to silence the system when the alarm has been acknowledged, and also to reset the 'Alarm status output'. The alarm will be inhibited for the 'Reset time' period, allowing you to stop the siren, and remove the water from around the sensor in case of a flood situation. Add your water sensors in the 'Alarm inputs' field. Any signal from these will trig the alarm, if it is not in the reset time period. The output signal in the 'Alarm siren output' field will be active when an alarm is registered. The 'Alarm status output' will be active when the alarm is reset, indicating that the alarm is armed and ready. The 'Alarm times and siren' tab: The output signal in the 'Alarm siren output' field will be active when an alarm is registered. The 'Alarm status output' will be active when the alarm is reset, and ready to react on an alarm signal. Reset time: When active, the water alarm is reset, and will not respond to the signals that has been selected in the 'Alarm inputs' field. The alarm will be immune to signals during the 'Reset time' period. If a signal is detected by a sensor during this time period, the alarm will not activate. If the signal is still present when the time has expired, the alarm will be activated. The reset must be activated after an alarm in order to stop the 'Alarm siren output', and to reset the 'Alarm status output'. The 'Alarm siren output' will be active for the time period selected in the 'Siren time' field. A reset to the system will reset the timer and siren output. If 'Pulsing siren' has been checked, the siren output will pulsate with the intervals selected in the 'Sirene on time' and 'Sirene off time' fields when active.

254 Carlo Gavazzi CTRLX smart-house controller How to.. Here you can find some help to solve some common tasks of the alarm system Multiple alarms with a common siren More outputs on the Alarm status indicator Multiple alarms with common siren How to use more than one alarm with a common siren. Example: Intruder alarm and smoke (or water) alarm: (If you want more or other alarm combinations, follow the setup of the individual alarms described below). Common for all alarms: o The 'Alarm siren output' field may be defined, but can be omitted. If a signal is selected in this field, this signal cannot be used elsewhere, thus making it impossible to use this signal as a common output for more alarms. When a common siren is wanted, this must be defined in a multigate function. (See below). The 'Alarm siren output' can be used together with a common siren, making a local alarm combined with a common alarm. o The 'Alarm status output' can be defined, assigned to an output that gives a visual indication, either directly to an LED, or to an output controlling e.g. a lamp. o The Pulsing siren, if checked, will give a signal that pulsates (blinks) on with the Siren on time, and off with the Siren off time, and will also be active on the common output for the alarms, so you can differ between the alarm types you have selected. o The Arming time is the time that runs from you activate the arming signal to the alarm is armed. This gives you some time to leave the building, securing that you don t trigger the alarm on your way out. Setting up the Intruder alarm: o Name the function with a clear logic name e.g. Intruder alarm. o See to that the intruder alarm contains: an arming signal (button, keypad etc.) one or more alarm inputs (PIR, window sensor, push-button etc.). o The Siren time must be defined to a value of 1 min. or longer. If a time of 0 minutes is selected, then the siren (and the alarm output) will not give any output, this gives no sense. Setting up the Smoke (or water) alarm: o Name the function with a clear logic name e.g. Smoke alarm. o You need one or more alarm signals, usually the smoke sensor. Other signals can be used, remember the time delay of the signal; it must be present for about 7 seconds before the alarm is triggered. o You need a Reset signal ; this is a blocking signal for the output. As long as the Reset is active (for the Reset time duration), there will be no alarm output. This is done to make it possible to remove smoke (by ventilation) with no audible signal making noise in your ears.

255 Functions 255 Making the combinations to form a common output (or more outputs) o Choose the Multigate function. o Give the function a name that is easily recognizable for you. o Insert the alarm functions that you have made in the Gate inputs box (using the function name examples from above (Fx) Alarm Intruder alarm.siren and (Fx) Alarm Smoke alarm.siren ). o In the Controlled outputs box, insert the signals that you have given for the siren(s) that are to sound simultaneously. o Select the [OR] Any signal set selection in the Gate function menu. This is one way of making a solution for the multi-alarm siren More outputs on the 'Alarm status output' Normally you have only one output to indicate whether your alarm is off, armed, or on the way to be armed. This is indicated by the way the signal acts. If you have selected an LED, this LED will be off when the alarm is disarmed, on when the alarm is armed, and blinking from the time you arm the alarm to it is armed. (see the setup paragraph 'Alarm times and siren' of the intruder alarm) If you want more indications on this signal, you may also want a lamp to switch on when the alarm is armed. Follow the next steps to include this in your project. (Be aware of that the blinking facility during the arming period will not be applicable to the output(s) because of internal timing) Example: Intruder alarm: Setting up the function o First, select the Multigate function, and give it an appropriate name, e.g. Alarm Multigate intruder alarm status o Select the Gate function [OR] Any signal set o In the Gate inputs box, select the (Fx) Alarm Intruder alarm.armed function. o In the Controlled outputs, select the signal(s) that you want to affect, e.g. Relay module K4 Re 3 (D3). (This is the label of the output that switches the current to the lamp). Now the selected output will be off when the alarm is disarmed (off), and on when the alarm is armed (surveying your house). 4.3 Temperature You can choose between three different temperature regulation types:

256 256 Carlo Gavazzi CTRLX smart-house controller Digital thermostat Temperature control Temperature regulation Thermostat The digital thermostat is a unit with built-in temperature sensor, manually adjustable set-point and a LED for indication.

257 Functions 257 Select a label for the function. The 'Thermostat signal' can be selected when it has been created in the signal list. The 'Night setback signal' is also found in the list, whenever defined. Used to control a setting 4 degrees lower than the normal set-point. The set-back value is hardware set internally in the thermostat. Whenever this signal is on, the Night set-back function is active. 'Stop output with' can be used to switch off the heat, even though the thermostat is 'On'. Select which signal or function you want to use to control this. The reaction on this signal is static. 'Controlled outputs' can be the signal (relay) that switches the current to the heating element, or opens the valve for the hot water. The Realtime control can be added, so the night setback time periods are automatically switched at certain hours of the day. Choose among the already defined RTC functions Temperature control The temperature control function measures an Analink temperature signal, and uses set-points to achieve on/off control of an output, either direct or via the function label.

258 258 Carlo Gavazzi CTRLX smart-house controller Select a suitable name for the label. Select the temperature sensor that is used to monitor the temperature in the room, in the 'Temperature sensor' field. Adjust the temperature to be set in the 'Primary limit' value fields. If 'Select secondary limit by' has been filled in with a function or signal, the 'Secondary limit' value fields will be available, making it possible to use this setpoint whenever the selected signal(s) or function(s) are active. The reaction on this signal is static. Even though the function will be active when the conditions are fulfilled, you may disable the output by selecting the signal(s) or function(s) chosen in the 'Stop output with' field. The reaction on this signal is static. The output selected in the 'Controlled outputs' will be 'On' when the conditions are fulfilled. The function can also be used to control cooling by checking the 'Exchange limits' button Temperature regulation Select the temperature display that you want to have some information on: The B4x or ELKO BEx-TEMDIS display The Fuga or Opus BFx-TEMDIS or Box-TEMDIS display An Analink sensor Description of the Heat safety function: (Active when a signal is added in the 'Heat output' field)

259 Functions 259 The heat safety function will protect you from overheating, in case of a sensor breakdown. If the regulator doesn't find a temperature sensor, it could believe that the temperature is too low, and set the output to heat until the setpoint is reached. But, because of the break, the output will be fully turned on, with overheat as a result. Our regulator has a built-in safety function to cope with this situation. The regulator will see to that the output is pulsed on and off in a fixed ratio set in the 'Heat output % in case of sensor fail' field, when the 'Heat safety' box is checked. The Cycle time of the PID regulator is 100 seconds, when the Heat safety is active. If the value of the 'Heat output % in case of sensor fail' is set to, say 21%, the on time will be 21 seconds of the full 100 seconds cycle time. The rest, 79 seconds, the output will be off. You must consider very thoroughly which value to put here; if set too high, the room may be overheated B4x / Elko temperature display Select this function when you are using a B4x or ELKO temperature display. This function has 2 working functions: Heating with anti-freeze possibility Cooling

260 260 Carlo Gavazzi CTRLX smart-house controller The 'General setting' tab: Name the function with an easily recognizable label. Choose the current temperature display in the 'Temperature display' field. Choose which function you want according to the 'Room temperature', 'Floor temperature' or 'Room temperature w. floor monitoring' selections. If the latter is selected, choose the 'Floor max. temperature' value, in order to avoid over-heating of the floor. If an 'Outdoor temperature sensor' is present, select this. This gives you the possibility to monitor the temperature outside, shown in the temperature display. The heating tab: Select the wanted 'Heat outputs' signals in this field. The 'Temperature range' is the range that will be available on the display - the user will not be able to adjust settings outside this area. You can set a value in the 'Setpoint' here, but you will also be able to adjust this directly on the display. The temperature set in the software will be the initial value of the display. In the 'Off signal', choose the function or signal that is used to switch off the heating manually. The reaction on this signal is static. Adjust the 'Temperature range' in the corresponding boxes. The temperatures chosen are the set-point limits on the physical display. Select, if wanted, the time period function that you want the 'Night set-back' to be active. The reaction on this signal is static. Adjust the 'Temperature range' in the corresponding boxes. The temperatures chosen are the set-point limits of the set-back values on the physical display. You may select a signal as an output to control heating directly by selecting the signal(s) in the 'Heat outputs' field. If the 'Antifreeze' function has been checked, the regulator will, even if it is stopped, see to that the temperature will not fall below the temperature value inserted in the 'Anti freeze temperature' field.

261 Functions 261 If the 'Heat safety' box is checked, the regulator will produce an output according to the 'Heat output % in case of sensor fail' value, if there is a malfunction in the temperature sensor. (See also a more detailed description in the previous menu. The 'Cooling tab: The settings on this page tab are the same as in the heat tab, except for the 'Antifreeze' and 'Heating safety' selections.

262 Carlo Gavazzi CTRLX smart-house controller Opus / Fuga temperature display Select this function when you are using a FUGA or OPUS temperature display. This function has 2 working functions: Heating with anti-freeze possibility Cooling

263 Functions 263 The 'General setting' tab: Name the function with an easily recognizable label. Choose the current temperature display in the 'Temperature display' field. If an 'Outdoor temperature sensor' is present, select this. This gives you the possibility to monitor the temperature outside, shown in the temperature display. The heating tab: Select the wanted 'Heat outputs' signals in this field. The 'Temperature range' is the range that will be available on the display - the user will not be able to adjust settings outside this area. You can set a value in the 'Setpoint' here, but you will also be able to adjust this directly on the display. If a signal or function is selected in the 'Off signal' field, this signal will switch off the heating function. The reaction on this signal is static. Adjust the 'Temperature range' in the corresponding boxes. The temperatures chosen are the set-point limits on the physical display. Select, if wanted, the time period function that you want the 'Night set-back' to be active. The reaction on this signal is static. Adjust the 'Temperature range' in the corresponding boxes. The temperatures chosen are the set-point limits of the set-back values on the physical display. You may select a signal as an output to control heating directly by selecting the signal(s) in the 'Heat outputs' field. If the 'Antifreeze' function has been checked, the regulator will, even if it is stopped, see to that the temperature will not fall below the temperature value inserted in the 'Anti freeze temperature' field. If the 'Heat safety' box is checked, the regulator will produce an output according to the 'Heat output % in case of sensor fail' value, if there is a malfunction in the temperature sensor. (See also a more detailed description in the previous menu. The 'Cooling tab:

264 264 Carlo Gavazzi CTRLX smart-house controller The settings on this page tab are the same as in the heat tab, except for the 'Antifreeze' and 'Heating safety' selections.

265 Functions Analink sensor Select this function if you are using an Analink temperature sensor. This function has 2 working functions: Heating with anti-freeze possibility Cooling 265

266 266 Carlo Gavazzi CTRLX smart-house controller The 'General setting' tab: Name the function with an easily recognizable label. Choose the wanted temperature sensor in the 'Temperature signal' field. The sensor can be a stand-alone sensor, e.g. a BSI-TEMANA, or a value sent from a Bxx-TEMDIS display. The 'Heating' tab contains settings for the 'Heat outputs' where the signal for the output can be inserted. Select the relevant output, e.g. a relay or SSR output. More signals can be added, if wanted. The 'Setpoint' is where you insert the temperature that you want to be kept where the sensor is placed. In the 'Off signal', choose the function or signal that is used to switch off the heating manually. This signal is a static signal, as long as it is active, the regulator is switched off. In the example to the left, the '(Fx) Heat off toggle' is selected. The reaction on this signal is static. The signal or function that you put in the 'Heating night setback' field (optional), will make the regulator work with the Setback setpiont selected. In the example to the left, the value regulated is 16,5 degrees. When the '(Fx) Heat off toggle' function is off, the regulated temperature will, in the shown example, be 22,0 degrees. If you configure both a heat and a cool set-point, the regulation will work as a regular climate control; you will have one output for the heating, and another for the cooling. Select the set-points carefully, so you don't get any overlap of the outputs. Also select your set-points so that you have a 'dead band' where the temperature is ok, and no outputs are on. See the description of the 'Antifreeze' and the 'Heat safety' function in the B4x / Elko temperature paragraph. 4.4 Time There are three possible selections under this menu: Real time clock Calendar Timer function Keeps you in track of the time of day Lets you enter periods of the year If you want to delay a function

267 Functions Real time clock The real-time clock is an internal clock that gives you the possibility to switch on and off at specific times of day. The access to a realtime is made in the function 'Real time clock'. Name the realtime function with an easily recognized name in the first box 'Function name'. Now, in the 'Normal switching' fields, select 'Switch on times' and/or 'Switch off times' to get the wanted function. If you want to switch within a specific calendar, check the 'Using calendar' box, and select the wanted calendar definition. If no calendar is available, you must define one first. Now select the switching times in the 'Switching within calendar' field.

268 Carlo Gavazzi CTRLX smart-house controller Calendar The calendar can be reached in the calendar function. Give the calendar a reasonable name - remember that you can handle more calendars! Double-click in the 'Calendar settings' window to access the settings. The calendar is active within the 'From' and 'To' dates selected. The example shows a switch-on date that is active between the date change of 22. and 23. of december to the change of 27. to 28. of december. Click 'Ok' when done.

269 Functions Timer functions To get access to the timer, choose the 'Timer function'. The selections are made in the window shown below: Give the function a name which is easily understandable, so that you can recognize it later. The timer can control an output directly by adding this to the 'Controlled output' list. If you want to use the function without any direct outputs, leave the field open. The on and off timers can be set to max 11 hours 59 minutes and 59 seconds in 1 second intervals. The timer needs to be started by a signal - direct by an input, or controlled by a function - insert this in the 'Start timer by signals' field. The reaction on this signal is event based. The 'On delay time' is a timer with a level-activated input. The start condition is an active signal selected in the 'Start timer by signals'. If the signal disappears before the end of the time period, the timer is reset, and the function will not be activated. If the signal is active, the function will activate at the end of the 'On delay time' period, and will be active until the signal disappears (signal is disabled). The 'Off delay timer' is a trailing-edge triggered timer function. It gives a time delay starting from the moment that the signal chosen in the 'Start timer by signals' disappears. When the signal is active, the function is active. when deactivated, the timer runs from that moment, until the time expires, and the function is set to 'off'. If the signal appears before the end of the time set in the 'Off delay time' fields, the timer is reset, starting again when the start signal disappears. If you need to stop the timer before the timer runs out, this

270 270 Carlo Gavazzi CTRLX smart-house controller can be done by a signal chosen in the 'Stop timer by signals' field.the reaction on this signal is static based. 4.5 Up-Down control The Up/Down control function is for controlling blinds or windows. Select the wanted function among the two. Rollerblind control - when using blinds indoor and/or outdoor Window control Rollerblind control Select the function 'Rollerblind control'

271 Functions 271 Select a matching name for the function selected. The signals that are selected for the motor output relays are inserted in the 'Output for motor up' and 'Output for motor down' fields. If you have the possibility to tilt your blinds, check the 'Tilting blinds' box. Select the appropriate running time, i.e. the time it takes for the blinds to move from one position to the other, and insert the value in the 'Running time' fields. Also select the time delay it takes for the blinds to change from running one direction to the other. Here, use the 'Reverse delay' field. Now select the signals that you want to control the up and down motion of the blinds, and insert these signals in the 'Up' and 'Down' fields. More signals can be added. If you have a wind sensor mounted on the house, the speed value from this can be used to protect your blinds - e.g. useful if you have a sunblind over your terrace. The wind sensor signal is inserted in the 'Wind sensor' field - the values can then be adjusted in the corresponding fields 'Down when... ' and 'Up when...' E.g. if a value of 3 m/s is inserted in the 'Down when <' field, the down output will be active for the running time if the wind speed rises above 3 m/s, making the blinds go down. E.g. if a value of 10 m/s is inserted in the 'Up when >' field, the up output will be active for the running time, making the blinds go up. If you use the blinds together with a LUX sensor, this signal can control at which light levels the blinds are to be moved up and down. Again, a number in the 'Lux level up' will make the blinds go up when the light level is falling below than the value selected. You can limit the working hours by selecting a Realtime signal. The blinds will go down when the time is between the on and off switching times. (Depending on other conditions, of course)

272 Carlo Gavazzi CTRLX smart-house controller Window control Select the function 'Window control'. The Window control is much like the Blind control function. The differences are: Temperature sensor instead of a LUX sensor Rain sensor. The temperature sensor sees to open the windows if the temp. rises above the 'Temperature open' value, and when the temp. falls below the 'Temperature close' value, the windows closes. When the rain sensor is active (because of rain falling on it), the windows will close.

273 Functions Sequence The sequence function is selected by right clicking (double-clicking) the icon where you want the function. See the sequence table to get information of which functions that can be used in the sequence function. In the example below, the function is made as a 'good-night function', or an 'all off' if you want.

274 274 Carlo Gavazzi CTRLX smart-house controller The sequence function executes the functions chosen in the list one at a time, until the end of the list. The sequence is started at the event of a signal or function: Select the wanted signal(s) that shall start your sequence. From the list, add the function(s) to be affected: Next, you have 2 ways of selecting functions to be affected, either one at a time, or more functions to be switched on (or off), selected from a list; If you right-click in the 'Sequenced functions' field, you get the selection option: Depending of what you have selected, you get one of the two ways of selecting functions in the 'Sequenced functions': The add function selection In the 'Select function' box you can select The add functions to switch on (or off) selection. In the 'Add lights to switch on (or off), you

275 Functions between the available functions to be modified. 275 can select between the available light functions to modify. If a 'Stop sequence with' signal is detected before the sequence has finished, it will be aborted. This signal is event based. A delay can be inserted after each function in order to make some time delay First you select a useful name for the function: e.g. 'Bedroom All off' Second, check the 'Auto cycle sequence' if you want the sequence to be repeated endlessly. It can, although, be stopped by inserting one or more functions or signals in the 'Stop sequence with' field, which is an event based signal. An example of a repeating sequence could be automatic opening the valves for the heating system in your house. It can be useful to have the valves operated once every day, so they don't get stuck in an open or closed position. The sequence can then contain start of the valves sequentially, with a short time delay in between each valve to be opened, so the load of and water pipes will not be in the same moment. Then you select the signal that triggers (starts) the sequence - in this case the bedroom button, that you press when you go to bed, in order to switch off all lights in your house. Next you select the functions that is to be affected by my sequence, in this example there's only one the garage light, This is a normal light on/off function that has been defined earlier.

276 276 Carlo Gavazzi CTRLX smart-house controller Because this is the only function in this sequence, there is no sense in setting any values in the 'Pause to next' parameters. See the next example that will illustrate this. Next select the state that the output is supposed to be set to. Choose between 'On' and 'Off'. Now the 'Off state is selected. Click 'Ok'. This function will be run every time the switch 1 in the bedroom is pressed Sequence example Example showing a bit more sophisticated use of the sequence function. The scenario is: When you will go for a ride in your car, you move outside from the hall, close the front door, open the garage door, enter your car, drive out, step out of your car and close the garage door, and finally enter your car for to leave for work. This is a daily scene, and the sequence function can make it a bit more convenient for you.

277 Functions 277 Lest's split the scenes into small sequences: 1: Move out, close the door. If it's dark outside, you need some light, and perhaps the light in your house is still switched on. 2: Open the garage door. 3: Enter your car. It's probably dark in your garage, so again, you need some light. 4: Drive out. 5: You step out of your car, and you close the garage door. 6: Leave for work. Did you shut off the light, or did you stumble over something because the lights were off? Now, let's make a smart-house solution to make it more comfortable for you. I have an 'All off' function in your house in order to shut off the lights. (Hall switch by door switch 3 leave home) I have a 'Switch on outside light' function. (Hall switch by door switch 2 outdoor light) I have a 'Garage light' function'. (Garage switch wall switch 1 Light on/off) When you press the 'Leave home' button, the lights in the house are switched off except for the hall light, the outdoor light and the garage light are switched on. After 1 minute the hall light is switched off, just to give you some time to find your keys, get your jacket on and get outside. After another 2 minutes, when you have opened the garage door, driven your car out of the garage and shut the garage door again, the outdoor and garage door lights are switched off. This sequence consists of 8 steps, and includes the lights in the house, outside light and garage light. 1: This sequence step triggers the function "<Fx> Light - Outdoor" to switch the outdoor light on. The pause to next indicates that the next function follows without any breaks. 5: The kitchen is darkened, followed by a 1 minute pause. 2: This triggers the garage lights on without a following pause. 6: When this function switches off the hall lights, you have had some time to get your clothes, get out and lock the front door while the light still is on.

278 278 Carlo Gavazzi CTRLX smart-house controller 3: Now the bathroom light is switched off. 7: You have 3 minutes to get the garage door opened, get in and start your car, drive out of the garage, and close the garage door. If this is not sufficient, increase the time in the previous sequence step. 4: No more light in the living room now : When you drive away, you might just catch, watching your cars rear mirror, the outdoor light switch off. Sequence table Find here a list of functions that can be controlled by the sequence function. Controlled functions Possible actions Light On Off Dimmer On Off Scene 20% Scene 40% Scene 60% Scene 80% Scene 100% Blinds Up Down Window Open Close Temperature regulation Display set to HEAT Heat Turn On Turn Off Night set-back Normal (daytime) Temperature regulation Initially Cool Turn On Turn Off Night set-back Notes

279 Functions Intruder alarm Normal (daytime) Alarm On Alarm Off Alarm zone On Alarm zone Off Other functions There are a couple of situations where you may need the use of the following functions: Multigate Light level Humidity level Wind speed See the description of each function by clicking the relevant link Multigate The multigate function can handle some situations that occur that has no relation to other functions in the controller. All input signals to the multigate are static. A couple of examples: Collecting signals from more points to be monitored - door contacts or window switches - in order to set or reset an alarm, Monitoring more signals and/or functions to get a quick overview of a status.

280 280 Carlo Gavazzi CTRLX smart-house controller The multigate functions are: OR : If any signal is active, the multigate will be active. AND: If all signals are active, the multigate will be active. XOR : If all signals are equal, the multigate is disabled. If one or more signals differ, the multigate is active. You can chain more multigate functions together to achieve the special function wanted, e.g. and/or/xor gating. If you want to monitor if two lights are switched on, and have an indication of this, the way to do this may be: Here, the Hall light and the Kitchen lights are monitored, and the 'Multigate - Living room' function will be active if, and only if both functions are on (or 'True'). You can direct the result to one (or more) signal output(s), e.g. a relay, by adding this signal in the 'Controlled outputs' field Light level Select the 'Light level' function if you want to use this together with another function in the 'Multigate', or as a stand-alone function.

281 Functions 281 Choose a unique name for the function. Select a valid 'Lux sensor' in the field. The description below the sensor field tells some specifications of the selected unit. The function will switch on when the light level is lower than the 'On < level' value, and switch off when the lux value rises above the 'Off > level' value. If you want the reverse status of the function, check the 'Exchange limits' box. Select the wanted light intensity values in the 'Primary limit' value boxes. You may switch between two value pairs by selecting a signal or function in the 'Select secondary limit by' field. The 'Secondary limit' values will be active as long as the signal(s) listed in the box is(are) on. The signal is static. You may block the output by selecting one or more signal(s) or function(s) in the 'Stop output with' field. The signal is static. You may control one or more output(s) directly by selecting this (these) in the 'Controlled output' field Humidity level The humidity function is very much alike the Light level function, except for the sensor type and the level values. See the description of the light level function here.

282 282 Carlo Gavazzi CTRLX smart-house controller When you have selected a humidity sensor, you get access to the setup of it in the 'Analogue input' of the Humidity level function. If the level drops below the value selected in the 'On < level' box, the function is active, and stays active until the level rises above the value chosen in the 'Off > level' box. You may invert the function by checking the 'Exchange limits' box. You may switch between two value pairs by selecting a signal or function in the 'Select secondary limit by' field. The 'Secondary limit' values will be active as long as the signal(s) listed in the box is(are) on. The signal is static. You may block the output by selecting one or more signal(s) or function(s) in the 'Stop output with' field. The signal is static. You may control one or more output(s) directly by selecting this (these) in the 'Controlled output' field Wind speed When you have a wind speed sensor, this function may be useful. The wind speed function is very much alike the Light level function, except for the sensor type and the level values. See the description of the Light level function here..

283 Functions 283 When you have selected a wind speed sensor, you get access to the setup of it in the 'Analogue input' of the Wind sensor function. If the level drops below the value selected in the 'On < level' box, the function is active, and stays active until the level rises above the value chosen in the 'Off > level' box. You may invert the function by checking the 'Exchange limits' box. You may switch between two value pairs by selecting a signal or function in the 'Select secondary limit by' field. The 'Secondary limit' values will be active as long as the signal(s) listed in the box is(are) on. The signal is static. You may block the output by selecting one or more signal(s) or function(s) in the 'Stop output with' field. The signal is static. You may control one or more output(s) directly by selecting this (these) in the 'Controlled output' field.

284 Top Level Intro This page is printed before a new top-level chapter starts Part V

285 SMS setup SMS setup Very important: The PIN-code of the simcard used must be set to 9090! The setup of SMS handling consists of three functions: GSM Configuration - The setup of the GSM handling Send SMS - Is what the controller sends to your cellular phone Receive SMS - Is what you send from the cellular phone to your controller Notes about the SMS setup: See to that the antenna is connected, and placed where the radio signal is good When issuing an sms, see to that you use standard character set, as some special country codes may be handled incorrect. No messages will be sent from the controller, until the GSM modem is fully operational. See table below. If, e.g. the SIM-card is removed, the sms'' are discarded, until the GSM modem is fully operational again. Examples of how to configure and use the SMS unit Table of possible GSM/Function combinations GSM Modem LED indications: 5.1 Operating status Power down LED Off Not registered to the GSM net (missing SIM, PIN, net) Fast blinking Standby (Registered to net) Slow flash (75 ms on / 3 s off) Sleep mode (Power save mode, registered to the net) Off GSM Configuration The basic setup of the GSM module is done here.

286 286 Carlo Gavazzi CTRLX smart-house controller Erase SMS on simcard by restart The controller will delete all SMS's (if any) on the simcard so there will not be sent any messages by mistake when the controller is powered-up or a when a new project is written. Make dialup before sending This option is made for your convenient, if your cellphone is put in SMS 'quiet' mode, you won't notice an incoming SMS, and therefore you will possibly not get the attention of an important message. If the 'Make dialup...' option is selected, you will first receive a normal voice call, and then an SMS with the message from the controller. SMS lead text The header of your incoming message displayed on your phone will contain what you write in this field. Note: When issuing an sms, see to that you use standard character set, as some special country codes may be handled incorrect. Check inbound for password The SMS you send must contain the password written in the 'Password' box. The password must contain from 1 to 4 digits containing numbers from 0-9, and standard letters, which are not case sensitive. See example in the 'Receive SMS' on how to use the password in an sms text. Telephone numbers Here you can place the telephone numbers that you will send SMS's to. The numbers must start with '+' and the country code of the receiver of the SMS. The numbers that you can choose among in this menu, will be used in the 'Send SMS' and 'Receive SMS' dialog boxes, and must be placed here.

287 SMS setup 287 Example 1: The basic setup lets you choose one or more telephone numbers to be selected, if the simcard's SMS list is to be erased on restart of the controller, and if the incoming SMS must contain a password, which also can be set here. You can type in a SMS lead text, which will appear in the cellular phone's display. In the example, when the controller sends an SMS, the cellphone with the telephone number in Denmark (+45), as set up in the 'Telephone numbers' box, will display an SMS with a header text of 'MYHOUSE -' Example 2: If the 'Make dialup, before sending SMS' is checked, the controller makes an ordinary phone call to the telephone numbers and in Denmark (the numbers in the list). When you receive such a call, you will hear some dual-tone sounds. Hang up, and after a short while, you will get an SMS with the current info, as described above, and in the examples of sending and receiving SMS help topics. If the number is not a cellphone, the phone will ring, and then the dual-tone sounds will be heard, identifying the call as an alarm. If one of the numbers in the telephone list is a non-cellphone number, this number will also be called, but containing the dualtone sounds only. The Password has no effect when sending SMS's. 5.2 Send SMS The setup of the 'Send SMS' is as follows:

288 288 Carlo Gavazzi CTRLX smart-house controller When you select the 'Send SMS' tab, you will see a window like the above. Right click and select 'Add outgoing SMS' or double-click to reach the setup-window like the figure below. Fill out the four boxes (1-4) with the necessary information: 1: Send SMS to number The cellular number to send the message to. Choose among the numbers typed in the 'GSM configuration'. If 'All numbers' is selected, the SMS will be sent to all numbers defined in the GSM Configuration menu 2: SMS text for event You can type in a text that informs you what is happening. Optional. Note: When issuing an sms, see to that you use standard character set, as some special country codes may be handled incorrect. 3: Signal causing the SMS The signal or function that executes the call. 4: Send when signal The status of the signal that releases the call. If 'goes on' is selected, the SMS will be sent only when the status changes from 'off' to 'on'. If 'goes off' is selected, the SMS will be sent only when the status changes from 'on' to 'off'. If 'changes' is selected, an SMS will be sent in both situations. The example in the figure above shows that the SMS will go to (1:) in Denmark (+45), the SMS header is 'MyHouse -' (as set in GSM configuration), the text in the SMS is (2:) 'Lights in hall is on', caused by the function (3:) '<Fx> Light - Hall' switching (4:) on. When the light is switched off, no SMS will be sent, because of the status 'goes on' is selected in (4:) 'Send when signal'. The result on your cellphone, assuming that is a cellphone number, will be: (with the information of the calling number) 'MYHOUSE - LIGHT IN HALL ON'

289 SMS setup Receive SMS The setup of how to receive an SMS is made here. When you select the 'Receive SMS' tab, you will see a window like the above. Right click and select 'Add SMS incoming command' or double click to reach the setup-window like the figure below. 1: Accept SMS from number The telephone number that sends the message. Choose among the number stored in 'GSM Configuration'. If 'Any number' is selected, the correct message will be carried out when received, regardless of the sender. 2: SMS text to What you send to the controller, in order to start receive an event. Note: When issuing an sms, see to that you use standard character set, as some special country codes may be handled incorrect. 3: Signal or function affected 4: To do this action The signal or function that you want to affect is chosen here. What you want to happen to the function or signal. Make sure to 'Switch on' if you select a function to Example: You have a function that switches on the light in the hall, and want to control this by an sms. The function is called (Fx) Light - Hall

290 290 Carlo Gavazzi CTRLX smart-house controller First, add an 'Incoming SMS' function, with the telephone number from which you want to control the function. Then, fill in the text that you will use to activate the function, in the field 'With this text'. The text is not case sensitive. Select the function '(Fx) Light - Hall' in the third line 'To control this signal or function'. In the fourth line, select the wanted action of the call, e.g. 'Switch on'. The sms to be sent, will be: (supposing that the sim-card number is , in the example location Denmark, country code +45) Make an sms on your cell phone, containing the text 'hall light'. Send this sms to the phone number ' '. When the GSM unit receives the message, the function '(Fx) Light - Hall' will be switched on. If a password is selected in the GSM configuration (e.g. '1234'), the sms text to be sent shall look like: '1234,hall light on' Notice that a comma is used to separate the password and command, and no spaces are allowed before or after the comma. 5.4 SMS examples Send SMS - When something happens in your house, and you want to be notified about this. Receive SMS - When you want to control something in your home from your cell-phone. Intruder alarm Send SMS: One very used information that can be transmitted to your cellphone is when the intruder alarm is triggered. Below is one setup of how this is achieved: First of all, the alarm function must be set properly. The alarm arming signal must be present, there must be at least one alarm input signal (PIR, door switch, push-button etc.), and the siren time must be set to at least 1 minute. When these signals and settings are selected properly, the SMS part can be used to communicate via a cell-phone. Choose the 'Send SMS' tab, and double-click in the 'To Number - Message - from Signal/Function when' field. A window containing 4 steps pops up. Step 1: Select the number that you want the message to be sent to.