EN TECHNICAL MANUAL. Technical Manual for programming Vedo series alarm control units.

Transcription

1 EN TECHNICAL MANUAL Technical Manual for programming Vedo series alarm control units

2 Installing Safe Manager software Art System requirements...4 Safe Manager installation procedure...4 Disabling driver signature in Windows 8 and Starting Safe Manager for the first time... 8 Changing the Safe Manager language...9 Establishing a connection between a PC and Vedo series control panels...10 Set communication via USB...10 Set communication via TCP/IP...11 Viewing the installed firmware version of the control panel...12 Creating a new system...13 Standard procedures Saving the configuration for the system in use...16 Opening the configuration for a previously saved system...17 Exporting a system configuration...18 Importing a system configuration...19 Sending / Receiving control panel parameters...20 Sending an audio package...22 Receiving the events log...23 Reset access code...24 System configuration Control devices...25 Keypads...25 Safetouch...32 Touch devices...38 RFID readers...43 Phone App...48 Bridge...52 Expansions on bus input/output expansions...55 Power supplies...58 Isolators...62 Radio expansions...65 Radio outputs / sirens...68 Radio output acquisition...74 Deleting a radio output...74 Radio controls...81 Radio zones...86 Radio sensor acquisition...88 Wired zones...96 Groups in AND Areas Outputs Events group

3 Scenarios Codes Users Installers Modifying installer codes Deleting installer codes Access levels Proximity keys Acquiring an RFID digital key code Assigning a key to a user Deleting an RFID digital key code Communication interfaces IP Options GSM Options PAL/IP video module Configuring a PAL/IP module Communicator Options (telephony) Phone book Digital communicator contacts list Generic events Detailed events Contact-ID Map Free voice messages Voice configuration Enter a free voice message Deleting one or more free voice messages SMS Service voice messages Configure the System Address message Timetable programmer Timer Activations System parameters Events Log Events log Events to Save Appendix Port forwarding for remote connection

4 Installing Safe Manager software Art System requirements PC with Microsoft Windows (XP SP3, Vista, 7, 8 or 8.1) and a free USB port NET 4.0 Framework (on installation CD or available to download from Microsoft website) Comelit Safe Manager configuration software (on installation CD or available to download from www. comelitgroup.com) A-A USB cable Safe Manager installation procedure CAUTION! If the operating system in use is Windows 8 or 8.1, carry out the Disable Driver Signature Enforcement procedure before installing the Safe Manager software. Make sure that the Vedo Series control panel is NOT connected to the PC. 1. Run Setup.exe (from the CD or from the file downloaded from 2. Follow the on-screen instructions. During Safe Manager installation, the USB driver installation request will appear automatically. Windows Security Windows can't verify the publisher of this driver software Do not install the driver Visit the manufacturer's website to obtain updated drivers for the device. Install driver software Only install software from the disk or from the manufacturer's website. Unlicensed software from other sources may damage your computer or cause information to be intercepted. View details `` Click the option Install driver software 4

5 Disabling driver signature in Windows 8 and 8.1 CAUTION! Carry out this procedure before installing the Safe Manager software. 1. Select Run from the Windows app list Execute 2. Enter shutdown.exe /r /o /f /t 00 without the inverted commas, taking care to replicate the spaces, and press OK Run! Enter the name of the program, the folder, the document or the Internet page to open. Open: shutdown.exe /r /o /f / t 00 OK Cancel Browse 3. Wait for the restart. On the next screen, press "Troubleshooting" Choose an option Continue Exit and continue to Windows 8.1 Troubleshoot problemi Refresh or reset your PC, or use advanced tools Turn off your PC 5

6 4. On the next screen, press Advanced Settings Troubleshoot Refresh your PC If your PC isn t running well, you can refresh it without losing your files Reset your PC If you want to remove all of your files, you can reset your PC completely Advanced 5. On the next screen, press Startup Settings Advanced Recover Your System Use a restore point recorded on your PC to restore Windows c: Command Prompt Use the Command Prompt for advanced troubleshooting System Image Recovery Recover Windows using a specific system image file Startup Repair Fix problems that keep Windows from loading Startup Settings Change Windows startup behavior 6

7 6. On the next screen, press Restart Startup Settings Restart to change Windows options such as: Enable low-resolution video mode Enable debugging mode Enable boot logging Enable Safe Mode Disable driver signature enforcement Disable early-launch anti-malware protection Disable automatic restart on system failure 7. Wait for the restart and on the next screen, press F7 to Disable Driver Signature Enforcement Startup Settings Press a number to choose from the options below: Use number keys or functions keys F1-F9. 1) Enable debugging 2) Enable boot logging 3) Enable low-resolution video 4) Enable Safe Mode 5) Enable Safe Mode with Networking 6) Enable Safe Mode with Command Prompt 7) Disable driver signature enforcement 8) Disable early-launch anti-malware protection 9) Disable automatic restart after failure 8. Wait for a full restart to take place and proceed with Safe Manager software installation CAUTION! The next time the PC is restarted this setting will be reactivated automatically. Repeat the procedure to disable Driver Signature Enforcement 7

8 Starting Safe Manager for the first time The program starts if you click on the Safe Manager icon, the position of which depends on the operating system used. If using Windows 7, proceed as follows: 1. Select Start 2. Select the folder All programs 3. Select the folder Safe Manager 4. Click the icon Safe Manager 5. The first time it is started, you will be asked to select the software language Safe Manager Español Italiano Français English Nederlands»After» a few seconds, the program appears as illustrated below. Safe Manager Project View Tools Windows Help 8

9 Changing the Safe Manager language 1. Click the menu Tools 2. Click the menu Options Safe Manager Project View Tools Windows Help Options Updating firmware... Control unit check (Real Time) Scan System... Send audio Receive events log 3. Select the desired language from the drop-down menu Options Options Communications Language: Italiano Colour Italiano Español Isolated peripheral: Français English Events log Nederlands Events memory: Zone 1: Generic: OK Cancel 4. Click Ok to confirm the changes you have made 5. The software will confirm that the changes have been saved via the following message Safe Manager Language: Colour Italiano Italiano Español The new settings Isolated will peripheral: take effect Français after the programme has been re-started. English Events log Events memory: Nederlands Zone 1: Generic: OK 6. Restart Safe Manager to complete the language change procedure 9

10 Establishing a connection between a PC and Vedo series control panels To program the control panel installed using Safe Manager, you will need to establish how they are going to communicate. The Vedo system offers 2 options, via USB or via TCP/IP protocol (if the IP communication expansion card art is installed). Set communication via USB Before carrying out the following procedure, make sure that the USB drivers for Vedo series control panels have been installed correctly (see page 4). 1. Connect the control panel to the PC using an A-A type USB cable 2. Click the menu Tools 3. Click the menu Options Safe Manager Project View Tools Windows Help Options Updating firmware... Control unit check (Real Time) Scan System... Send audio Receive events log 4. Click the tab Communications 5. Select Serial port under the option Communication type 6. Use the drop-down menu to select the COM port to which the control panel is connected Options Options Communications Communication type Serial port Serial port TCP/IP COM 6 OK Cancel 7. Click Ok to confirm the changes you have made 8. Make sure the USB connection status icon (in the bottom right-hand corner of the main window) has changed from to 10

11 Set communication via TCP/IP Before carrying out the following procedure, make sure that the PC used and the Vedo series control panel are both on the same network. 1. Click the menu Tools 2. Click the menu Options Safe Manager Project View Tools Windows Help Options Updating firmware... Control unit check (Real Time) Scan System... Send audio Receive events log 3. Click the tab Communication 4. Select TCP/IP under the option Communication type 5. Enter the IP address of the IP card expansion module in the Host name or IP address box 6. Enter the communication port number in the Port box (the value must be the same as the one set for the tls port in IP Options). For remote connection, the port on the router must be opened (see Port forwarding for Remote connection, page 166). IP card expansion modules are programmed with the IP address by default. Vedo series control panels communicate using port number by default. Options Options Communications Communication type Serial port TCP/IP TCP-IP Host name or IP address Port OK Cancel 7. Click Ok to confirm the changes you have made 8. Make sure the TCP/IP connection status icon (in the bottom right-hand corner of the main window) has changed from to 11

12 Viewing the installed firmware version of the control panel This is necessary when you want to know which firmware version is installed on the control panel, as some procedures need this information in order to be carried out fully (creating a new system, for example). 1. Click the menu Display 2. Click the menu Central unit firmware version Safe Manager Project View Tools Windows Help Toolbar Status strip Central unit firmware version 3. Click Read Central unit firmware version Firmware version Read Close 4. Enter the installer access code. The default code is Click Login Central unit firmware version Login Firmware version Request code Read Enter access code ****** Login Cancel Close»The» box will display the control panel data. Central unit firmware version Firmware version HARDWARE_ID:MuTy - (Vedo68) Read HARDWARE_BOOT_VER: 0x2 VERSION_CODE: 0x0 COMMIT#/stable/Vedo-x.x-2.2.x@4467 Close R: 0x2 x0 do-x.x-2.2.x@4467»the» text 2.2.x indicates the firmware version. 12

13 Creating a new system This procedure enables you to create a new archive, which will contain all the data relating to the new system that you want to configure. 1. Press the icon New Safe Manager Project View Tools Windows Help 2. Press the icon Alarm control unit New project Categories: Alarm control unit Project type: Description FW Zones Areas Vedo x 10 2 Vedo 34 Vedo x 2.2.x OK Cancel 13

14 3. Select your control panel from the list New project Categories: Alarm control unit Project type: Description FW Zones Areas Vedo x 10 2 Vedo 34 Vedo x 2.2.x OK Cancel 4. Use the drop-down menu to select the firmware version installed on the control panel (see page 12) New project Categories: Alarm control unit Project type: Description FW Zones Areas Vedo x 10 2 Vedo x 34 8 Vedo x x 2.1.x 2.2.x OK Cancel 5. Click OK 14

15 »»A system with default parameters will be created. These parameters do not necessarily correspond to the installed system. For example, a keypad is added but the system may not include any keypads. Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Keypads Control devices Keypads (1) Safetouch Touch devices RFID readers Phone App Bridge Expansions on bus 8 input/output expansions Power supplies Isolators Status ID Description Active 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 Checked areas Area Display technical alarms Display tamper Show Options Enable proximity reader Quick activation Send quick alarms with function key Display areas status Display alarm memory Display open zones Display chime zones Radio expansions Radio outputs / sirens Radio controls 8 Keypad 8 Area 1 System status display time Unlimited Seconds 120 Radio zones Area 2 Wired zones (9) Groups in And Areas Area 3 Area 4 Tamper alarm cycles Unlimited Cycles 0 Outputs (3) Events group Scenarios Codes Area 5 Area 6 Area 7 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Users (1) Installers (2) Access level Area 8 Proximity card cycle actions Action 1 Scenario / Activat Total activation Proximity keys Action 2 Scenario / Activat Scenario P1 Communication interfaces IP Options Action 3 Scenario / Activat Scenario P2 GSM Options Action 4 Scenario / Activat Scenario P1+P2 Pal-Ip video module Communicator Partial keys Options (telephony) P1 key function <No function Phone book Digital communicator contacts list P2 key function <No function Generic events Detailed events Function keys Contact-ID Map F1 key function <No function Free voice messages SMS F2 key function <No function F3 key function <No function Service voice messages Timetable programmer F4 key function <No function Timer Activations System parameters Events log 15

16 Standard procedures This chapter illustrates the standard procedures usually carried out using the Safe Manager software. For example: saving the configurations for your system, opening previously saved system files, sending configuration parameters to the control panel and reading the control panel configuration parameters, etc... Saving the configuration for the system in use Once the system has been configured, the settings can be saved in the Safe Manager database for any necessary servicing or updating purposes. 1. Click on the icon Save Safe Manager Project View Tools Windows Help 2. Fill in the form. The Customer name field is a required field Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Control devices Keypads (1) Safetouch Touch devices RFID readers Phone App Bridge Expansions on bus 8 input/output expansions Power supplies Isolators Radio expansions Radio outputs / sirens Radio controls Radio zones Wired zones (9) Groups in And Areas Outputs (3) Events group Scenarios Codes Users (1) Installers (2) Access level Proximity keys Keypads Status ID Description Active 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 8 Keypad 8 Checked areas Area Save project Project information Area Customer 1 name: Area 2 Addrss Area 3 Area Town: 4 Area 5 Area Telephone: 6 Area 7 Mobile: Area 8 Notes: Display technical alarms Display tamper Show Options Enable proximity reader Quick activation Send quick alarms with function key Display areas status Display alarm memory Display open zones Display chime zones System status display time Unlimited Seconds 120 Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Proximity card cycle actions Action 1 Scenario / Activat Total activation Action 2 Scenario / Activat Scenario P1 Communication interfaces IP Options GSM Options Pal-Ip video module Communicator Options (telephony) Phone book Digital communicator contacts list Action 3 Action 4 Partial keys P1 key function P2 key function Scenario / Activat Scenario / Activat <No function OK Cancel <No function Scenario P2 Scenario P1+P2 Generic events Detailed events Contact-ID Map Free voice messages SMS Function keys F1 key function F2 key function <No function <No function Service voice messages Timetable programmer Timer Activations System parameters Events log F3 key function F4 key function <No function <No function 3. Click Ok 16

17 Opening the configuration for a previously saved system 1. Click on the icon Open Safe Manager Project View Tools Windows Help 2. Select the project from the list and press Ok Safe Manager Project View Tools Windows Help Open existing project Customer name: Filter Customer name Address Town/city FW # Last saved Customer 2 Customer address Customer town/city 2.2.x 20/02/ :44:36 Customer 1 Customer address Customer town/city 2.2.x 23/02/ :12:22 Delete OK Cancel Filter Option When the list of systems is particularly long, the name (or part of the name) of the system you want to load can be entered in the text line, pressing the Filter button afterwards: all systems containing the text entered in the Customer name line will appear on the list, while the others will remain hidden. Caution: If the control panel has been updated with more recent firmware than the version used when the project was saved, the Safe Manager software will ask for the project to be updated. 17

18 Exporting a system configuration The export procedure is used to obtain a system configuration file. This file can then be opened on other PCs (still using Safe Manager software) and ed, archived, etc While the project is open, click the menu Project 2. Click Export 3. Save the file to your PC (the save screen depends on the operating system in use) Safe Manager Project View Tools Windows Help Add Ctrl+N Vedo Open 68 - #FW: 2.2x Control devices Save Ctrl+S Keypads (1) Export Safetouch Touch devices Import... RFID readers Phone App Properties Bridge Expansions Close on bus 8 input/output expansions Exit Power supplies Isolators Keypads Status Active ID Description 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 Checked areas Area Show Display tamper Display technical alarms Optio En Qu Se Di Di Di Di 4. Once you have chosen where to save it, you will be asked if you want to protect the file with a password Area 3 Safe Manager Area 4 Area 5 Tamper alarm cycles Unlimited Cycles 0 Do you want to protect the Technical project with alarms a password? cycles (bus / voltage levels) Area 6 Projects saved with a password Unlimited cannot be recovered Cyclesif you forget 0 the Area 7 password Area 8 Proximity card cycle actions Action 1 Scenario / Activat Total activation Yes No Action 2 Scenario / Activat Scenario P1 Action 3 Scenario / Activat Scenario P2 If you select NO the software exports the project and provides notification that the procedure is complete in a pop-up window. 5. If you select YES a pop-up window will appear, prompting you to enter a password to protect the project Area 3 Tamper alarm cycles Area 4 Password Unlimited Cycles 0 Area 5 Project password Area 6 Technical alarms cycles (bus / voltage levels) Password: Unlimited Cycles 0 Area 7 Area 8 Confirm Password: Proximity card cycle actions Action 1 Scenario / Activat Total activation Action 2 OK Cancel Scenario / Activat Scenario P1 Action 3 Scenario / Activat Scenario P2 18

19 6. Fill in the required fields (MAX 15 characters) and press Ok The software exports the project and provides notification that the procedure is complete in a pop-up window. Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Safe Manager Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Export successfully Unlimitedcompleted. Cycles 0 Proximity card cycle actions Action 1 Scenario / Activat Total activation OK Action 2 Scenario / Activat Scenario P1 Action 3 Scenario / Activat Scenario P2 Importing a system configuration 1. Click the menu Project 2. Click Import 3. Select the file from your PC (the selection screen depends on the operating system in use) Safe Manager Project View Tools Windows Help Add Ctrl+N Vedo Open 68 - #FW: 2.2x Control devices Save Ctrl+S Keypads (1) Export Safetouch Touch devices Import... RFID readers Phone App Properties Bridge Expansions Close on bus 8 input/output expansions Exit Power supplies Isolators Keypads Status Active ID Description 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 Checked areas Area Show Display tamper Display technical alarms Optio En Qu Se Di Di Di Di 4. If the project is protected, you will be asked to enter and confirm the password Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Password Project password Password: Confirm Password: Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Proximity card cycle actions Action 1 Scenario / Activat Total activation Action 2 OK Cancel Scenario / Activat Scenario P1 Action 3 Scenario / Activat Scenario P2 19

20 The software imports the project and provides notification that the procedure is complete in a pop-up window. Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Safe Manager Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Import successfully Unlimitedcompleted. Cycles 0 Proximity card cycle actions Action 1 Scenario / Activat Total activation OK Action 2 Scenario / Activat Scenario P1 Action 3 Scenario / Activat Scenario P2»At» this point the project is saved in the Safe Manager software database and can be reopened by carrying out the procedure described on page 17. Sending / Receiving control panel parameters Once you have configured the control panel, you will need to transfer the settings in order for them to take effect. You can do this from the individual configuration screens by pressing the icon Send... Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Keypads Control devices Keypads (1) Status ID Description»In» this case all parameters linked to the screen will be sent. In the image above, therefore, all parameters linked to the screen Keypads will be sent. Che Or from the main bar by pressing the icon Send... Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Keypads Control devices»in» this case, you can select which parameters to send to the control panel. 20

21 Safe Manager Project View Tools Window Help Vedo 68 - #FW: 2.2x Control devices Keypads (1) Safetouch Touch devices RFID readers Phone App Bridge Expansions on bus 8 input/output expansions Power supplies Isolators Radio expansions Radio outputs / sirens Radio controls Radio zones Wired zones (9) Groups in And Areas Outputs (3) Events group Scenarios Codes Users (1) Installers (2) Access level Proximity keys Communication interfaces IP Options GSM Options Pal-Ip video module Communicator Options (telephony) Phone book Digital communicator contacts list Generic events Detailed events Contact-ID Map Free voice messages SMS Service voice messages Timetable programmer Timer Activations System parameters Events log Keypads Status ID Description Options Active 1 Keypad 1 Enable proximity reader 2 Keypad 2 Quick activation 3 Keypad 3 Send quick alarms with function key Send configuration parameters 4 Keypad 4 Area Display areas status Display alarm memory Log 5 Keypad 5 Central unit Expansions from bus Events Codes Display open zones 6 Keypad 6 System parameters 8 input/output expansions Generic events Users Display chime zones 7 Keypad 7 Scenarios Pal-Ip video module Detailed events Installers 8 Keypad 8 Wired zones Radio System expansions status display time Contact-ID Map Access level Groups Area in And 1 Radio zones Unlimited Seconds Messages120 Proximity keys Area 2 Outputs Radio outputs Voice messages (text only) Programming timetables Area 3 Tamper alarm cycles Events groups Radio Controls SMS Area 4 Unlimited Cycles 0 Timer Areas Isolators Area 5 Activations Events to save Power Technical suppliesalarms cycles (bus Service / voltage voice levels) messages Area 6 Timer models Unlimited Cycles 0 Control Area devices 7 Interfaces Contacts Keypads Area 8 Options Proximity (telephony) card cycle actionsphone book Safetouch GSM Action Options 1 Scenario Digital / Activat communicator Total contacts activation list RFID readers IP Options Action 2 Scenario / Activat Scenario P1 Touch devices Action 3 Scenario / Activat Scenario P2 Phone App Action 4 Scenario / Activat Scenario P1+P2 Bridge Partial keys P1 key function <No function Interrupt P2 key function <No function Submit Send service texts Close Function keys F1 key function <No function F2 key function <No function F3 key function <No function F4 key function <No function Checked areas Display technical alarms Display tamper Show To select / deselect all parameters, use the icons in the top left-hand corner of the box Absen Send Absen confi Absen Log Absen Caution: The same applies when receiving data from the control panel. 21

22 Sending an audio package Caution: To use this function, you need to enable the voice message card. This procedure is used to send service voice messages (see page 154), free voice messages (see page 152) and voice control messages to the control panel. 1. While the project is open, click the icon Send audio... Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Keypads 2. In the pop-up window, select which package to send: free voice messages / service messages or voice control messages (preconfigured) Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Control devices Keypads (1) Safetouch Touch devices RFID readers Phone App Bridge Expansions on bus 8 input/output expansions Power supplies Isolators Radio expansions Radio outputs / sirens Radio controls Radio zones Wired zones (9) Groups in And Areas Outputs (3) Events group Scenarios Codes Users (1) Installers (2) Access level Proximity keys Keypads Status ID Description Active 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 8 Keypad 8 Checked areas Area Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Send audio Display technical alarms Display tamper Show Options Enable proximity reader Quick activation Send quick alarms with function key Display areas status Display alarm memory Display open zones Display chime zones Audio messages System status display time Using this option, all audio contents Unlimited generated in the Seconds Voice 120 Messages, Service Voice Messages and Generic Events sections will be sent to the control unit Tamper alarm cycles Unlimited Cycles 0 Regenerate audio Submit Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Audio messages from voice menu Using this option, all audio contents making up the voice Proximity card cycle actions menu will be sent to the control unit. The messages are already ready to be sent Action and do 1 not require any preparation Scenario / Activat by the installer. Action 2 Scenario / Activat Total activation Scenario P1 Communication interfaces IP Options GSM Options Pal-Ip video module Communicator Options (telephony) Phone book Digital communicator contacts list Action 3 Action 4 Partial keys P1 key function P2 key function Scenario / Activat Submit Scenario / Activat Close <No function <No function Scenario P2 Scenario P1+P2 Generic events Detailed events Contact-ID Map Free voice messages SMS Function keys F1 key function F2 key function <No function <No function Service voice messages Timetable programmer Timer Activations System parameters Events log F3 key function F4 key function <No function <No function Regenerate audio option This option can regenerate all voice messages in a package (not including voice control messages) using the option selected in Voice configuration (see page 152). 22

23 Receiving the events log This option allows you to download the control panel events log with a view to consulting it or saving it in a file for later analysis. 1. While the project is open, click the icon Receive events log... Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Keypads 2. Click Receive Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Control devices Keypads (1) Safetouch Touch devices RFID readers Phone App Bridge Expansions on bus 8 input/output expansions Power supplies Isolators Radio expansions Radio outputs / sirens Radio controls Radio zones Wired zones (9) Groups in And Areas Outputs (3) Events group Scenarios Codes Users (1) Installers (2) Access level Proximity keys Communication interfaces IP Options GSM Options Pal-Ip video module Communicator Options (telephony) Phone book Digital communicator contacts list Keypads Status ID Description Active 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 8 Keypad 8 Checked areas Area Display technical alarms Display tamper Show Options Enable proximity reader Quick activation Send quick alarms with function key Display areas status Display alarm memory Display open zones Display chime zones System status display time Area 1 Unlimited Seconds 120 Area 2 Events log Area 3 Tamper alarm cycles Events log Area 4 Unlimited Cycles 0 Press the Receive key to receive the events log saved on Area 5 the control unit. To view the received log, browse the project Technical alarms cycles (bus / voltage levels) Area 6 tree to the option "Events register -> Events log" Unlimited Cycles 0 Area 7 Area 8 Proximity card cycle actions Receive Action 1 Scenario / Activat Total activation Action 2 Scenario / Activat Scenario P1 Close Action 3 Scenario / Activat Scenario P2 Action 4 Scenario / Activat Scenario P1+P2 Partial keys P1 key function P2 key function <No function <Nessuna funzione Generic events Detailed events Contact-ID Map Free voice messages SMS Function keys F1 key function F2 key function <No function <No function Service voice messages Timetable programmer Timer Activations System parameters Events log F3 key function F4 key function <No function <No function 3. Enter the installer access code. The default code is Click Login Events log Tamper alarm cycles Events log Unlimited Cycles 0 Press the Receive Login key to receive the events log saved on the control unit. To view the received log, browse the project tree to the option "Events register Technical -> Events alarms log" cycles (bus / voltage Request code Unlimited Cycles 0 Enter access code Proximity card cycle ****** actions Receive Action 1 Scenario / Activa Login Cancel Action 2 Scenario / Activa Close Action 3 Scenario / Activa Action 4 Scenario / Activa»Once» login is complete, the events log screen will open automatically (see page 161). 23

24 Reset access code This process resets the cache for previously entered user codes. Therefore, when a new attempt to connect to the control panel is made, the access codes will be requested again. Safe Manager Project View Tools Windows Help Vedo 68 - #FW: 2.2x Keypads 1. While the project is open, click the icon Reset access code Click Yes Area 2 Area 3 Tamper alarm cycles Safe Manager Area 4 Unlimited Cycles 0 Area 5 Reset the access code of Technical this project alarms which cycles is being (bus used / voltage to connect levels) Area 6 to the control unit? At the next access, you will therefore be asked to Unlimited Cycles 0 Area 7 enter a new access code. Area 8 Proximity card cycle actions Action 1 Scenario / Activat Total activation Yes No Action 2 Scenario / Activat Scenario P1 Action 3 Action 4 Scenario / Activat Scenario / Activat Scenario P2 Scenario P1+P2 Caution: this procedure does not reset the codes saved on the control panel, only the Safe Manager memory. 24

25 System configuration In this chapter we will explore all the configuration screens and the parameters they contain in detail. Control devices This group consists of all devices which allow the end user to manage the system connected to the control panel: Keypads Safetouch Touch devices RFID readers Phone App Bridge Keypads Keypads Status Active ID Description 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 Checked areas Area Display technical alarms Display tamper Show Options Enable proximity reader Quick activation Send quick alarms with function key Display areas status Display alarm memory Display open zones Display chime zones 8 Keypad 8 Area 1 Area 2 System status display time Unlimited Seconds 120 Area 3 Tamper alarm cycles Area 4 Unlimited Cycles 0 Area 5 Area 6 Area 7 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Area 8 Proximity card cycle actions Action 1 Scenario / Activat Total activation Action 2 Action 3 Action 4 Scenario / Activat Scenario / Activat Scenario / Activat Scenario P1 Scenario P2 Scenario P1+P2 Partial keys P1 key function P2 key function <No function <No function Function keys F1 key function F2 key function F3 key function F4 key function <No function <No function <No function <No function Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App 25

26 Status Active ID Description 1 Keypad 1 2 Keypad 2 3 Keypad 3 4 Keypad 4 5 Keypad 5 6 Keypad 6 7 Keypad 7 8 Keypad 8 ttstatus: drop-down menu, allows you to add, isolate and remove Keypad devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Keypad 1 to Entrance in order to rapidly identify the location of the peripheral within the system. Checked areas Area Show Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttshow: selects the areas for which the status can be displayed on the device. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. 26

27 Options Enable proximity reader Quick activation Send quick alarms with function key Display areas status Display alarm memory Display open zones Display chime zones ttoptions Enable proximity reader: enables the RFID reader on board the keypad (keypads Art only). Quick activation: activates the system (total / partial / scenarios) without requiring the user code. Send quick alarms with function key: sends alarms when a function key (F1, F2, F3, F4) on the keypad is pressed. Display areas status: authorises the device to display the status of the areas. Display alarm memory: authorises the device to display the alarm memory. Display open zones: authorises the device to display the open zones. Display chime zones: authorises the device to display the open chime zones. System status display time Unlimited Seconds 120 ttsystem status display time Unlimited: provides indications even with the system activated, without any time limits. If not selected, enables the Time box. To guarantee conformity with standards CEI EN and , this Option must be disabled. Seconds: if the Unlimited checkbox is not checked, this box establishes the duration, in seconds, of the display of information on the device when the system is activated. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 27

28 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: enables generation of infinite technical alarm cycles. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Proximity card cycle actions Action 1 Scenario / Activat Total activation Action 2 Action 3 Action 4 Scenario / Activat Scenario / Activat Scenario / Activat Scenario P1 Scenario P2 Scenario P1+P2 ttproximity card cycle actions (keypads Art only) When a valid and authorised RFID key is passed near a device capable of reading it, as well as performing a Total Activation or Total Deactivation (of the relevant areas), it is possible to activate the system in custom mode (see user manual for keypad Art for operating modes relating to this function). If this activation procedure is used, the keypad will display the set scenarios cyclically (max. 4) and the user will have to choose which one to activate. This section of the program can be used to define the scenarios corresponding to the sequential steps of the cycle shown by the keypad display. There are two drop-down menus for each of the 4 steps in the cycle. The first currently allows you to select only the Scenario / Activation option, whereas the second menu allows you to choose from several standard configurations or from a series of custom activation scenarios (see page 116): Scenario P1: for the areas covered, activates all zones that have a check in the Partial 1 checkbox (if the default settings are maintained). Scenario P2: for the areas covered, activates all zones that have a check in the Partial 2 checkbox (if the default settings are maintained). Scenario P1+P2: for the areas covered, activates all zones that have a check in the Partial 1 or Partial 2 checkbox (if the default settings are maintained). Scenario "n" with "n" from 4 to 16: all activations / deactivations defined in the selected scenario are executed. Total Activation: for the areas covered, activates all zones. Total Deactivation: for the areas covered, deactivates all zones. 28

29 Partial keys P1 key function P2 key function <No function <No function ttpartial keys This section of the program can be used to define the activation functions associated with the keys P1 and P2 on the keypads. There are two drop-down menus for each of the 2 keys. The first currently allows you to select only the Select scenario option, whereas the second menu allows you to choose from several standard configurations or from a series of custom activation scenarios (see page 116): Scenario P1: for the areas covered, activates all zones that have a check in the Partial 1 checkbox (if the default settings are maintained). Scenario P2: for the areas covered, activates all zones that have a check in the Partial 2 checkbox (if the default settings are maintained). Scenario P1+P2: for the areas covered, activates all zones that have a check in the Partial 1 or Partial 2 checkbox (if the default settings are maintained). Scenario "n" with "n" from 4 to 16: all activations / deactivations defined in the selected scenario are executed. Function keys F1 key function F2 key function F3 key function F4 key function <No function <No function <No function <No function ttfunction keys The keypad has 4 function keys (F1, F2, F3, F4) which can be used to perform actions on the system directly. This section of the program allows you to define the actions to be assigned to each key. The first allows you to decide the action category to assign to the function key, while the second (activated when the category has been chosen from the first menu) allows you to choose the specific action. The table below shows the possible associations for each category of actions, which is valid for all function keys. 29

30 First menu: event category None Alarm Activate Output Toggle Output Command Deactivate Output Scenario Activation Second menu: event generated by pressing a key No action is possible for the function key Allows you to assign the generation of one of the alarms listed below to the function key: tt24h ttflooding ttburglar ttgas ttfire ttmedical ttpanic ttrobbery Allows you to assign the activation of one of the outputs listed below to the function key: tto. centr.unit 1 (control panel RY1 relay) tto. centr.unit 2 (output TC1) tto. centr.unit 3 (output TC2) t tesp x O n, if expansion modules are present, where x is the bus address of the expansion and n denotes the connection terminal of the output Allows you to assign the function key to toggle (change the status of) the selected output. The possible choices are the same as indicated for the Activate Output function Allows you to assign to the function key one of the control panel commands listed below: t tauthorise installer: authorises the installer code. Has the same effect as authorising the installer code from the keypad via the user menu t treset alarms: resets the control panel conditions and alarms in progress, but not the events that triggered the alarms which, if still active, will trigger a new alarm cycle. After this command, the control panel assumes the same status as it would assume following an activation t treset phone calls: blocks all phone calls, on landline and GSM network. Also blocks any messages envisaged but not sent (SMS, ) t trequest assistance: allows you to send a request for assistance to one or more recipients, by means of a phone call. (NIY) t tstop alarms: stops the alarms in progress, regardless of whether the events that triggered them are still active. Does not stop alarms with the attribute Silent t tovertime: this command allows you to delay an automatic activation by n hours, where n is programmable, for the purpose of allowing work to continue beyond the envisaged activation time t tevent 1 key: the keypad is capable of generating generic events that can be intercepted by an appropriately configured output. This configuration makes it possible to generate an event defined as Press Event 1 Key when the function key is pressed, which the outputs are capable of understanding. Also see the Outputs section and the Events Group section t tevent 2 key: as per Event 1 key, but for an event defined as Press Event 2 Key Allows you to assign the function key to deactivate the selected output. The possible choices are the same as indicated for the Activate Output function Allows you to assign to the function key one of the possible activation/deactivation programmes: ttscenario P1 ttscenario P2 ttscenario P1 + P2 ttscenario n (with n from 4 to 16) tttotal activation tttotal deactivation 30

31 Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep ttbuzzer Enabled: enables the buzzer function and therefore all the options relating to the section. Input: the buzzer will remain active for the entire entry time duration. Output: the buzzer will remain active for the entire exit time duration. Alarm: the buzzer will remain active for the entire alarm time duration. Chime: the buzzer will signal the opening of a zone with an active Chime checkbox (Bell). The duration of the signal can be set in the System Parameters section (see page 157). Pre-alarm: the buzzer will remain active for the entire pre-alarm time duration. Pre-alert: the buzzer will remain active for the entire automatic activation pre-alert duration. The prealert time can be set in the Areas section (see page 106). Key beep: every time a key is pressed, a confirmation beep is generated. Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 31

32 Safetouch For the purposes of system management, Safetouch has the same specifications and same functions as a keypad with RFID reader. Unlike on the keypad, the keys are virtual: the characteristics of the LCD graphic display are used to represent the device's keys. When this section refers to keys, it means virtual keys. Safetouch Status Active ID Description 1 Safetouch 1 2 Safetouch 2 3 Safetouch 3 4 Safetouch 4 Checked areas Area Display tamper Display technical alarms Options Quick activation Quick alarms Display areas status Suspend due to no network Tamper enabled Display open zones Terminals I1 I2 I3 RLY In In In Out Network parameters IP address Netmask Display chime zones Gateway... Area 1 Area 2 Area 3 System status display time Unlimited Seconds 120 Tamper alarm cycles Address acquisition mode Static address VIP options Logic address Area 4 Unlimited Cycles 0 Streaming video timeout 60 seconds Area 5 Area 6 Area 7 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Area 8 Px key functions P1 key function <No function P2 key function P3 key function P4 key function <No function <No function <No function Fx key functions F1 key function F2 key function F3 key function <No function <No function <No function Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Status Active ID Description 1 Safetouch 1 2 Safetouch 2 3 Safetouch 3 4 Safetouch 4 ttstatus: drop-down menu, allows you to add, isolate and remove Safetouch devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Safetouch 1 to Sitting room in order to rapidly identify the location of the peripheral within the system. 32

33 Checked areas Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Options Quick activation Quick alarms Display areas status Suspend due to no network Tamper enabled Display open zones Display chime zones ttoptions Quick activation: activates the system (total / partial / scenarios) without requiring the user code. Quick alarms: sends alarms when a function key on the device is pressed. Display areas status: authorises the device to display the status of the areas. Suspend due to no network: authorises the device to switch itself off in order to reduce battery consumption during a mains power outage. Tamper enabled: enables device tamper. Display open zones: authorises the device to display the open zones. Display chime zones: authorises the device to display the open chime zones. 33

34 Terminals I1 I2 I3 RLY In In In Out ttterminals Safetouch is equipped as standard with three terminals that can be configured as inputs or outputs and a fourth terminal that is output only. In this box, you can set whether each of the first three terminals is to be used as an input or an output. By clicking the terminal icon you can switch the selection from In to Out and vice-versa. Network parameters IP address Netmask Gateway Address acquisition mode Static address ttnetwork parameters Only if IP card expansion module Art is present and configured. IP address: this box is for entering the network address that the device needs in order to be recognised and to communicate correctly on the local network with the PAL/IP devices present. Bear in mind that the address must be part of the same network as the IP Module in the control panel. Netmask: this box is for entering the same Netmask address as used for the IP card expansion module connected to the control panel (see page 128). Gateway: this box is for entering the same Gateway address as used for the IP card expansion module connected to the control panel (see page 128). Address acquisition mode: for future uses. VIP options Logic address Streaming video timeout 60 seconds ttvip options Configurations for viewing the cameras connected to PAL-IP modules art Logic address: field for entering a logic address for the device. The address must be a completely unique 8-digit number. Streaming video timeout: determines the duration of a video call to the cameras. The same value must be set for the PAL-IP modules (see page 135). If the values are different, the lower value is applied. 34

35 System status display time Unlimited Seconds 120 ttsystem status display time Unlimited: provides indications even with the system activated, without any time limits. If not selected, enables the Time box. To guarantee conformity with standards CEI EN and , this Option must be disabled. Seconds: if the Unlimited checkbox is not checked, this box establishes the duration, in seconds, of the display of information on the device when the system is activated. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Px key functions P1 key function P2 key function P3 key function P4 key function <No function <No function <No function <No function ttpx key functions Safetouch implements 4 Partial keys (P1, P2, P3, P4). There are two drop-down menus in the program for each of the keys. The first currently allows you to select only the Scenario / Activation option, whereas the second menu allows you to choose from several standard configurations or from a series of custom activation scenarios (see page 116). 35

36 Fx key functions F1 key function F2 key function F3 key function <No function <No function <No function ttfx key functions Safetouch implements 3 function keys (F1, F2, F3) which can be used to perform actions on the system directly. This section of the program allows you to define the actions to be assigned to each key. There are two drop-down menus for each function key. The first allows you to decide the category of action to assign to the function key, while the second allows you to choose the specific action. The table on page 30 shows the possible associations for each category of actions, which is valid for all function keys. Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep ttbuzzer Enabled: enables the buzzer function and therefore all the options relating to the section. Input: the buzzer will remain active for the entire entry time duration. Output: the buzzer will remain active for the entire exit time duration. Alarm: the buzzer will remain active for the entire alarm time duration. Chime: the buzzer will signal the opening of a zone with an active Chime checkbox (Bell). The duration of the signal can be set in the System Parameters section (see page 157). Pre-alarm: the buzzer will remain active for the entire pre-alarm time duration. Pre-alert: the buzzer will remain active for the entire automatic activation pre-alert duration. The prealert time can be set in the Areas section (see page 106). Key beep: every time a key is pressed, a confirmation beep is generated. 36

37 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 37

38 Touch devices Planux Manager, Minitouch and PC Touch all belong to this group of devices. Depending on the selected device, some settings will be accessible or otherwise. Touch devices Status Active ID Description 1 Touch device 1 2 Touch device 2 3 Touch device 3 4 Touch device 4 Checked areas Area Display tamper Display technical alarms Options Quick activation Quick alarms Display areas status Suspend due to no network Tamper enabled Network parameters Device type IP address Netmask Gateway Minitouch Display open zones Display chime zones Address acquisition mode Static address Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Communications 485 Bus System status display time Unlimited Seconds 120 Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 VIP options Logic address Streaming video timeout 60 seconds Px key functions P1 key function P2 key function P3 key function P4 key function <No function <No function <No function <No function Fx key functions F1 key function F2 key function F3 key function <No function <No function <No function Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Status Active ID Description 1 Touch device 1 2 Touch device 2 3 Touch device 3 4 Touch device 4 ttstatus: drop-down menu, allows you to add, isolate and remove Touch devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Touch device 1 to Sitting room in order to rapidly identify the location of the peripheral within the system. 38

39 Checked areas Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Options Quick activation Quick alarms Display areas status Suspend due to no network Tamper enabled Display open zones Display chime zones Communications 485 Bus ttoptions Quick activation: activates the system (total / partial / scenarios) without requiring the user code. Quick alarms: sends alarms when a function key on the device is pressed. Display areas status: authorises the device to display the status of the areas. Suspend due to no network: authorises the device to switch itself off in order to reduce battery consumption during a mains power outage. Tamper enabled: enables device tamper. Display open zones: authorises the device to display the open zones. Display chime zones: authorises the device to display the open chime zones. Communication: for future uses. 39

40 Network parameters Device type IP address Netmask Gateway Address acquisition mode Minitouch Static address ttnetwork parameters Only if IP card expansion module Art is present and configured. Device type: this drop-down menu is used to select the device model (from Planux, Minitouch and PC Touch options). IP address: this box is for entering the network address that the device needs in order to be recognised and to communicate correctly on the local network with the PAL/IP devices present. Bear in mind that the address must be part of the same network as the IP Module in the control panel. Netmask: this box is for entering the same Netmask address as used for the IP card expansion module connected to the control panel (see page 128). Gateway: this box is for entering the same Gateway address as used for the IP card expansion module connected to the control panel (see page 128). Address acquisition mode: for future uses. VIP options Logic address Streaming video timeout 60 seconds ttvip options Configurations for viewing the cameras connected to PAL-IP modules art Logic address: field for entering a logic address for the device. The address must be a completely unique 8-digit number. Streaming video timeout: determines the duration of a video call to the cameras. The same value must be set for the PAL-IP modules (see page 135). If the values are different, the lower value is applied. System status display time Unlimited Seconds 120 ttsystem status display time Unlimited: provides indications even with the system activated, without any time limits. If not selected, enables the Time box. To guarantee conformity with standards CEI EN and , this Option must be disabled. Seconds: if the Unlimited checkbox is not checked, this box establishes the duration, in seconds, of the display of information on the device when the system is activated. 40

41 Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Px key functions P1 key function P2 key function P3 key function P4 key function <No function <No function <No function <No function ttpx key functions These functions will be available on future versions of Planux Manager and Minitouch devices. Fx key functions F1 key function F2 key function F3 key function <No function <No function <No function ttfx key functions These functions will be available on future versions of Planux Manager and Minitouch devices. 41

42 Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep ttbuzzer Enabled: enables the buzzer function and therefore all the options relating to the section. Input: the buzzer will remain active for the entire entry time duration. Output: the buzzer will remain active for the entire exit time duration. Alarm: the buzzer will remain active for the entire alarm time duration. Chime: the buzzer will signal the opening of a zone with an active Chime checkbox (Bell). The duration of the signal can be set in the System Parameters section (see page 157). Pre-alarm: the buzzer will remain active for the entire pre-alarm time duration. Pre-alert: the buzzer will remain active for the entire automatic activation pre-alert duration. The prealert time can be set in the Areas section (see page 106). Key beep: every time a key is pressed, a confirmation beep is generated. Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 42

43 RFID readers RFID readers Status Active Active ID Description 1 Reader 1 2 Reader 2 3 Reader 3 4 Reader 4 5 Reader 5 Checked areas Area Display tamper Display technical alarms LED ON time on proximity key Unlimited Seconds 0 (+30) Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) 6 Reader 6 Unlimited Cycles 0 7 Reader 7 8 Reader 8 Cycle actions Area 1 Red LED cycle actions Scenario / Activat Total activation Area 2 Yellow LED cycle actions Scenario / Activat Scenario P1 Area 3 Blue LED cycle actions Scenario / Activat Scenario P2 Area 4 Green LED cycle actions Scenario / Activat Scenario P1+P2 Area 5 Area 6 Area 7 Buzzer Enabled Area 8 Input Pre-alarm Output Pre-alert Alarm Key beep Chime Forced activation Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Status Active Active ID Description 1 Reader 1 2 Reader 2 3 Reader 3 4 Reader 4 5 Reader 5 6 Reader 6 7 Reader 7 8 Reader 8 ttstatus: drop-down menu, allows you to add, exclude and delete Safetouch devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Reader 1 to Main entrance in order to rapidly identify the location of the peripheral within the system. 43

44 Checked areas Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. LED ON time on proximity key Unlimited Seconds 0 (+30) ttled ON time on proximity key Unlimited: allows continuous display of the information provided by the 4 reader LEDs. If not selected, enables the Time box. To guarantee conformity with standards CEI EN and , this Option must be disabled. Seconds: if the Unlimited checkbox is not active, this box determines the time, in seconds, for which the RFID reader is enabled to show the information associated to its LEDs, after the presentation of a valid, authorised RFID key. The system will automatically add 30 seconds to the set time. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 44

45 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Cycle actions Red LED cycle actions Yellow LED cycle actions Blue LED cycle actions Green LED cycle actions Scenario / Activat Scenario / Activat Scenario / Activat Scenario / Activat Total activation Scenario P1 Scenario P2 Scenario P1+P2 ttcycle actions When a valid and authorised RFID key is passed near an RFID reader, as well as performing a Total Activation or Total Deactivation (of the relevant areas), it is possible to activate the system in custom mode (see user manual for RFID reader Art for operating modes relating to this function). If this activation procedure is used, the RFID reader will display the set scenarios cyclically (max. 4) via the LEDs and the user will have to choose which one to activate. This section of the program can be used to define the scenarios corresponding to the sequential steps of the cycle shown by the RFID reader LEDs. There are two drop-down menus for each of the 4 steps in the cycle (identified by the colours of the 4 LEDs on the RFID reader). The first currently allows you to select only the Scenario / Activation option, whereas the second menu allows you to choose from several standard configurations or from a series of custom activation scenarios (see page 116): Scenario P1: for the areas covered, activates all zones that have a check in the Partial 1 checkbox (if the default settings are maintained). Scenario P2: for the areas covered, activates all zones that have a check in the Partial 2 checkbox (if the default settings are maintained). Scenario P1+P2: for the areas covered, activates all zones that have a check in the Partial 1 or Partial 2 checkbox (if the default settings are maintained). Scenario "n" with "n" from 4 to 16: all activations / deactivations defined in the selected scenario are executed. Total Activation: for the areas covered, activates all zones. Total Deactivation: for the areas covered, deactivates all zones. 45

46 Buzzer Enabled Input Output Alarm Chime Pre-alarm Pre-alert Key beep ttbuzzer Enabled: enables the buzzer function and therefore all the options relating to the section. Input: the buzzer will remain active for the entire entry time duration. Output: the buzzer will remain active for the entire exit time duration. Alarm: the buzzer will remain active for the entire alarm time duration. Chime: the buzzer will signal the opening of a zone with an active Chime checkbox (Bell). The duration of the signal can be set in the System Parameters section (see page 157). Pre-alarm: the buzzer will remain active for the entire pre-alarm time duration. Pre-alert: the buzzer will remain active for the entire automatic activation pre-alert duration. The prealert time can be set in the Areas section (see page 106). Key beep: every time a key is pressed, a confirmation beep is generated. Forced activation ttforced activation When the function is enabled, the RFID reader will always carry out activation, forcing the Anomalies present. Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 46

47 Meaning of reader LEDs in normal conditions RED YELLOW BLUE GREEN OFF All areas covered by the reader are deactivated. There are no saved alarms relating to the areas. ON The activation profile associated with the RED LED (*) is active The activation profile associated with the YELLOW LED (*) is active The activation profile associated with the BLUE LED (*) is active The activation profile associated with the GREEN LED (*) is active FLASHING SLOWLY All areas covered by the reader are deactivated. There is also an area alarm or sabotage memory, or a control panel sabotage memory. System activated with unknown scenario (not saved). FLASHING QUICKLY At least one of the areas covered by the reader is activated. There is an area alarm or sabotage memory, or a control panel sabotage memory. One or more anomalies have been detected in the areas covered by the reader and/or there is a system fault. At least one area covered by the reader is not ready for activation. (*) Indications relating to LED ON status have priority over any other indications (flashing) that may be present, with the exception of the alarm memory, Flashing Red, which takes priority over Red LED ON. Meaning of reader LEDs during presentation of the key RED YELLOW BLUE GREEN OFF Request for deactivation of all areas covered by the reader. ON Request for activation of the activation profile associated with the RED LED Request for activation of the activation profile associated with the YELLOW LED Request for activation of the activation profile associated with the BLUE LED Request for activation of the activation profile associated with the GREEN LED FLASHING QUICKLY The reader is forcing the activation profile associated with the RED LED (*) The reader is forcing the activation profile associated with the YELLOW LED (*) The reader is forcing the activation profile associated with the BLUE LED (*) The reader is forcing the activation profile associated with the GREEN LED (*) (*) The purpose of forcing is to overcome a 'not ready' condition in one or more of the zones associated with the areas covered by the reader, and/or an anomaly which can be overridden due to the choices made at the time of control panel configuration. 47

48 Phone App System requirements: SafeManager software installed on a PC, version or higher. VEDO10, VEDO34 or VEDO68 control panel, version or higher. IP network card Art , version or higher. PAL IP module Art , version or higher (required if you want to view cameras via the APP). Camera connected to the PAL IP module (required if you want to view cameras via the App). Internet connection (for remote App usage). How to proceed 1. In "System Parameters", enable the IP network card. System parameters Presence of expansions GSM PSTN Network card (Ip) Audio Domotics Intercom 2. In "IP Options", make sure that the IP address of the network card for the module is compatible with the router network. IP Options Options Check internet connection Enable DHCP (obtain IP address automatically) IP Address Subnet mask Gateway Primary DNS Secondary DNS Host name 3. In "Pal-Ip Video Module", activate the PAL IP module (if present). Pal-Ip video module Status ID Description Active 1 2 Pal/Ip 1 Pal/Ip 2 4. In "Pal-Ip Video Module", press "Assign new IP to module..." to set a compatible IP address and enter the programming with "Run" (see Configuring a Pal/IP module, page 137). Programming Pal-Ip parameters Display technical Pal-Ip video module to update Current IP address (Pal-Ip video module) New IP address New netmask Gateway Address acquisition mode Static address Ping Ping Alarm panel Current IP address (control unit) Ping Run Close 48

49 5. In "Pal-Ip video module", in the section "Cameras installed", select how many cameras are connected and to which areas they refer; in the "Video acquisition mode field select PAL. 6. In the "Phone App" section, activate how many Apps on mobile devices will be able to connect to the control panel (max 8), configure the device by setting the following parameters and set the notifications you wish to receive using the section "Detailed events" (see page 147). Phone App Status Active ID Description 1 App 1 2 App 2 3 App 3 Checked areas Display tamper Options Quick activation Quick alarms Unlimited System status display time Active 4 App 4 5 App 5 6 App 6 Area Tamper alarm cycles Unlimited Cycles 0 7 App 7 8 App 8 Function keys F1 key function <No function Area 1 Area 2 Area 3 Area 4 F2 key function F3 key function F4 key function <No function <No function <No function Area 5 VIP options Area 6 Logic address Area 7 Area 8 Streaming video timeout 60 seconds Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Status Active Active ID Description 1 App 1 2 App 2 3 App 3 4 App 4 5 App 5 6 App 6 7 App 7 8 App 8 ttstatus: drop-down menu, allows you to add, exclude and delete Apps on mobile devices from the configuration. The possible statuses for the device are as follows: : when the App on the device does not exist or has to be removed. Active: when the App on the device is present, configured and intended to be operational. Isolated: when the App on the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, "App1" could be changed to "App John" to identify the application connected to the system. 49

50 Display tamper Checked areas Area Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. Options Quick activation Quick alarms Unlimited System status display time ttoptions Quick activation: for future uses. Quick alarms: for future uses. Unlimited System status display time: if enabled, lets you view the notifications received in real time with the app in the background, even without entering the user password; otherwise authentication is required. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 50

51 Function keys F1 key function F2 key function F3 key function F4 key function <No function <No function <No function <No function ttfunction keys Phone App implements 4 function keys (F1, F2, F3, F4) which can be used to perform actions on the system directly. This section of the program allows you to define the actions to be assigned to each key. There are two drop-down menus for each function key. The first allows you to decide the category of action to assign to the function key, while the second allows you to choose the specific action. The table on page 30 shows the possible associations for each category of actions, which is valid for all function keys. VIP options Logic address Streaming video timeout 60 seconds ttvip options Configurations for viewing the cameras connected to PAL-IP modules art Logic address: field for entering a logic address for the device. The address must be a completely unique 8-digit number. Streaming video timeout: Determines the maximum duration of a video call; the user can always end the call using the relevant button in the App. The same value must be set for the PAL-IP modules (see page 135). If the values are different, the lower value is applied. Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the control panel to send SMSs in response to events. (only with GSM expansion module Art installed and configured). Send messages: enables the control panel to send s in response to events. (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: enables the control panel to send Contact ID notifications in response to events. (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: enables the control panel to send notifications to the smartphone App (only with IP card module Art installed and configured). 51

52 Bridge Bridge Status Active ID Description 1 Bridge 1 2 Bridge 2 3 Bridge 3 4 Bridge 4 Checked areas Area Display tamper Display technical alarms Options Quick activation Quick alarms Communications 485 Bus Check connection with the central unit (ethernet) Check presence of connection to internet Check faults Tamper alarm cycles Area 1 Unlimited Cycles 0 Area 2 Area 3 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Area 4 Area 5 Send message options Area 6 Send detailed events SMS Area 7 Send messages Area 8 Send Contact ID Send notification to App Status Active ID Description 1 Bridge 1 2 Bridge 2 3 Bridge 3 4 Bridge 4 ttstatus: drop-down menu, allows you to add, isolate and remove Bridge devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Reader 1 to Main entrance in order to rapidly identify the location of the peripheral within the system. 52

53 Checked areas Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Options Quick activation Quick alarms Communications 485 Bus Check connection with the central unit (ethernet) Check presence of connection to internet Check faults ttoptions Quick activation: activates the system (total / partial / scenarios) without requiring the user code. Quick alarms: for future uses. Communications: drop-down menu, allows you to select the communication bus between the control panel and the bridge. Check connection with the central unit (ethernet): if this function is selected the control panel checks and verifies the Ethernet connection. Check presence of connection to internet: if this function is selected the control panel checks and verifies the Internet connection. Check faults: if this function is selected the device ignores all faults generated. 53

54 Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 54

55 Expansions on bus 8 input/output expansions This section is for configuring the parameters of the input/output expansions. These are bus expansions which provide 8 configurable inputs (or open-collector outputs). 8 input/output expansions Status Active ID Description 1 Expansion 1 2 Expansion 2 3 Expansion 3 4 Expansion 4 5 Expansion 5 Area Display tamper Display technical alarms Terminals In In In In Tamper alarm cycles Unlimited Cycles 0 5 In 6 In 7 In 8 In 6 Expansion 6 7 Expansion 7 8 Expansion 8 9 Expansion 9 10 Expansion Expansion Expansion 12 Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Status ID Description Active Expansion 1 Expansion 2 Expansion 3 Expansion Expansion 5 Expansion 6 Expansion 7 Expansion 8 9 Expansion 9 10 Expansion Expansion Expansion 12 ttstatus: drop-down menu, allows you to add, isolate and remove 8-input/output expansions from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Reader 1 to Main entrance in order to rapidly identify the location of the peripheral within the system. 55

56 Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Terminals In In In In In In In In ttterminals The expansion devices provide 8 terminals as standard; they can be configured as inputs or open collector outputs. In this box, you can set whether each of the terminals is to be used as an input or an output. By clicking the terminal icon you can switch the selection from In to Out and vice-versa. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 56

57 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 57

58 Power supplies Power supplies Status Active ID Description 1 Power suppl. 1 2 Power suppl. 2 3 Power suppl. 3 4 Power suppl. 4 5 Power suppl. 5 6 Power suppl. 6 Area Display tamper Display technical alarms Options Tamper enabled Network alarm signalling delay (hh:mm:ss) Battery alarm signalling delay (hh:mm:ss) Tamper alarm cycles Unlimited Cycles 0 00:00:55 00:05:00 Reading analogue values Output 1 voltage 7 Power suppl. 7 8 Power suppl. 8 Area 1 Area 2 Area 3 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Send message options Send detailed events SMS Output 2 voltage Output 3 voltage Tamper voltage Tamper power supplier Area 4 Send messages Output bus voltage Area 5 Area 6 Area 7 Send Contact ID Send notification to App Aux 1 voltage Aux 2 voltage Area 8 Read Status Active ID Description 1 Power suppl. 1 2 Power suppl. 2 3 Power suppl. 3 4 Power suppl. 4 5 Power suppl. 5 6 Power suppl. 6 7 Power suppl. 7 8 Power suppl. 8 ttstatus: drop-down menu, allows you to add, isolate and remove Power suppliers from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Reader 1 to Main entrance in order to rapidly identify the location of the peripheral within the system. 58

59 Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Options Tamper enabled Network alarm signalling delay (hh:mm:ss) Battery alarm signalling delay (hh:mm:ss) 00:00:55 00:05:00 ttoptions Tamper enabled: enables device tamper. Network alarm signalling delay (hh:mm:ss): time box, allows you to set the alarm delay caused by a power outage. On expiry of this time an alarm will be generated, and if programmed, messages will be sent (SMS, voice, ). No alarm will be generated if the situation returns to normal before expiry of the timer. Battery alarm signalling delay (hh:mm:ss): time box, allows you to set the alarm delay caused by a battery fault. On expiry of this time an alarm will be generated, and if programmed, messages will be sent (SMS, voice, ). No alarm will be generated if the situation returns to normal before expiry of the timer. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 59

60 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 60

61 Reading analogue values Output 1 voltage Output 2 voltage Output 3 voltage Tamper voltage Tamper power supplier Output bus voltage Aux 1 voltage Aux 2 voltage Read ttreading analogue values Output 1 voltage: displays the voltage value of open collector output number 1 if enabled. Output 2 voltage: displays the voltage value of open collector output number 2 if enabled. Output 3 voltage: displays the voltage value of open collector output number 3 if enabled. Tamper voltage: displays the analogue voltage value of the 24H input. Tamper power supplier: displays the voltage value at the input of switching power supply unit Art The typical voltage value is 13.8 Vdc +/- 2%. Output bus voltage: displays the voltage value at the output of the BUS power supply unit between terminals V+ and V- BUS Out. Aux 1 voltage: displays the voltage value at the output between terminals V+ V- Aux 1. Aux 2 voltage: displays the voltage value at the output between terminals V+ V- Aux 2. 61

62 Isolators Isolators Status Active ID Description 1 Isolator 1 2 Isolator 2 3 Isolator 3 4 Isolator 4 5 Isolator 5 6 Isolator 6 Area Display tamper Display technical alarms Options Tamper enabled Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Reading analogue values Tamper voltage Input bus voltage Output bus voltage Read 7 Isolator 7 8 Isolator 8 Send message options Send detailed events SMS 9 Isolator 9 Area 1 Send messages 10 Isolator 10 Area 2 Send Contact ID 11 Isolator 11 Area 3 Send notification to App 12 Isolator 12 Area 4 13 Isolator 13 Area 5 14 Isolator 14 Area 6 15 Isolator 15 Area 7 16 Isolator 16 Area 8 Status Active ID Description 1 Isolator 1 2 Isolator 2 3 Isolator 3 4 Isolator 4 5 Isolator 5 6 Isolator 6 7 Isolator 7 8 Isolator 8 9 Isolator 9 10 Isolator Isolator Isolator Isolator Isolator Isolator Isolator 16 ttstatus: drop-down menu, allows you to add, isolate and remove Power suppliers from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Reader 1 to Main entrance in order to rapidly identify the location of the peripheral within the system. 62

63 Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Options Tamper enabled ttoptions Tamper enabled: enables device tamper. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 63

64 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). Reading analogue values Tamper voltage Input bus voltage Output bus voltage Read ttreading analogue values Tamper voltage: displays the analogue voltage value of the 24H input. Input bus voltage: displays the voltage value at the input of the Bus isolator between terminals V+ and V- In. The typical voltage value must fall between 10.3 Vdc and 14.5 Vdc. Output bus voltage: displays the voltage value at the output of the Bus isolator between terminals V+ and V- Out. The typical voltage value must fall between 10.3 Vdc and 14.5 Vdc. 64

65 Radio expansions This section is for configuring the parameters of the radio expansions. These are bus expansions for receiving and sending radio information, and managing wireless sirens and sensors. Each module can manage up to 32 radio zones, up to 32 radio controls and up to 16 radio outputs (of which 8 can be sirens). Radio expansions Status Active ID Description 1 2 Radio exp. 2 3 Radio exp. 3 Area Display tamper Display technical alarms Tamper alarm cycles Unlimited Cycles 0 Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Send message options Send detailed events SMS Send messages Send Contact ID Area 1 Send notification to App Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Status ID Description Active Radio exp. 2 Radio exp. 3 ttstatus: drop-down menu, allows you to add, isolate and remove Radio expansions from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Reader 1 to Main entrance in order to rapidly identify the location of the peripheral within the system. 65

66 Area Display tamper Display technical alarms Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. ttdisplay technical alarms: allows you to choose to which areas the technical alarms generated by the device are sent. Tamper alarm cycles Unlimited Cycles 0 tttamper alarm cycles Unlimited: allows you to generate infinite cycles of tamper alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of tamper alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 tttechnical alarms cycles (bus/voltage levels) Unlimited: allows you to generate infinite cycles of technical alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of technical alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). 66

67 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 67

68 Radio outputs / sirens This section is for configuring the parameters of the input/output expansions. These are bus expansions which provide 8 configurable inputs (or open-collector outputs). Radio outputs / sirens Status ID Description 1 Radio output 1 2 Radio output 2 Physical Id Source expansion Area Display system status Display tamper Radio siren properties Serial Number Type Siren Acquire Delete Other options Disable battery check 3 Radio output RSSI (received signal strength indication 0-100) 4 Radio output Read 0 5 Radio output Radio output Siren options 7 Radio output Area 1 LED intermittence timeout Equal to timeout 8 Radio output 8 9 Radio output Area 2 Area 3 Siren Volume Medium-high 10 Radio output Area 4 Activation timeout 2 minutes 11 Radio output Area 5 Quick activation 12 Radio output Area 6 Quick alarms 13 Radio output Area 7 Display areas status 14 Radio output Area 8 Suspend due to no network 15 Radio output Tamper enabled 16 Radio output Radio monitoring time (minutes) 3 Event 1 Event type Areas AND / OR OR Event subtype OR alarm Areas Event Zone alarm Polarity Direct Event 2 Event type System Event subtype OR alarm Event Sabotage Polarity Direct Event 3 Event type Event subtype Event Polarity Event 4 Event type Event subtype Event Polarity Events association Events logic OR Sabotage cycles Unlimited Time 0 AND timer OR timer <None> <None> Malfunction alarm cycles Unlimited Time 0 Conduct Output type Monostable Confirmations oscillation period 1 x 100 ms Alarm oscillation period 0 x 100 ms Monostable times ON Time (seconds) 120 OFF Time (seconds) 0 Repetition cycles Unlimited 1 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App 68

69 Status ID Description Physical Id Source expansion Radio output 1 Radio output 2 Radio output 3 Radio output Radio output Radio output Radio output Radio output Radio output Radio output Radio output Radio output Radio output Radio output Radio output Radio output ttstatus: drop-down menu, allows you to add, isolate and remove devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Output radio 1 to Entrance siren in order to rapidly identify the location of the peripheral within the system. ttphysical ID: uniquely identifies the output within the framework of the internal numbering of the control panel. Cannot be modified by the installer. ttsource expansion: provides a description of the radio module to which the output (or siren) is associated. 69

70 Area Display system status Display tamper Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttarea: column showing the names of the areas in the system. To edit names, see page 106. ttdisplay system status: allows you to select the areas about which visual and/or aural activation/ deactivation information can be sent. ttdisplay tamper: allows you to choose to which areas the Tamper alarm generated by the device are sent. Radio siren properties Serial Number Type Siren Acquire Delete ttradio siren properties Serial number: the siren serial number will appear the moment it is acquired. Type: drop-down menu; the moment the radio code from the peripheral is acquired, it allows you to establish whether the acquired code will belong to a radio siren or to a radio output. This will ensure the acquisition of a correct code for the type of peripheral and will set, on the control panel, the right method of communication with the peripheral. Acquire: for starting the code acquiring phase for the output corresponding to the selected position, by means of the radio expansion module with which it is associated. Delete: deletes the code of the selected position, making it available again to be associated to another radio peripheral (output or siren). Other options Disable battery check ttother options Disable battery check: if this option is selected, the operational check procedure for the battery powering the siren will be disabled. RSSI (received signal strength indication 0-100) Read 0 ttrssi (received signal strength indication 0-100) RSSI is the power of the radio signal between the siren in use and the radio transmitter to which it is associated, where 0 is no signal and 100 is the maximum value that can be obtained. Read: when this key is pressed the radio signal is read. The Minimum RSSI Acquisition value must be 40 RSSI. 70

71 Siren options LED intermittence timeout Equal to timeout Siren Volume Activation timeout Medium-high 2 minutes Quick activation Quick alarms Display areas status Suspend due to no network Tamper enabled Radio monitoring time (minutes) 3 ttsiren options LED intermittence timeout: for future uses. Siren Volume: for future uses. Activation timeout: for future uses. Quick activation: for future uses. Quick Alarms: for future uses. Display areas status: for future uses. Suspend due to no network: for future uses. Tamper enabled: for future uses. Radio monitoring time (minutes): enables setting of a time period beyond which a fault signal is sent if the siren does not respond. Event 1 Event type Areas AND / OR OR Event subtype OR alarm Areas Event Zone alarm Polarity Direct ttevent 1 For each output, it is possible to associate up to 4 different events (Event 1, Event 2, Event 3, Event 4), each of which can be configured by means of the parameters Event type, Event subtype, Event and Polarity. Event type: allows you to associate a main type of event to the output, e.g. an event belonging to the Area events type (see table on page 75). Event subtype: allows you to refine your choice by selecting a subtype of the category set as Event Type; going back to the Area events type example, the subtype could be Zone Alarm (see table on page 75). Event: corresponds to the maximum detail and allows you to specify exactly which event will allow output activation (see table on page 75). Going back to the example, the event could be Burglary, thereby making it possible to activate the output if a burglary is detected by an activated area. Polarity: allows you to set the status in standby consequently the status when activated - of the output. Direct: in standby the output is not active, and is controlled only during the active status. If the output controls the coil of a relay, in standby the coil will not be powered up, and will be powered up only during the active status of the output. Inverse: opposite of direct. In standby the output is active, and unlike in the previous case, will not be controlled during the active status. If the output controls the coil of a relay, in standby the coil will be powered up, and power to it will be switched off during the active status of the output. 71

72 Events association Events logic AND timer OR timer OR <None> <None> ttevents association Events logic: for setting whether the control logic will be AND or OR type. In the case of AND logic, all the events have to be present simultaneously to generate an activation of the output. For OR logic, the presence of just one of the configured events is sufficient to generate an activation of the output. The output can be regulated by a timer. Standards CEI EN and EN do not allow timers to be associated with outputs used for signalling events such as Intrusion, Tamper or Robbery. If AND mode is selected, the output will be enabled only during the timeframes permitted by the activation of the timer, provided that they are prompted by the events envisaged in the configuration (see table on page 75). If OR mode is selected, the output will be active when prompted by the events envisaged in the configuration (see table on page 75) and will also be active in the timeframes determined by the timer, regardless of the presence or otherwise of other prompts. AND Timer: allows you to choose one of the timers available on the control panel and associate it to AND mode. OR Timer: allows you to choose one of the timers available on the control panel and associate it to OR mode. Conduct Output type Monostable Confirmations oscillation period 1 x 100 ms Alarm oscillation period 0 x 100 ms Monostable times ON Time (seconds) 120 OFF Time (seconds) 0 Repetition cycles Unlimited 1 ttconduct Output type: can be used to select output conduct by associating with Monostable or Bistable type operation. Confirmations oscillation period: for future uses. Alarm oscillation period: for future uses. Monostable times: the following controls are available only if the behaviour selected for the output is Monostable. ON Time (seconds): allows you to establish the output activation time; corresponds to an operation cycle. Within this time, the output can be stably controlled (if the oscillation period is set to zero) or oscillating with modulation dependent upon the set oscillation period time. OFF Time (seconds): allows you to establish the duration of time for which the output, after being activated for one cycle, must remain inactive before starting a new cycle. Repetition cycles: allows you to set how many repetitions of the ON Times + OFF Times cycle will be generated within the output control cycle. Unlimited: if selected, there is no time limit on the output, so the only way to stop an alarm is with a device, for example a keypad or an RFID key. 72

73 Sabotage cycles Unlimited Time 0 ttsabotage cycles Unlimited: allows you to generate infinite cycles of sabotage alarms. If not selected, enables the Time box. Time: if the Unlimited checkbox is not active, this box determines the number of sabotage alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Malfunction alarm cycles Unlimited Time 0 ttmalfunction alarm cycles Unlimited: allows you to generate infinite cycles of malfunction alarms. If not selected, enables the Time box. Time: if the Unlimited checkbox is not active, this box determines the number of malfunction alarm cycles that the selected device can generate within an activation cycle (from one activation to the next). Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 73

74 Radio output acquisition Prepare the peripheral as per the specific technical sheet. In the case of a radio siren, by way of a guideline, proceed as follows: 1. With the mouse, select the location to which you intend to save. 2. With the siren battery disconnected, press and hold the siren's LEARN button, which is located near the connection strip for the configuration jumpers, and then connect the battery. Hold the LEARN button down until the siren flashing light starts flashing quickly, then release the button. 3. Wait until the flashing changes from quick to slow. 4. Click the Acquire button (see page 68). Via the control panel, the program starts the procedure for acquiring the output code and parameters, including type. 5. At the end of the procedure, the program indicates that acquisition has been completed and shows whether the code belongs to a siren or to a radio output. If the procedure times out before acquisition has been completed, repeat the operation from the start. Deleting a radio output 1. With the mouse, select the location corresponding to the output to be removed. 2. Click the Delete button (see page 68) and confirm. The program will indicate that deletion has been completed. 74

75 The set of tables below (one for each available event type and applicable to each of the four available event sections) shows the possible choices. App Events EVENT TYPE: APP ttapp locked ttcode accepted ttwrong code ttevent 1 key ttevent 2 key Zone alarms Anomaly EVENT TYPE: AREAS tt24h ttflooding ttburglar ttgas ttfire ttmedical ttpanic ttrobbery ttbus power supply unit battery anomaly ttradio control battery anomaly ttbus siren battery anomaly ttradio output battery anomaly ttradio zone battery anomaly ttbus power supply network anomaly ttradio sirens supervision anomaly ttradio zones supervision anomaly ttno telephone line ttno GSM/GPRS coverage ttplanux fault ttsafetouch fault ttpower supply unit / isolator fault ttradio concentrator fault ttcommunicator device fault tt8 I/O expansion fault ttexpansion on IP fault ttip video expansion fault ttbus power supply unit fuses fault ttsiren fuses from bus fault ttrfid reader fault ttradio control fault ttsiren fault ttkeypad fault ttcamera fault ttoutput fault ttzone fault ttvoltage low - peripheral input from bus ttvoltage low - peripheral output from bus 75

76 Generic Activation/Deactivation OR alarm Sabotage Activation times EVENT TYPE: AREAS ttchime tttimed activation error ttzones Exclusion ttinactivity ttlogin ttalarm log ttnegligence ttnot ready ttnot ready for activation ttnot ready L2 forced ttnot ready L3 forced ttl2 forced ON ttl3 forced ON ttreset alarms ttstop Alarms ttstop Telephone Calls ttevent 1 key ttevent 2 key ttzone test ttuser logged in ttarea ON TC ttdeactivated ttp1 and P2 activated ttp1 activated ttp2 activated tttotal activated ttgeneral alarm ttzone alarm ttzone alarm and zones sabotage ttanomaly ttexpansions bus ttsabotage ttzones sabotage ttbus expansion tamper ttradio device jamming ttplanux tamper ttsafetouch tamper ttpower supply unit / isolator tamper ttradio concentrator tamper ttcommunicator device tamper tt8 I/O expansion tamper ttexpansion on IP tamper ttip video expansion tamper ttrfid reader tamper ttbus siren tamper ttradio siren tamper ttkeypad tamper ttzones tamper ttinput 1 time ttinput 2 time ttinput and output time ttpre-alarm time ttpre-alert time ttlast output time ttoutput time 76

77 Bridge events Remote management events Planux Events RFID reader events Radio control events Safetouch Events Zone alarms EVENT TYPE: BRIDGE ttbridge locked ttcode accepted ttwrong code ttevent 1 key ttevent 2 key EVENT TYPE: REMOTE CONTROL ttlock PC ttlock SMS ttlock domotics ttlock voice ttlock web ttpassword error ttuser recognised EVENT TYPE: TOUCH DEVICE ttlock keypad ttfalse password ttpassword valid ttevent 1 key pressed ttevent 2 key pressed EVENT TYPE: RFID READER ttlock reader ttfalse password ttpassword not recognised EVENT TYPE: RADIO CONTROL ttevent 1 key pressed ttevent 2 key pressed EVENT TYPE: SAFETOUCH ttlock keypad ttfalse password ttpassword valid ttevent 1 key pressed ttevent 2 key pressed EVENT TYPE: SYSTEM tt24h ttflooding ttburglar ttgas ttfire ttmedical ttpanic ttrobbery 77

78 Anomaly EVENT TYPE: SYSTEM ttbus power supply unit battery anomaly ttcontrol unit battery anomaly ttradio control battery anomaly ttbus siren battery anomaly ttradio output battery anomaly ttradio zone battery anomaly ttgprs network anomaly ttgsm network anomaly ttcontrol unit power supply network anomaly ttbus power supply network anomaly ttradio sirens supervision anomaly ttradio zones supervision anomaly ttno telephone line ttno GSM/GPRS coverage ttpstn fault ttplanux fault ttsafetouch fault ttpower supply unit / isolator fault ttcontrol unit bus fault ttradio concentrator fault ttcommunicator device fault tt8 I/O expansion fault ttgsm expansion fault ttip expansion fault ttaudio expansion fault ttdomotics expansion fault ttspeak/listen expansion fault ttexpansion on IP fault ttip video expansion fault ttbus power supply unit fuses fault ttcontrol unit aux line fuses fault ttcontrol unit bus line fuses fault ttcontrol unit siren line fuses fault ttsiren fuses from bus fault ttrfid reader fault tttelephone line fault ttradio control fault ttsiren fault ttkeypad fault ttcamera fault ttoutput fault ttzone fault ttcontrol unit voltage low ttdate lost ttvoltage low - peripheral input from bus ttvoltage low - peripheral output from bus 78

79 Generic Activation/Deactivation OR alarm EVENT TYPE: SYSTEM ttcontrol unit in service ttchime tttelephone communication tttimed activation error ttzones Exclusion ttinactivity ttlogin ttalarm log ttsystem alarm memory ttnegligence ttnot ready ttnot ready for activation ttnot ready L2 forced ttnot ready L3 forced ttl2 forced ON ttl3 forced ON tttechnical programming ttreset alarms ttreset system alarms ttstop Alarms ttstop Telephone Calls ttstop system alarms ttstop system telephone calls ttevent 1 key ttevent 2 key tttelephone call failed ttbattery test ttzone test ttdigital communicator periodic test ttuser logged in ttchange date/time ttchange site data ttarea ON TC ttdeactivated ttp1 and P2 activated ttp1 activated ttp2 activated tttotal activated ttgeneral alarm ttzone alarm ttzone alarm and zones sabotage ttanomaly ttexpansions bus ttsabotage ttzones sabotage ttbus expansion tamper 79

80 Sabotage Activation times EVENT TYPE: SYSTEM ttradio device jamming ttgsm module jamming ttfalse code tttamper App ttplanux tamper ttsafetouch tamper ttpower supply unit / isolator tamper ttradio concentrator tamper ttremote connections tamper ttcommunicator device tamper tt8 I/O expansion tamper ttexpansion on IP tamper ttip video expansion tamper ttrfid reader tamper ttbus siren tamper ttradio siren tamper ttkeypad tamper ttzones tamper ttinput 1 time ttinput 2 time ttinput and output time ttpre-alarm time ttpre-alert time ttlast output time ttoutput time Keypad events EVENT TYPE: KEYBOARD ttlock keypad ttfalse password ttpassword valid ttevent 1 key pressed ttevent 2 key pressed Timer events EVENT TYPE: TIMER tttimer ON Output events EVENT TYPE: DEACT. ttoutput ON User events EVENT TYPE: USER ttextraordinary request ttuser recognised Zone events EVENT TYPE: ZONE ttzone alarm ttchime ttexcluded ttfault ttsabotage ttzone follows ttstatus ttzone activated 80

81 Radio controls This section can be used to add or remove and configure remote controls. Radio controls ID Description Radio ctrl 1 Radio ctrl 2 Radio ctrl 3 Radio ctrl 4 Source expansion User Checked areas Area Radio control properties Serial Number Type 4 buttons Acquire Delete 5 Radio ctrl 5 RSSI (received signal strength indication 0-100) 6 7 Radio ctrl 6 Radio ctrl 7 Read 0 8 Radio ctrl 8 Key functions 9 Radio ctrl 9 Area 1 F1 key function (top left) Scenario / Activat Total deactivation 10 Radio ctrl Radio ctrl Radio ctrl Radio ctrl 13 Area 2 Area 3 Area 4 Area 5 F2 key function (top right) Scenario / Activat F3 key function (bottom left) Scenario / Activat F4 key function (bottom right) Alarm Total activation Scenario P1 Medical 14 Radio ctrl 14 Area 6 Fault cycles 15 Radio ctrl 15 Area 7 Unlimited Cycles Radio ctrl 16 Radio ctrl 17 Radio ctrl 18 Radio ctrl 19 Radio ctrl 20 Radio ctrl 21 Radio ctrl 22 Radio ctrl 23 Area 8 Forced activation Instant activation Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App 24 Radio ctrl Radio ctrl Radio ctrl Radio ctrl Radio ctrl Radio ctrl Radio ctrl Radio ctrl Radio ctrl 32 ID Description Source expansion User 1 Radio ctrl 1 2 Radio ctrl 2 3 Radio ctrl 3 4 Radio ctrl 4 5 Radio ctrl 5 6 Radio ctrl 6 7 Radio ctrl 7 8 Radio ctrl 8 9 Radio ctrl 9 10 Radio ctrl Radio ctrl 11 ttid: identifies the position of the radio control. An uneditable checkbox next to the ID parameter; shows when a position is occupied, i.e. when a code has already been acquired in that position. ttdescription: for entering a specific, customised name for the device. For example, you might choose to change the name of "Radio Control 1" to RC John so as to give a more specific idea of its user. ttsource expansion: shows a description of the radio module with which the radio control is associated. ttuser: allows you to assign a user and hence the latter's authorisations to a radio control. 81

82 Checked areas Area Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 ttchecked areas: selects the areas that can be controlled by the device during normal operation. ttarea: column showing the names of the areas in the system. To edit names, see page 106. Radio control properties Serial Number Type 4 buttons Acquire Delete ttradio control properties Serial number: the radio control serial number will appear the moment it is acquired. Type: shows the type of radio control acquired (e.g. 4 buttons, in the sense of a 4-button radio control). Acquire: starts radio control acquisition. Delete: deletes the selected radio control. RSSI (received signal strength indication 0-100) Read 0 ttrssi (received signal strength indication 0-100) RSSI is the power of the radio signal between the radio control in use and the radio transmitter to which it is associated, where 0 is no signal and 100 is the maximum value that can be obtained. Read: when this key is pressed the radio signal is read. The Minimum RSSI Acquisition value must be 40 RSSI. 82

83 Key functions F1 key function (top left) F2 key function (top right) F3 key function (bottom left) Scenario / Activat Scenario / Activat Scenario / Activat Total deactivation Total activation Scenario P1 F4 key function (bottom right) Alarm Medical ttfunction keys You can assign a function to each radio control key, using two drop-down menus. The table below shows the available possibilities. First menu: event category No function Scenario / Activation Alarm Command Second menu: event generated by pressing a key No action is possible for the function key Allows you to assign to the function key one of the possible activation/deactivation programmes. The possibilities are: ttprogramme P1 ttprogramme P2 ttprogramme P1+ P2 ttprogramme n (with n from 4 to 16) tttotal activation tttotal deactivation Allows you to assign to the function key the generation of one of the alarms listed below: tt24h ttflooding ttburglar ttgas ttfire ttmedical ttpanic ttrobbery Allows you to assign to the function key one of the control panel commands listed below: t tauthorise installer: authorises the installer code. Has the same effect as authorising the installer code from the keypad via the user menu. t treset alarms: resets the control panel conditions and alarms in progress, but not the events that triggered the alarms which, if still active, will trigger a new alarm cycle. After this command, the control panel assumes the same state as it would assume following an activation. t treset phone calls: blocks all phone calls, on landline and GSM network. Also blocks any messages envisaged but not sent (SMS, ). t trequest assistance: allows you to send a request for assistance to one or more recipients, by means of a phone call. (NIY) t tstop alarms: stops the alarms in progress, regardless of whether the events that triggered them are still active. Does not stop alarms with the attribute Silent. t tovertime: this command allows you to delay an automatic activation by n hours, where n is programmable, for the purpose of allowing work to continue beyond the envisaged activation time. t tevent 1 key: the keypad is capable of generating generic events that can be intercepted by an appropriately configured output. This configuration makes it possible to generate an event defined as Press Event 1 Key when the function key is pressed, which the outputs are capable of understanding. Also see the Outputs section and the Events Group section. t tevent 2 key: as per Event 1 key, but for an event defined as Press Event 2 Key. 83

84 First menu: event category Activate output Deactivate output Switch output Second menu: event generated by pressing a key Allows you to assign to the function key the activation of one of the outputs listed below: tto. centr.unit 1 (control panel RY1 relay) tto. centr.unit 2 (output TC1) tto. centr.unit 3 (output TC2) t tesp x O n, if expansion modules are present, where x is the bus address of the expansion and n denotes the connection terminal of the output. Allows you to assign the function key to deactivate the selected output. The possible choices are the same as indicated for the Activate Output function. Allows you to assign the function key to toggle (change the status of) the selected output. The possible choices are the same as indicated for the Activate Output function. 84

85 Fault cycles Unlimited Cycles 0 ttfault cycles Unlimited: allows you to generate infinite cycles of fault alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of fault alarm cycles that the selected radio control can generate within an activation cycle (from one activation to the next). Forced activation ttforced activation When the function is enabled, the Radio control will always carry out activation, forcing the Anomalies present. Instant activation ttinstant activation If selected, the enabled areas will activate immediately, therefore resetting any output time to zero. Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 85

86 Radio zones This section of the program is for managing the radio zones, which correspond to the IR and magnetic contact wireless sensors belonging to the system. Specifically, you can acquire new sensor codes; isolate, exclude or delete sensors already present on the control panel, and modify the parameters of each radio sensor. Radio zones Status ID Description 1 Radio zone 1 2 Radio zone 2 3 Radio zone 3 4 Radio zone 4 5 Radio zone 5 6 Radio zone 6 7 Radio zone 7 8 Radio zone 8 9 Radio zone 9 10 Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone 32 Physical Id Source expansion Radio zone properties PIR Gain control 2 Serial Number Pet immunity Type PIR Number of pulses 2 pulses Acquire Delete RSSI (received signal strength indication 0-100) Reed Smoke Switch in AND Smoke sensor Read 0 External switch Heat sensor Internal switch Options Radio monitoring time (minutes) 90 Enabled Tamper enabled Fault cycles Unlimited Cycles 0 Zone Type Alarm Areas associated with 1 5 zone Areas logic OR Inactivity No functio Inactivity time (minutes) 1 Instant activation Forced activation Send message options Send detailed events SMS Send notification to App Send messages Send MMS Send Contact ID Alarm cycles Unlimited Cycles 0 Alarm type Burglar Zones in AND Reaction type Instant Delayed input 1 Delayed input 2 Input path Delayed in output Last output Attributes Excluded Cannot Exclude Chime Test Auto-excludable Auto-excludable with reset Output delay with termination Partial 1 Partial 2 Delayed on partial activation Delayed and assess ready activation Display during input/output Cameras Source Camera 86

87 Status ID Description Physical Id Source expansion Radio zone 1 Radio zone 2 Radio zone 3 Radio zone 4 5 Radio zone 5 6 Radio zone 6 7 Radio zone 7 8 Radio zone 8 9 Radio zone 9 10 Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone Radio zone ttstatus: drop-down menu, allows you to add, isolate and remove devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttid: device identification number. This corresponds to the bus address set on the device. ttdescription: alphanumeric box, where you can enter a customised description of the device. For example, you might choose to change Radio zone 1 to Window sensor in order to rapidly identify the location of the peripheral within the system. ttphysical ID: uniquely identifies the output within the framework of the internal numbering of the control panel. Cannot be modified by the installer. ttsource expansion: shows a description of the radio module with which the radio zone is associated. 87

88 Radio zone properties Serial Number Type PIR Acquire Delete ttradio zone properties Serial number: the device serial number will appear the moment it is acquired. Type: the type of sensor acquired is shown the moment the radio code of the peripheral is acquired (e.g.: Reed for a contact transmitter or PIR for a passive infrared detector). Acquire: for starting the code acquiring phase for the output corresponding to the selected position, by means of the radio expansion module with which it is associated. Delete: deletes the code of the selected position, making it available again to be associated with a new radio device. Radio sensor acquisition Prepare the peripheral as per the specific technical sheet. In the case of a radio siren, by way of a guideline, proceed as follows: 1. With the mouse, select a free position in which to save the sensor. 2. Insert the battery in the sensor concerned and wait until the LED stops flashing. This applies to both magnetic contacts (REED) and infrared detectors (PIR). 3. Click on the Acquire button; an on-screen message will inform you that the code acquisition procedure is in progress. 4. On the sensor, press and then release the tamper button. 5. A few seconds later, the control panel will confirm that the code has been acquired and will update the Serial Number and Type boxes with the sensor data acquired. RSSI (received signal strength indication 0-100) Read 0 ttrssi (received signal strength indication 0-100) RSSI is the power of the radio signal between the sensor in use and the radio transmitter to which it is associated, where 0 is no signal and 100 is the maximum value that can be obtained. Read: when this key is pressed the radio signal is read. The Minimum RSSI Acquisition value must be 40 RSSI. 88

89 Options Radio monitoring time (minutes) Enabled Tamper enabled 90 ttoptions Radio monitoring time (minutes): allows you to set the time lapse between two consecutive transmissions of the sensor existence frame. The control panel will use these transmissions to assess the presence and correct operating status of the sensor. In the event of repeated failure to receive these transmissions, the control panel is capable of generating an anomaly or alarm. LED enabled: if selected, enables the LED on the radio sensor. Tamper enabled: if selected, enables the tamper on the radio sensor. Fault cycles Unlimited Cycles 0 ttfault cycles Unlimited: allows you to generate infinite cycles of fault alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of fault alarm cycles that the selected sensor can generate within an activation cycle (from one activation to the next). PIR Gain control 2 Pet immunity Number of pulses 2 pulses ttpir (options apply to PIR sensors only) Gain control: for future uses. Pet immunity: for future uses. Number of pulses: for future uses. Reed Switch in AND External switch Internal switch ttreed (options apply to Reed sensors only) Switch in AND: if selected, the alarm will be generated only if both inputs are open. External switch: if selected, the input for the sensor terminal block will be considered to be in use. Internal switch: if selected, the internal input, corresponding to the reed capsule in the sensor, will be considered to be in use. 89

90 Smoke Smoke sensor Heat sensor ttsmoke Smoke sensor: for future uses. Heat sensor: for future uses. Zone Type Areas associated with zone Areas logic Alarm OR Inactivity No functio Inactivity time (minutes) 1 Instant activation Forced activation Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Send MMS ttzone This section is for configuring the basic behaviour of the zone. In particular, you can associate the type of operation to the zone. Type: allows you to select one of two possible zone types: Alarm type and Command type. Once you have made your selection, the area below will show a series of possible choices, depending on the type of selection made. Areas associated with zone: determines which areas the zone will be associated with. Areas Logic: OR: The selected actions are performed if the conditions arise in any of the areas associated with the zone. AND: The set actions are performed only if the conditions arise in all of the areas associated with the zone. Inactivity: allows an action to be generated if a zone remains inactive beyond a maximum time limit. No function: no action is performed. Fault: an alarm fault is generated. Auto-activation: the alarm for the area associated to the zone is activated. Inactivity time (minutes): field for setting the maximum inactivity time. Instant activation: if selected, the zone command instantly activates the areas to which it is associated. Forced activation: if selected, the zone command activates the areas to which it is associated in the event of a 'not ready for activation' status. 90

91 Send message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol, smartphone app notifications or MMSs. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). Send MMS: if selected, enables the active zone to send MMSs in response to events. Alarm cycles Unlimited Cycles 0 Alarm cycles Unlimited: allows you to generate infinite alarm cycles. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of alarm cycles that the zone can generate within an activation cycle (from one activation to the next). Alarm type Burglar Alarm type: allows you to assign an alarm type to the zone. This will then affect the behaviour of the zones at the time of violation and on the event generated. 24H Flooding Burglar Gas Fire Medical Panic Robbery Alarm type Events generated ttzone alarm ttsystem/area alarm, zone alarm, 24H ttor Area/System alarm: zone alarm, zone alarm + zone sabotage, general alarm Zone alarm, medical emergency area/system alarm. Does not generate OR type alarms ttif silent: Zone alarm, panic area/system alarm. Does not generate OR type alarms ttif not silent, acts as 24H Zone alarm, robbery area/system alarm. Does not generate OR type alarms 91

92 Zones in AND Zones in AND: There are eight virtual zones which can be constructed on the basis of the real zones, whether radio or wired. The aim of such a function is to make the generation of an event, e.g. an alarm, conditional upon the violation of more than one area. For this purpose, there is a drop-down menu from which you can associate the zone with any of these eight virtual zones. You need to associate more than one zone to a zone in AND in order to obtain the expected result. For the behaviour of zones in AND, refer to the specific paragraph Zones in AND. Reaction type Instant Delayed input 1 Delayed input 2 Input path Delayed in output Last output Reaction type This section is enabled only for Burglary type zones. For all other types of zone, this zone is made inaccessible. The reaction of a zone, in the event of violation, derives from the fact that the following conditions must be met: Must not be under testing Must not be excluded The areas on which it depends for operation must be activated (does not apply to 24H) Must not have reached the maximum number of alarm cycles if a limited number of cycles has been set. Instant: if this option is selected, when the zone is violated, not excluded, not in test and the areas to which it belongs are Activated, it immediately generates the events (specified using the Alarm type menu): Zone alarm, Area alarm. Delayed input 1: if this option is selected, when the zone is violated, not excluded, not in test and the areas to which it belongs are Activated, it starts the longer Input time 1 for the Activated Areas to which it belongs. During input time, the enabled keypads emit an alert sound. If at the end of Input time 1 the areas to which the zone belongs have still not been deactivated, or the zone is violated when Input time 1 has elapsed, the events are generated (as for an Instant type zone). Suggestion: if the layout necessitates walking through the protected spaces to deactivate the alarm system areas, the first zone to be violated should be of Delayed input type. Delayed input 2: as above, but with reference to area timer Input 2. Input path: if this option is selected, when the zone is violated, not excluded, not in test and the areas to which it belongs are Activated, it starts the selected longer Input time ("Delayed Input 1" or "Delayed Input 2") for the Activated Areas to which it belongs. During input time, the enabled keypads emit an alert sound. If at the end of Input time the areas to which the zone belongs have still not been deactivated, or the zone is violated when Input time has elapsed, the events are generated (as for an Instant type zone). The violation of an Input path zone during the Input time for its Area does not generate any event. 92

93 Suggestion: the zones to be passed through to reach the point at which it is possible to deactivate the areas to which the zones belong should be configured as an input path. Delayed in output: if this option is selected, violation of the zone during an Output time does not cause any event to be generated. Multiple violation of the same zone or the violation of other zones thus configured causes the output time to restart from the original value (re-initialisable timer). If the zone is violated in the absence of an Output time, it behaves as zone programming, reaction type: Instant or Delayed. Suggestion: the zones that need to be passed through after activation to exit the premises protected by the control panel should be configured as Delayed in output. Last output: if this option is selected, if the zone is violated during the Output time for the Area to which it belongs, no event will be generated and the Output time will be replaced in accordance with the set Output time for the area to which it belongs. During the Output time, the enabled keypads will beep. If the zone is violated when the Output time has elapsed and the Areas to which the zone belongs are Activated, it behaves like zone programming, reaction type: Instant or Delayed. Suggestion: the last zone that needs to be passed through after activation to exit the premises protected by the control panel should be configured as last output. Attributes Excluded Cannot Exclude Chime Test Auto-excludable Auto-excludable with reset Output delay with termination Partial 1 Partial 2 Delayed on partial activation Delayed and assess ready activation Display during input/output Attributes Excluded: the zone with this attribute will be excluded, it will not generate the Zone alarm event. Anomaly and sabotage conditions will be indicated. Cannot Exclude: the zones with this attribute cannot be forced if they are not ready for activation during the system activation process (alarm, sabotage, fault). Chime: the zone with this attribute, generates a chime event if the area to which it belongs is Deactivated. The enabled keypads will beep, otherwise (Area Activated) it will behave as specified via the Reaction type parameter. Test: the zone with this attribute, is operational with all effects, however it does not cause the alarm event but records the event in the EVENTS LOG. This attribute allows monitoring of a zone without causing alarm signals. Auto-excludable: the zone with this attribute will be excluded automatically if violated during activation of the Area to which it belongs. The next time the Area to which the zone belongs is deactivated, the zone will be activated automatically. The Autoexcludable attribute also affects zones with Reaction type: Output Time. The zone will be automatically excluded when Output Time for the area to which it belongs has elapsed. 93

94 Auto-excludable with reset: the zone with this attribute will be excluded automatically if violated during activation of the Area to which it belongs. The zone will be activated automatically when it reverts to standby, behaving as specified via the Reaction type parameter. The Auto-excludable attribute also affects zones with Reaction type: Output Time. The zone will be automatically excluded when Output Time for the area to which it belongs has elapsed. Output delay with termination: the zone with this attribute, if violated during Output Time for the area to which it belongs, causes the area Output Time to be terminated, when the area reverts to standby and is ready for activation. Partial 1: the zone with this attribute, if violated, not excluded, not in test and the areas to which it belongs are Activated in Partial 1, immediately generates the events (specified using the Alarm type menu): Zone alarm, Area alarm. Partial 2: the zone with this attribute, if violated, not excluded, not in test and the areas to which it belongs are Activated in Partial 2, immediately generates the events (specified using the Alarm type menu): Zone alarm, Area alarm. Delayed on partial activation: with this option selected, if a zone with the attributes Partial 1 or Partial 2 active, it will act as a delayed set-up if the activation of the areas with which it is associated is of Partial type. In the event of total activation, however, it will act as an Instant zone. Delayed and assess ready activation: delayed zones do not generally generate a 'not ready for activation' status. With this option selected, if the zone is not ready for activation when the output time expires, a 'not ready' state will still be shown. If the system is activated by forcing anyway, upon expiry of the set input time, an alarm will be generated if the zone is still not ready. Display during input/output: if this option is selected, a zone or an area in 'not ready' conditions can be shown to be in an anomalous state on a keypad or other control device. Cameras Source Camera Cameras This section is for setting a camera connected to a PAL/IP module to start acquiring the frames upon violation of the zone. At least one PAL/IP module with at least one camera must be present. The frames can be sent by MMS if the GSM expansion module is present. Source: drop-down menu; allows you to choose the PAL/IP module to which the camera to be used for shooting the frames is connected. Camera: drop-down menu; allows you to choose the camera that will shoot the frames, from those connected to the PAL/IP device. 94

95 Command type Pulse Act/Deact Bistable Act/Deact Activation only Deactivation only Reset Area Reset system Cancel telephone calls Extended not ready for activation Extended ready for activation Command type This section is for setting the type of command (or commands) that can be generated by the zone. Pulse Act/Deact: if selected, violation of the zone inverts the activation or deactivation status of the areas to which it is associated. The return of the zone to standby status will have no effect. Bistable Act/Deact: if selected, violation of the zone activates the areas to which it is associated. The return to standby status deactivates them. It takes account of the 'ready for activation' status of the zones, so if a zone can be forced to activate it will be activated, whereas if it cannot be excluded it will cause an alarm. Activation only: if selected, violation of the zone activates the areas to which it is associated. The return of the zone to standby status will have no effect. Deactivation only: if selected, violation of the zone deactivates the areas to which it is associated. The return of the zone to standby status will have no effect. Reset Area: if selected, violation of the zone resets the areas associated with the zone to activation conditions. Bistable alarms will not be stopped. Reset system: if selected, violation of the zone resets the system alarms. Bistable alarms will not be stopped. Cancel telephone calls: if selected, violation of the zone blocks all outgoing phone calls. Extended not ready for activation: if selected, violation of the zone prevents activation of the associated areas. Can be forced only from a remote location or by an activation by means of a zone command. Extended ready for activation: if selected, violation of the zone permits activation of the associated areas. If the zone is in standby, it can be forced only from a remote location or by an activation by means of a zone command. 95

96 Wired zones This section of the program is for managing the wired zones, which correspond to the wired sensors belonging to the system. Specifically, you can add new zones; isolate, exclude or delete zones already present on the control panel, and modify the parameters of each zone. Wired zones Status Expansion type Origin Zone Id Zone description Double Id Double zone description Terminals Double Balancing Double Fault/tampering/shortcircuit cycles Unlimited Cycles 0 Active Active Active Central unit Central unit Central unit Central unit Central unit Central unit 1 24H zone 3 Wired zone 1 5 Wired zone H double zone 4 Double zone 1D 6 Double zone 2D 24H I1 I2 Setpoints (KΩ) Sabotage / Short Analogue value reading (KΩ) Reset 0 Active Central unit Central unit 7 Wired zone 3 8 Double zone 3D I Rest Active Active Active Active Central unit Central unit Central unit Central unit Central unit Central unit Central unit Central unit 9 Wired zone 4 11 Wired zone 5 13 Wired zone 6 15 Wired zone 7 10 Double zone 4D 12 Double zone 5D 14 Double zone 6D 16 Double zone 7D I4 I5 I6 I Alarm Sabotage / Open Sabotage / Open Active Central unit Central unit 17 Wired zone 8 18 Double zone 8D I Sabotage / Open Speed Speed Keypad 1 Keypad Keypad 1 I1 214 Keypad 1 I2 212 Keyp 1 I1D 214 Keyp 1 I2D I1 I2 Reset Zone Double Zone ID 1 Type Areas associated with zone Alarm Areas logic OR Inactivity No functio Inactivity time (minutes) 1 Detection type Standard zone Pulse acquisition time 30 Seconds Alarm pulse duration 1 x 100 ms Pulses 1 Instant activation Forced activation Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Send MMS Alarm cycles Unlimited Cycles 0 Alarm type 24H Groups in AND Reaction type Instant Delayed input 1 Delayed input 2 Input path Delayed in output Last output Attributes Excluded Cannot Exclude Chime Test Auto-excludable Auto-excludable with reset Output delay with termination Partial 1 Partial 2 Delayed on partial activation Delayed and assess ready activation Display during input/output Cameras Source Camera 96

97 Status Expansion type Origin Zone Id Zone description Double Id Double zone description Terminals Double Active Central unit Central unit 1 24H zone 2 24H double zone 24H Active Central unit Central unit 3 Wired zone 1 4 Double zone 1D I1 Active Central unit Central unit 5 Wired zone 2 6 Double zone 2D I2 Active Central unit Central unit 7 Wired zone 3 8 Double zone 3D I3 Active Central unit Central unit 9 Wired zone 4 10 Double zone 4D I4 Active Central unit Central unit 11 Wired zone 5 12 Double zone 5D I5 Active Central unit Central unit 13 Wired zone 6 14 Double zone 6D I6 Active Central unit Central unit 15 Wired zone 7 16 Double zone 7D I7 Active Central unit Central unit 17 Wired zone 8 18 Double zone 8D I8 Speed Speed Keypad 1 Keypad Keypad 1 I1 Keypad 1 I2 212 Keyp 1 I1D 214 Keyp 1 I2D I1 I2 ttstatus: drop-down menu, allows you to add, isolate and remove devices from the configuration. The possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttexpansion type: describes the type of peripheral to which the zone is connected, for example Central unit or Keypad. ttorigin: describes to which peripheral the zone is connected, for example Keypad 1, for the purpose of precisely identifying the zone connection position. ttzone Id: for entering a specific, customised name for the zone. For example, you might want to change Wired zone 1 to Entrance 1 for the purpose of rapid identification of the physical position or function of the zone. ttzone description: an editable, alphanumeric field, in which you can enter a specific customised name for the zone. For example, you might want to change Wired zone 1 to Entrance 1 for the purpose of rapid identification of the physical position or function of the zone. ttdouble Id: alphanumeric box; when the wired zone is used in Double or Double with EOL mode, you can use this box to enter a specific, customised name for the zone. For example, you might want to change Double zone 1D to Door 1 for the purpose of rapid identification of the physical position or function of the zone. ttterminals: shows the name for the physical terminal of the peripheral to which the output in question is routed. ttdouble: flag; appears when the type Double or Double with EOL is selected in the tab for the zone. 97

98 Balancing Double ttbalancing: drop-down menu; allows you to set the type of connection to the sensor terminals. NO NC Single Double Triple Double Double with EOL Input type Description Normally Open in standby, signals only the alarm Normally closed in standby, signals only the alarm Single balance. Signals alarm and sabotage by short-circuit of the physical line Double balance, signals alarm and sabotage by cutting or shortcircuit of the physical line Triple balance. Signals alarm, fault and sabotage by cutting or short-circuit of the physical line Enables you to connect two sensors to a single wired line. Signals alarm from zone 1, alarm from zone Double 1 and sabotage due to cutting of the cable As for Double but with end-of-line resistor. Enables you to connect two sensors to a single wired line and to signal tampering with the line. Signals alarm from zone 1, alarm from zone Double 1 and sabotage due to cutting or short-circuit of the physical line For a physical description of the wiring required for correct balancing of the zones associated with each type of balance, refer to the control panel installation manual. Fault/tampering/shortcircuit cycles Unlimited Cycles 0 ttfault / tampering / shortcircuit cycles Unlimited: allows you to generate infinite cycles of fault / tampering / shortcircuit alarms. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of fault / tampering / shortcircuit alarm cycles that the selected sensor can generate within an activation cycle (from one activation to the next). Setpoints (KΩ) Sabotage / Short Rest Alarm Sabotage / Open Sabotage / Open Sabotage / Open Reset t t Setpoints: this section shows the trigger setpoints set on the control panel for the selected zone. If you change the type of balance in the Balance drop-down menu, the meaning of the voltage ranges changes. In the simplest case (NC or NO) there are only two possibilities: Standby and Alarm. In the case of a more complex configuration, for example Double with EOL meanings will be added to several voltage ranges previously associated with the Alarm and Standby states. You can modify each individual setpoint to compensate an imbalance of the line. You are advised to modify the setpoints only after careful consideration. 98

99 Reset: button; clicking this button resets the setpoints to their factory settings, thereby deleting any change relating to the selected zone. Zone Double Zone ID 1 Type Areas associated with zone Areas logic Alarm OR Inactivity No functio Inactivity time (minutes) 1 Detection type Standard zone Pulse acquisition time 30 Seconds Alarm pulse duration 1 x 100 ms Pulses 1 Instant activation Forced activation Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App Send MMS ttzone / Double This section is for configuring the basic behaviour of the zone. In particular, you can associate the type of operation to the zone. When you select Double or Double with EOL as the input type, you can use both tabs. Otherwise, only the Zone tab will be usable. Zone ID: uniquely identifies the wired zone Type: allows you to select one of two possible zone types: Alarm type and Command type. Once you have made your selection, the area below will show a series of possible choices, pertaining to the type of selection made. Areas associated with zone: determines the areas to which the zone will be associated and hence when the latter will be operational. For each checkbox you check, the corresponding areas will be associated with the zone. Areas logic: on the basis of the selection made in the previous step, determines the configuration of areas in which the zone will be active: OR: the selected actions are performed if the conditions arise in any of the areas associated with the zone. AND: the set actions are performed only if the conditions arise in all of the areas associated with the zone. Inactivity: allows an action to be generated if a zone remains inactive beyond a maximum time limit. No function: no action is performed. Fault: an alarm fault is generated. Auto-activation: the alarm for the area associated to the zone is activated. Inactivity time (minutes): determines the maximum duration of the period for which the zone can remain inactive before generating an action (Fault or Auto-Activation). 99

100 Detection type: drop-down menu; in order to interpret status changes correctly, you can configure the zone as a standard zone or as Inertial / Shutter, with different parameters. In both cases, you can configure the zone in such a way that it triggers only after a certain number of pulses (of zone violation) within a certain time. You can also set the minimum amplitude of the pulses that will be considered. Pulse acquisition time, Alarm pulse duration: only if, within the pulse acquisition time, the number of pulses detected is greater than or equal to the number set in the Pulse box, and their minimum amplitude satisfies the parameter Alarm pulse duration, will the zone be considered to have been violated (or activated if a Control Zone). Parameter Pulse acquisition time Alarm pulse duration Unit of measurement for Normal detection 125 seconds maximum or 125 minutes maximum 127 seconds maximum or 127 minutes maximum Unit of measurement for Inertial/Roller Shutter detection 125 seconds maximum or 125 minutes maximum 125 x milliseconds maximum o 125 x 10 milliseconds maximum Pulses 10 maximum 10 maximum Instant activation: if selected, the zone command instantly activates the areas to which it is associated. In the case of 'not ready for activation', there is no activation. Forced activation: if selected, the zone command activates the areas to which it is associated in the event of a 'not ready for activation' state. Send message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol, smartphone app notifications or MMSs. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). Send MMS: if selected, enables the active zone to send MMSs in response to events. 100

101 Alarm cycles Unlimited Cycles 0 Alarm type 24H Groups in AND Reaction type Instant Delayed input 1 Delayed input 2 Input path Delayed in output Last output Attributes Excluded Cannot Exclude Chime Test Auto-excludable Auto-excludable with reset Output delay with termination Partial 1 Partial 2 Delayed on partial activation Delayed and assess ready activation Display during input/output Cameras Source Camera ttalarm type zone Alarm cycles Unlimited: allows the zone to generate infinite alarm cycles. If not selected, enables the Cycles box. Cycles: if the Unlimited checkbox is not active, this box determines the number of alarm cycles that the zone can generate within an activation cycle (from one activation to the next). Alarm type: a drop-down menu for assigning an alarm type to the zone. This will then affect the behaviour of the zones at the time of violation and on the event generated. The possible choices are: 24H, Flood, Burglary, Gas, Fire, Medical Emergency, Panic, Robbery. 24H Flooding Burglar Gas Fire Medical Panic Robbery Alarm type Events generated Zone alarm System/area alarm, zone alarm, 24H OR Area/System alarm: zone alarm, zone alarm + zone sabotage, general alarm Zone alarm, medical emergency area/system alarm. Does not generate OR type alarms If silent: Zone alarm, panic area/system alarm. Does not generate OR type alarms If not silent, acts as 24H Zone alarm, robbery area/system alarm. Does not generate OR type alarms 101

102 Assignment to Groups in AND: the zones in AND are eight virtual zones which can be constructed on the basis of the real zones, whether radio or wired. The aim of such a function is to cause the generation of an event, e.g. an alarm, conditional upon the violation of more than one area. For this purpose, there is a drop-down menu from which you can associate the zone with any of these eight areas. You need to associate more than one zone to a Group in AND in order to obtain the expected result. For the behaviour of Groups in AND, see page 105. Reaction type: this section is enabled only for Burglary type zones. For all other types of zone, this zone is made inaccessible. The reaction of a zone, in the event of violation, derives from the fact that the following conditions must be met: must not be under testing must not be excluded the areas on which it depends for operation must be activated (does not apply to 24H) must not have reached the maximum number of alarm cycles if a limited number of cycles has been set. Instant: if this option is selected, when the zone is violated, not excluded, not in test and the areas to which it belongs are Activated, it immediately generates the events (specified using the Alarm type menu): Zone alarm, Area alarm. Delayed input 1: if this option is selected, when the zone is violated, not excluded, not in test and the areas to which it belongs are Activated, it starts the longer Input time 1 for the Activated Areas to which it belongs. During the input time, the enabled keypads will emit an alert sound. If at the end of Input time 1 the areas to which the zone belongs have still not been deactivated, or the zone is violated when Input time 1 has elapsed, the events are generated (as for an Instant type zone). Delayed input 2: as above, but with reference to area timer Input 2. Input path: if this option is selected, when the zone is violated, not excluded, not in test and the areas to which it belongs are Activated, it starts the selected longer Input time ("Delayed Input 1" or "Delayed Input 2") for the Activated Areas to which it belongs. During input time, the enabled keypads emit an alert sound. If at the end of Input time the areas to which the zone belongs have still not been deactivated, or the zone is violated when Input time has elapsed, the events are generated (as for an Instant type zone). The violation of an Input path zone during the Input time for its Area does not generate any event. Delayed in output: if this option is selected, violation of the zone during an Output time does not cause any event to be generated. Multiple violation of the same zone or the violation of other zones thus configured causes the output time to restart from the original value (re-initialisable timer). If the zone is violated in the absence of an Output time, it behaves as zone programming, reaction type: Instant or Delayed. Last output: if this option is selected, if the zone is violated during the Output time for the Area to which it belongs, no event will be generated and the Output time will be replaced in accordance with the set Output time for the area to which it belongs. During the Output time, the enabled keypads will beep. If the zone is violated when the Output time has elapsed and the Areas to which the zone belongs are Activated, it behaves like zone programming, reaction type: Instant or Delayed. 102

103 Attributes Excluded: the zone with this attribute will be excluded, it will not generate the Zone alarm event. Anomaly and sabotage conditions will be indicated. Cannot Exclude: the zones with this attribute cannot be forced if they are not ready for activation during the system activation process (alarm, sabotage, fault). Chime: the zone with this attribute, generates a chime event if the area to which it belongs is Deactivated. The enabled keypads will beep, otherwise (Area Activated) it will behave as specified via the Reaction type parameter. Test: the zone with this attribute, is operational with all effects, however it does not cause the alarm event but records the event in the EVENTS LOG. This attribute allows monitoring of a zone without causing alarm signals. Auto-excludable: the zone with this attribute will be excluded automatically if violated during activation of the Area to which it belongs. The next time the Area to which the zone belongs is deactivated, the zone will be activated automatically. The Autoexcludable attribute also affects zones with Reaction type: Output Time. The zone will be automatically excluded when Output Time for the area to which it belongs has elapsed. Auto-excludable with reset: the zone with this attribute will be excluded automatically if violated during activation of the Area to which it belongs. The zone will be activated automatically when it reverts to standby, behaving as specified via the Reaction type parameter. The Auto-excludable attribute also affects zones with Reaction type: Output Time. The zone will be automatically excluded when Output Time for the area to which it belongs has elapsed. Output delay with termination: the zone with this attribute, if violated during Output Time for the area to which it belongs, causes the area Output Time to be terminated, when the area reverts to standby and is ready for activation. Partial 1: the zone with this attribute, if violated, not excluded, not in test and the areas to which it belongs are Activated in Partial 1, immediately generates the events (specified using the Alarm type menu): Zone alarm, Area alarm. Partial 2: the zone with this attribute, if violated, not excluded, not in test and the areas to which it belongs are Activated in Partial 2, immediately generates the events (specified using the Alarm type menu): Zone alarm, Area alarm. Delayed on partial activation: with this option selected, if a zone with the attributes Partial 1 or Partial 2 active, it will act as a delayed set-up if the activation of the areas with which it is associated is of Partial type. In the event of total activation, however, it will act as an Instant zone. Delayed and assess ready activation: delayed zones do not generally generate a 'not ready for activation' status. With this option selected, if the zone is not ready for activation when the output time expires, a 'not ready' state will still be shown. If the system is activated by forcing anyway, upon expiry of the set input time, an alarm will be generated if the zone is still not ready. Display during input/output: if this option is selected, a zone or an area in 'not ready' conditions can be shown to be in an anomalous state on a keypad or other control device. 103

104 Cameras This section is for setting a camera connected to a PAL/IP module to start acquiring the frames upon violation of the zone. At least one PAL/IP module with at least one camera must be present. The frames can be send by MMS if the GSM expansion module is present. Source: drop-down menu; allows you to choose the PAL/IP module to which the camera to be used for shooting the frames is connected. Camera: drop-down menu; allows you to choose the camera that will shoot the frames, from those connected to the PAL/IP device. Command type Pulse Act/Deact Bistable Act/Deact Activation only Deactivation only Reset Area Reset system Cancel telephone calls Extended not ready for activation Extended ready for activation ttcommand type This section is for setting the type of command (or commands) that can be generated by the zone. Pulse Act/Deact: if selected, violation of the zone inverts the activation or deactivation status of the areas to which it is associated. The return of the zone to standby status will have no effect. Bistable Act/Deact: if selected, violation of the zone activates the areas to which it is associated. The return to standby status deactivates them. It takes account of the 'ready for activation' status of the zones, so if a zone can be forced to activate it will be activated, whereas if it cannot be excluded it will cause an alarm. Activation only: if selected, violation of the zone activates the areas to which it is associated. The return of the zone to standby status will have no effect. Deactivation only: if selected, violation of the zone deactivates the areas to which it is associated. The return of the zone to standby status will have no effect. Reset Area: if selected, violation of the zone resets the areas associated with the zone to activation conditions. Bistable alarms will not be stopped. Reset system: if selected, violation of the zone resets the system alarms. Bistable alarms will not be stopped. Cancel telephone calls: if selected, violation of the zone blocks all outgoing phone calls. Extended not ready for activation: if selected, violation of the zone prevents activation of the associated areas. Can be forced only from a remote location or by an activation by means of a zone command. Extended ready for activation: if selected, violation of the zone permits activation of the associated areas. If the zone is in standby, it can be forced only from a remote location or by an activation by means of a zone command. 104

105 Groups in AND The control panel has 8 virtual zones whose behaviour depends on groups of real zones, which are assigned at the configuration stage to one of the 8 zones in AND. When 2 or more zones are assigned to a zone in AND, all of them have to be violated within a specific time limit (measured from the first violation) for an alarm state to be generated. The alarm state enables each real zone to generate an alarm according to its configuration. Groups in AND ID Description Time window (hh:mm:ss) ID Description Zone Type Expansion type Double 1 Group in AND 1 00:00: Group in AND 2 Group in AND 3 Group in AND 4 Group in AND 5 Group in AND 6 Group in AND 7 Group in AND 8 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 ttgroups in AND ID: uniquely identifies the virtual zone. Description: an editable, alphanumeric field, in which you can enter a specific, customised name for the device. For example, you might want to change Zone in AND 1 to Corridor Group for the purpose of rapid identification of the function of the output. Time window: an editable, numerical box; determines the time within which the individual zones associated with the Zone in AND must be violated for an alarm state to be generated. ttzones in AND description section If you select with the mouse a position relating to a zone in AND to which real zones are associated, the field on the right-hand side will display information about the individual associated real zones. The data are not editable ID: uniquely identifies a real zone associated with the zone in AND. Description: shows the description set for the real zone at the time of its configuration. Zone Type: describes the type of real zone (e.g. Wired Zone or Radio Zone) Expansion type: describes the module to which the real zone is connected. Double: checkbox; if shown selected, it means that the zone is double type. 105

106 Areas The Areas section allows you to configure the times and functions of the Areas according to the requirements of the system. Areas Description Report pre-alert Input 1 time (mm:ss) Deactivation with alarm memory Input 2 time (mm:ss) Output time (mm:ss) Last output time (mm:ss) Negligence Not activated alert (minutes) (minutes) Pre-alert time - activation Round time (minutes) Burglar alarm delay (seconds) Activation delay after alarm (minutes) Enable activation timer Enable deactivation timer Auto-reset alarms Area code 1 2 Area 1 Area 2 00:30 00:30 00:00 00:30 00:15 00:00 00:30 00: <None> <None> <None> <None> Area 3 00:30 00:00 00:30 00: <None> <None> Area 4 Area 5 00:30 00:30 00:00 00:30 00:15 00:00 00:30 00: <None> <None> <None> <None> Area 6 00:30 00:00 00:30 00: <None> <None> 0 7 Area 7 00:30 00:00 00:30 00: <None> <None> 0 8 Area 8 00:30 00:00 00:30 00: <None> <None> 0 Areas in AND Instant activation of areas in AND Instant activation of areas in AND (forced) ttid: numerical; uniquely identifies the area. ttdescription: for entering a specific, customised name for the area. For example, you might want to change Area 1 to Reception Area for the purpose of rapidly identifying the associated functions and sensors. ttreport pre-alert: if selected, allows you to signal the activation pre-alert time by means of the buzzers on the keypads associated with the selected area. ttdeactivation with alarm memory: if the area is enabled by a timer for the deactivation function, selecting this checkbox allows the area to be deactivated if it has saved an alarm. ttinput 1 time (mm:ss): this Timer allows a Delayed Input 1 time to be set for each individual Area. During Input time 1 (Timer active), the zones with Reaction type: Delayed Input 1 and Input Path are not in a condition to send the area into alarm. The Input delay is the time which passes on violation of a Delayed Input or Input Path type zone in the Area activated in Total or Partial mode. ttinput 2 time (mm:ss): this Timer allows a Delayed Input 2 time to be set for each individual Area. During Input time 2 (Timer active), the zones with Reaction type: Delayed Input 2 and Input Path are not in a condition to send the area into alarm. The Input delay is the time which passes on violation of a Delayed Input or Input Path type zone in the Area activated in Total or Partial mode. ttoutput time (mm:ss): this Timer allows a Delayed Output time to be set for each individual Area. During Output time (Timer active), the zones with Reaction type: Delayed in output are not in a condition to send the area into alarm. The Output delay is the time which passes on violation of a zone with Reaction type: Delayed in output. When the Output time has elapsed the zones behave as per Reaction type programming. ttlast output time (mm:ss): the Last output time Timer replaces the value remaining for the Area Output Time on violation of a zone with Reaction type: Last output. ttnot activated alert (minutes): this Timer is used to check that the Area to which it corresponds is activated normally within a maximum time limit. If the Area is not activated for a specified maximum time limit, an event of the type Areas/Generic/Negligence is generated and may be shown at an output. The maximum time which can be configured is ttpre-alert time - activation (minutes): this Timer is used to alert personnel within the Checked area that activation is taking place. The enabled checking devices will emit an audible alert. 106

107 ttround time (minutes): the Round time Timer is the time which passes from the moment at which the Area is deactivated with a User type code: Round, he moment at which it is activated automatically. The Round User type can be assigned to a User code, Proximity key or Radio control. ttburglar alarm delay (seconds): the "pre-alarm" Burglar alarm delay Timer is the time which passes between zone violation and Alarm event generation. During the Burglar alarm delay, the enabled checking devices will emit an audible alert. ttactivation delay after alarm (minutes): the Activation delay after alarm is the time that must pass before the violated area which generated the alarm event can be activated again. ttenable activation timer: If the Enable activation timer is associated with an Area, and if the Timer is active and in its START phase, the activation requirements for the area - originating from the Control devices - will be satisfied. If the Timer is active but in is STOP phase, the activation requests will NOT be satisfied. ttenable deactivation timer: If the Enable deactivation timer is associated with an Area, and if the Timer is active and in its START phase, the deactivation requirements for the area - originating from the Control devices - will be satisfied. If the Timer is active but in is STOP phase, the deactivation requests will NOT be satisfied. ttauto-reset alarms: when this function is enabled, every Area to be activated will automatically carry out an Alarm Signal Reset. ttarea code: allows you to enter a specific area code that will be digitally transmitted by the dialler if the zones associated with that area generate alarms or events requiring notification to a monitoring control panel. It is useful when systems are shared between multiple users, because in these circumstances the Customer Code is not sufficient to identify unequivocally the source of the alarm call. Areas in AND Instant activation of areas in AND Instant activation of areas in AND (forced) ttareas in AND: allows you to associate the activation of the area that you are configuring, with the activation of one or more other areas. Supposing you are working on Area 8, if you select Area 1 and Area 2 in its group of checkboxes, Area 8 will activate automatically when Area 1 and Area 2 are both activated. It is possible to select one area only, for example Area 1. In this case, simply activating Area 1 will also activate Area 8. ttinstant activation of areas in AND: if selected, ignores the activation delays of the areas activated as a consequence of the areas in AND. ttinstant activation of areas in AND (forced): checkbox, allows activation as a consequence of the areas in AND even in the presence of a 'not ready for activation' state. In the case of a zone not ready for activation, if this cannot be excluded, it generates an alarm. 107

108 Outputs This section is for configuring the physical outputs present on the control panel or made available by the expansion modules on the bus. Outputs Status Active Active Expansion Id Description 1 O. centr.unit 1 1 O. centr.unit 2 Expansion type Central unit Central unit Output Id Terminal 1 RLY 2 TC1 Event 1 Event type Areas AND / OR OR 1 Event subtype OR alarm Areas 2 3 Event Zone alarm 4 Polarity Direct Active 1 O. centr.unit 3 Central unit 3 TC2 Event 2 1 Safet 1 RLY Safetouch 103 RLY Event type System Event subtype Event Polarity OR alarm Sabotage Direct Event 3 Event type Event subtype Event Polarity Direct Event 4 Event type Event subtype Event Polarity Direct Events association Events logic AND timer OR timer OR <None> <None> Conduct Output type Polarity Oscillation semiperiod Monostable NO 0 Monostable times ON Time 3 Minutes OFF Time 0 Repetition cycles Unlimited 1 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App 108

109 Status Expansion Id Description Expansion type Output Id Terminal Active 1 O. centr.unit 1 Central unit 1 RLY Active 1 O. centr.unit 2 Central unit 2 TC1 Active 1 O. centr.unit 3 Central unit 3 TC2 1 Safet 1 RLY Safetouch 103 RLY ttstatus: drop-down menu, allows you to add, isolate and remove devices from the configuration.the possible statuses for the device are as follows: : when the device does not exist or has to be removed. Active: when the device is present, configured and intended to be operational. Isolated: when the device is intended to be temporarily unused (even if present and configured, the control panel will not consider it active). ttexpansion Id: shows the number of the expansion to which the output is routed. Coincides with the bus address configured on the peripheral. ttdescription: for entering a specific, customised name for the device. For example, you might want to change Central Unit 1 to General Alarm for the purpose of rapid identification of the function of the output. ttexpansion type: shows the physical location of the output, with information such as Central unit or 8 I/O Expansion. ttoutput Id: uniquely identifies the output. ttterminal: shows the name for the terminal of the peripheral to which the output in question is routed. t tevents The purpose of the outputs is to move on command, in a configurable manner, when one or more events occur. To explain the behaviour of the outputs and of the control panel logic properly, it is useful to describe what is meant by the term 'event': at logic level, an event can be defined as the condition that exists between the detection of a status and its cessation (or the cessation of its active status). By way of a simplified example, and considered in terms of zone, the 'zone open' event starts when the zone opens and ends, normally, when it is closed again. 109

110 Event 1 Event type Areas AND / OR OR Event subtype OR alarm Areas Event Zone alarm Polarity Direct ttevent 1 For each output, it is possible to associate up to 4 different events (Event 1, Event 2, Event 3, Event 4), each of which can be configured by means of the parameters Event type, Event subtype, Event and Polarity. Event type: allows you to associate a main type of event to the output, e.g. an event belonging to the Area events type (see table on page 75). Event subtype: allows you to refine your choice by selecting a subtype of the category set as Event Type; going back to the Area events type example, the subtype could be Zone Alarm (see table on page 75). Event: corresponds to the maximum detail and allows you to specify exactly which event will allow output activation (see table on page 75). Going back to the example, the event could be Burglary, thereby making it possible to activate the output if a burglary is detected by an activated area. Polarity: allows you to set the status in standby consequently the status when activated - of the output. Direct: in standby the output is not active, and is controlled only during the active status. If the output controls the coil of a relay, in standby the coil will not be powered up, and will be powered up only during the active status of the output. Inverse: opposite of direct. In standby the output is active, and unlike in the previous case, will not be controlled during the active status. If the output controls the coil of a relay, in standby the coil will be powered up, and power to it will be switched off during the active status of the output. AND/OR block and selection box: for certain types of event an AND/OR selection block is available which, together with a selection box (group of checkboxes or selection list) allows you to organise and, if appropriate determine the status of the output according to the permitted options. The OR condition is useful when you intend to group events originating from several sources in a single output: in the case of an AREAS type of event, for example, it is possible to signal the activation status of the first three areas on one output only, by selecting, for example, the checkboxes for the first three areas: in this case, the output would activate if at least one of the three areas was activated, and would be deactivated if all three areas were deactivated. The AND condition is useful for providing summary information of the fact that a certain status is common, for example, to two or more areas. A practical example, similar to the previous one, could be a confirmation of activation of several areas, by selecting, for example, the checkboxes of the first three areas: in this case, the output would activate only if all three areas were activated, and would be deactivated if any one of the three areas were deactivated. Sometimes, instead of a selection block based on checkboxes like the one just described, a drop-down menu will be displayed: in this case the AND or the OR condition will be constructed on the basis of the options chosen from these menus. 110

111 Events association Events logic AND timer OR timer OR <None> <None> ttevents association Events logic: for setting whether the control logic will be AND or OR type. In the case of AND logic, all the events have to be present simultaneously to generate an activation of the output. For OR logic, the presence of just one of the configured events is sufficient to generate an activation of the output. The output can be regulated by a timer. Standard CEI EN does not allow timers to be associated with outputs used for signalling events such as Intrusion, Tamper or Robbery. If AND mode is selected, the output will be enabled only during the timeframes permitted by the activation of the timer, provided that they are prompted by the events envisaged in the configuration (see table on page 75). If OR mode is selected, the output will be active when prompted by the events envisaged in the configuration (see table on page 75) and will also be active in the timeframes determined by the timer, regardless of the presence or otherwise of other prompts. AND timer: allows you to choose one of the timers available on the control panel and associate it to AND mode. OR timer: allows you to choose one of the timers available on the control panel and associate it to OR mode. Conduct Output type Polarity Oscillation semiperiod Monostable times Monostable NO 0 ON Time 3 Minutes OFF Time 0 Repetition cycles Unlimited 1 ttconduct Output type: can be used to select output conduct by associating with Monostable or Bistable type operation. Monostable: this is the type of output dedicated to managing alarms correctly. It is an output to which a time setting is assigned, and cycle repetitions if appropriate. Its secondary effect is to dictate the end of the logical event that triggered it: this means that an event that is still active is reset upon expiry of the time limit, including any repetitions, and that an event which, by its nature, is shorter than the duration of activation of the output, will be postponed until the time limit has expired. On expiry of the time limit, the output returns to standby. Bistable: this is the type of output to use for signalling anomalies. Its main characteristic is that it follows the event to which it has been associated. An anomaly output will remain active for the full duration of the anomaly, until it is rectified. Only then will the output return to standby. If the event to which the output is associated consists of the OR of several events, the output will remain activated until all the events included in the OR have returned to standby. Standard CEI EN does not allow a bistable operating mode to be associated to outputs used for commanding sirens or other alarm devices. 111

112 Polarity: drop-down menu, for setting the output as NO (normally open) or NC (normally closed), with reference to its status in standby. Oscillation semiperiod: numerical box in steps of 200ms, for setting the time of the oscillation semiperiod, which can be set from 0 to a maximum of 1.4 seconds. Allows you to modulate the status of the output, to allow it, for example, to control optical signalling devices intermittently (e.g. LEDs that can flash). Monostable times: the following controls are available only if the behaviour selected for the output is Monostable. ON Time: allows you to establish the output activation time; corresponds to an operation cycle. Within this time, the output can be stably controlled (if the oscillation period is set to zero) or oscillating with modulation dependent upon the set oscillation period time. OFF Time: allows you to establish the duration of time for which the output, after being activated for one cycle, must remain inactive before starting a new cycle. Repetition cycles: allows you to set how many repetitions of the ON Times + OFF Times cycle will be generated within the output control cycle. Unlimited: if selected, there is no time limit on the output, so the only way to stop an alarm is with a device, for example a keypad or an RFID key. occurs EVENT ends active BISTABLE OUTPUT end of event if associated with the Monostable output in standby Semiperiod active MONOSTABLE OUTPUT in standby ON Time OFF Time 1st Cycle 2nd Cycle 112

113 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). Example: to make an output act as a burglar alarm output, for the purpose of controlling a siren, you need to make the following selections: 1. in the first drop-down menu, select the event type Areas ; 2. in the second drop-down menu, select the event subtype OR Alarm (to have a signal that includes multiple alarm sources); 3. in the third drop-down menu, select the event General Alarm or alternatively, Alarm + sabotage. 113

114 Events group The outputs, both standard outputs and radio outputs, can manage up to four events each, freely selected in terms of type and polarity. It is sometimes useful to have indications grouped according to a logic that cannot be obtained by configuring the four events available for a single output, e.g. a summary indication of block events relating to all the RFID readers, when there are more than 4 of them in the system. The Group section provides eight Groups. Each group makes it possible to manage up to sixteen independent events. The single events belonging to an event group can be managed in OR or in AND. The mode can be selected directly in the output menus, in the section for assigning events to outputs. You can choose the two modes from an appropriate drop-down menu. See also Radio outputs / Sirens and Outputs. Once you have decided and configured the events to be associated to the group, you can retrieve them in the section relating to Outputs or Radio Outputs. You can do this by selecting the Groups option as Events Type in one of the four events available for the output and, immediately afterwards, from the menu to the right of the event, selecting the Group configured to show the desired set of events. Events group ID Description 1 Events group 1 2 Events group 2 3 Events group 3 4 Events group 4 5 Events group 5 6 Events group 6 7 Events group 7 8 Events group 8 Event 1 Event type Event subtype Event Polarity Event 2 Event type Event subtype Direct Event Polarity Direct Event 3 Event type Event subtype Event Polarity Direct Event 4 Event type Event subtype Event Polarity Direct Event 5 Event type Event subtype Event Polarity Direct 114

115 ID Description 1 Events group 1 2 Events group 2 3 Events group 3 4 Events group 4 5 Events group 5 6 Events group 6 7 Events group 7 8 Events group 8 ttid: uniquely identifies the events group. ttdescription: an editable, alphanumeric field, in which you can enter a specific, customised name for the selected events group. For example, you might want to change Events Group 1 to RFID Block for rapid identification of the function assigned to the events group. Event 1 Event type Event subtype Event Polarity Direct ttevent 1-16 Event type: allows you to associate a main type of event to the output, e.g. an event belonging to the Area events type (see table on page 75). Event subtype: allows you to refine your choice by selecting a subtype of the category set as Event Type; going back to the Area events type example, the subtype could be Zone Alarm (see table on page 75). Event: corresponds to the maximum detail and allows you to specify exactly which event will allow output activation (see table on page 75). Going back to the example, the event could be Burglary, thereby making it possible to activate the output if a burglary is detected by an activated area. Polarity: allows you to set the status in standby consequently the status when activated - of the output. Direct: in standby the output is not active, and is controlled only during the active status. If the output controls the coil of a relay, in standby the coil will not be powered up, and will be powered up only during the active status of the output. Inverse: opposite of direct. In standby the output is active, and unlike in the previous case, will not be controlled during the active status. If the output controls the coil of a relay, in standby the coil will be powered up, and power to it will be switched off during the active status of the output. AND/OR block and selection box: for certain types of event an AND/OR selection block is available which, together with a selection box (group of checkboxes or selection list) allows you to organise and, if appropriate determine the status of the output according to the permitted options. The OR condition is useful when you intend to group events originating from several sources in a single output: in the case of an AREAS type of event, for example, it is possible to signal the activation status of the first three areas on one output only, by selecting, for example, the checkboxes for the first three areas: in this case, the output would activate if at least one of the three areas was activated, and would be deactivated if all three areas were deactivated. 115

116 The AND condition is useful for providing summary information of the fact that a certain status is common, for example, to two or more areas. A practical example, similar to the previous one, could be a confirmation of activation of several areas, by selecting, for example, the checkboxes of the first three areas: in this case, the output would activate only if all three areas were activated, and would be deactivated if any one of the three areas were deactivated. Sometimes, instead of a selection block based on checkboxes like the one just described, a drop-down menu will be displayed: in this case the AND or the OR condition will be constructed on the basis of the options chosen from these menus. Scenarios In this section you can configure the activation statues for each area of the system and for 16 different scenarios. Scenarios ID Description 1 Scenario P1 Area Area 1 Action P1 2 Scenario P2 Area 2 P1 3 Scenario P1+P2 Area 3 P1 4 Scenario 4 Area 4 P1 5 Scenario 5 Area 5 P1 6 Scenario 6 Area 6 P1 7 Scenario 7 Area 7 P1 8 Scenario 8 Area 8 P1 9 Scenario 9 10 Scenario Scenario Scenario Scenario Scenario Scenario Scenario 16 ttid: uniquely identifies the scenario. ttdescription: an editable, alphanumeric field, in which you can enter a specific, customised name for the selected scenario. For example, you might want to change Scenario 4 to Nighttime for rapid identification of the function assigned to the scenario. For each scenario there is a table in which to configure the possible statuses of the area when that scenario is activated. ttarea: alphanumeric box; shows the name of the area (Area n by default) or the name that will be assigned to it by modifying the default in the Areas section. ttaction: drop-down menu, allows you to associate a specific activation status to each area. For each area, the options described in the table are available. 116

117 Action None Total P1+P2 P1 P2 Deactivation Total with zero output delay P1+P2 with zero output delay P1 with zero output delay P2 with zero output delay Description Activation of the scenario will have not effect on the area. Activation of the scenario will activate the area in Total mode. Activation of the scenario will activate only the sensors belonging to the area, with the attribute Partial 1 or Partial 2. Activation of the scenario will activate only the sensors belonging to the area, with the attribute Partial 1. Activation of the scenario will activate only the sensors belonging to the area, with the attribute Partial 2. Activation of the scenario will deactivate the area in completely. Activation of the scenario will activate the area in Total mode. The output times will not be taken into consideration. Activation of the scenario will activate only the sensors belonging to the area, with the attribute Partial 1 or Partial 2. The output times will not be taken into consideration. Activation of the scenario will activate only the sensors belonging to the area, with the attribute Partial 1. The output times will not be taken into consideration. Activation of the scenario will activate only the sensors belonging to the area, with the attribute Partial 1. The output times will not be taken into consideration. 117

118 Codes This heading covers the sections for the configuration, programming and acquisition of the codes, divided by type. Important: if a user authorised to generate Robbery alarms types in a code identical to his own in the first 5 digits but the last digit increased by 1, a Robbery alarm will be generated. For this reason, it is not possible to enter codes whose value is equal to an existing code plus or minus 1. Users The users section is for the management of codes reserved for users, who therefore have the possibility of activating and deactivating the system, depending on their authorisations. Users ID 1 2 User name User 1 User 2 User type User 4 Type User 1 Type Area Enabling Reset code Delete ID Passwords associated with user 3 User 3 User 1 Type 4 User 4 User 1 Type Area 1 5 User 5 User 1 Type Area User 6 User 7 User 1 Type User 1 Type Area 3 Area 4 ID Radio controls associated with user 8 User 8 User 1 Type Area 5 9 User 9 User 1 Type Area 6 10 User 10 User 1 Type Area 7 11 User 11 User 1 Type Area 8 12 User 12 User 1 Type Associated timer <None> 13 User 13 User 1 Type Number of operations 14 User 14 User 1 Type Unlimited User 15 User 16 User 1 Type User 1 Type Enablements Keypads / readers Keypads Safetouch Touch devices RFID readers 17 User 17 User 1 Type User 18 User 19 User 1 Type User 1 Type User 20 User 1 Type User 21 User 1 Type PSTN (voice menu) Use App 22 User 22 User 1 Type Access via web 23 User 23 User 1 Type USB 24 User 24 User 1 Type GSM (voice menu - sms commands) 25 User 25 User 1 Type Domotics 26 User 26 User 1 Type 27 User 27 User 1 Type Robbery code 28 User 28 User 1 Type Disable activation with areas in alarm 29 User 29 User 1 Type Send message options 30 User 30 User 1 Type Send detailed events SMS 31 User 31 User 1 Type Send messages 32 User 32 User 1 Type Send Contact ID 33 User 33 User 1 Type Send notification to App 34 User 34 User 1 Type 35 User 35 User 1 Type 118

119 ID User name User 1 User 2 User 3 User 4 User 5 User 6 User 7 User 8 User 9 User 10 User 11 User 12 User 13 User type User 4 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type User 1 Type ttid: uniquely identifies the user code. The adjacent checkbox indicates that a code is already present. User code 1 is present by default. ttuser Name: an editable, alphanumeric box; allows you to assign a name or description to the selected code. For example you might want to change User 1 to John Smith to clearly identify the real associated user. ttuser type: drop-down menu, allows you to associate an authorisation level to a user code, according to the associated user type. Possible choices for user type User type User Type 1, has the access levels authorised for User Type 1 User Type 2, has the access levels authorised for User Type 2 User Type 3, has the access levels authorised for User Type 3 User Type 4, has the access levels authorised for User Type 4 Round Master The custom authorisations of the various types of user can be modified in the Access Levels section. Area Enabling Area 1 Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 The section immediately to the right allows you to monitor any keys associated with the selected user. ttarea: alphanumeric box; shows the name of the area (Area n by default) or the name that will be assigned to it by modifying the default in the Areas section. ttenabling: checkboxes; if selected, enable the user to operate on the corresponding areas. 119

120 Reset code Delete ID Passwords associated with user ID Radio controls associated with user ttreset code: allows editing of the selected user code. ttdelete code: button, allows you to start the code removal procedure for the selected position. CAUTION! By default user code 1 is: Associated timer <None> ttassociated timer: drop-down menu, can be used to associate a Timer with a code. This code can carry out the functions for which it was programmed, only when the Timer is active and in the START time band. Number of operations Unlimited 0 ttnumber of operations: numerical box, allows you to set a limit on the number of operations that the selected user can perform within the course of a day. The operations counter is reset at midnight. Unlimited: checkbox; if selected, there is no limit on the number of operations that the selected user can perform within the course of a day. 120

121 Enablements Keypads / readers Keypads Safetouch Touch devices RFID readers PSTN (voice menu) Access via web USB GSM (voice menu - sms commands) Domotics Use App ttkeypad/reader authorisations This section is for setting the control components with which the selected user is authorised to operate. If a user attempts to operate on a keypad for which he is not authorised, once he has typed in his code, the keypad display will show the message USER NOT AUT. DEV.. Keypads: tab with a group of checkboxes; the selected checkboxes enable the selected user to operate on the corresponding keypads. The unchecked checkboxes, conversely, prevent the user from performing any operation on the corresponding keypads. Safetouch: tab with a group of checkboxes; the selected checkboxes enable the selected user to operate on the corresponding Minitouch devices. The unchecked checkboxes, conversely, prevent the user from performing any operation on the corresponding Minitouch devices. Touch devices: tab with a group of checkboxes; the selected checkboxes enable the selected user to operate on the corresponding Planux devices. The unchecked checkboxes, conversely, prevent the user from performing any operation on the corresponding Planux devices. RFID readers: tab with a group of checkboxes; the selected checkboxes enable the selected user to operate on the corresponding RFID readers. The unchecked checkboxes, conversely, prevent the user from performing any operation on the corresponding RFID readers. PSTN (voice menu): checkbox; if selected, authorises the user to use the voice interface via the PSTN telephone line. The Messages module must be present. Access via web: checkbox; if selected, authorises the user to use the web interface to connect to the control panel web server. The IP communication module must be present. USB: checkbox; if selected, authorises the user to access the control panel, using the Safe Manager program connected to the control panel USB port. A user could therefore access certain functions made available by the program, such as, for example, real-time display of system status GSM (voice menu - SMS commands): checkbox; if selected, authorises the user to use the voice interface via the GSM network. Also enables the user to send commands and receive status SMSs from the control panel. The GSM communication module and the Messages module must be present. Use App: used to enable the Phone App for the selected user. 121

122 Robbery code Disable activation with areas in alarm ttrobbery code: checkbox; if selected, enables the user to send Robbery alarms by means of a Robbery code. ttdisable activation with areas in alarm: checkbox; if selected, prevents the user from activating if there are areas in alarm. Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). 122

123 Installers The installers section allows you to configure the codes intended for installers. Installers ID Description Installer type Reset Delete Installer 1 Installer 2 Install. type 1 Install. type 1 ID Passwords associated with user 53 Installer 3 Install. type 2 54 Installer 4 Install. type 2 55 Master Master 56 Manufacturer Manufacturer ID Radio controls associated Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttid: uniquely identifies the user code. The adjacent checkbox indicates that a code is already present. User code 1 is present by default. ttdescription: an editable, alphanumeric box; allows you to assign a name or description to the selected code. For example you might want to change Installer 1 to John Smith to clearly identify the associated installer. ttinstaller type: uneditable alphanumeric box; describes the type of installer. The authorisations will depend on installer type. ttkeys and radio controls association window ID 2 Reset Passwords associated with user Key 2 Delete When you select the position of an installer with the mouse, you can immediately check whether keys or radio controls have been associated to that installer. At the same time, it will be possible to identify precisely which keys and/or radio controls are involved. ID 5 Radio controls associated Radio Control 5 123

124 Send message options Send detailed events SMS Send messages Send Contact ID Send notification to App ttsend message options When specific events occur, it is possible to send SMSs, s, information in Contact ID protocol or smartphone app notifications. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section (see page 147), where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send detailed events SMS: enables the keypad to send SMSs in response to events (only with GSM expansion module Art installed and configured). Send messages: allows the keypad to send messages in response to events (only with GSM expansion module Art or IP card Art installed and configured). Send Contact ID: allows the keypad to send Contact ID alerts in response to events (only with PSTN line configured or GSM expansion module Art installed and configured). Send notification to App: allows the keypad to send notifications to the smartphone App (only with IP card module Art installed and configured). Modifying installer codes 1. Select the position whose installer code you want to delete. 2. Click the Reset button 3. When asked if you want to delete the existing code, press YES 4. When asked for an authorisation code, type in an installer code or the code of a user authorised to perform the operation and then press OK 5. When prompted for the new code, enter the six digits of the code that you intend to save, and press OK. Deleting installer codes 1. Select the position whose installer code you want to delete. 2. Click the Reset button 3. When asked if you want to delete the existing code, press YES 4. When asked for an authorisation code, type in an installer code or the code of a user authorised to perform the operation and then press OK 5. The program will confirm that the user code has been deleted. 6. Press OK to finish. 124

125 Access levels In this section, you can enable each individual function for each individual code type. The option is enabled when the box is checked. The options that can be enabled are listed below. ID Option ID Option ID Option 1 Activation 15 Cancel telephone actions on deactivation 29 Control devices menu 2 Deactivation 16 Extraordinary request 30 Bus/radio expansions menu 3 Individual Acts./Deacts. 17 Request support 31 Zones menu 4 Forced Activation 18 Change PIN 32 Outputs/Events group menu 5 Outputs control 19 Reset control unit 33 Areas menu 6 Alarms generation 20 Test devices 34 Scenarios menu 7 Zones Exclusion 21 Fault management 35 Tel and IP configuration menu 8 Reset control unit alarms 22 Lock alarms 36 Telephone/signaller menu 9 Stop control unit alarms 23 Responder voice menu 37 Digital communicator menu 10 Reset area alarms 24 Access program from PC 38 Remote support menu 11 Stop area alarms 25 Access via web 39 Timer menu 12 Cancel system telephone actions 26 SMS commands 40 Codes menu 13 Cancel area telephone actions 27 Domotics commands 41 Events log menu 14 Cancel telephone actions 28 System menu 42 Updating Firmware 125

126 Proximity keys This section allows you to acquire RFID digital keys and assign them to users. You can save up to 56 keys. Proximity keys ID Description User Colour Digital password 1 2 Key 1 Key 2 User 1 Yellow <Not assign... Acquire Delete 3 Key 3 <Not assign... 4 Key 4 <Not assign... 5 Key 5 <Not assign... 6 Key 6 <Not assign... ttproximity keys ID: uniquely identifies the user key. The adjacent checkbox indicates that a code is already present. User code 1 is present by default. Description: an editable, alphanumeric box; allows you to assign a name or description to the selected key. For example you might want to change Key 1 to John S to clearly identify the real associated user. User: drop-down menu, allows you to assign a user and hence the latter's authorisations to a radio control. Colour: describes the real colour of the shell of the RFID key. Can be useful for differentiating key types according to the type of user to whom they will be associated. Acquire: button; clicking on it starts a key code acquisition procedure. Delete: button; clicking on it starts a key code deletion procedure. Acquiring an RFID digital key code To acquire an RFID digital key, proceed as follows: 1. Select the position in which you intend to acquire the key 2. Press the Acquire button Acquisition of digital password Acquisition Acquire From RFID reader: Reader 1 Message Acquire Cancel Key Code OK Cancel 3. From the Reader to Acquire drop-down menu, select the peripheral to use for acquisition of the digital key 4. Press the Acquire button. The selected peripheral will start emitting an audible signal. You can interrupt the procedure by clicking Cancel. Important: you cannot acquire a key code if the position is not first freed, by deleting the existing key 5. Bring the key to be acquired close to the peripheral selected for acquisition. As soon as the code is acquired, the audible signal from the peripheral will stop 126

127 Acquisition of digital password Acquisition Acquire From RFID reader: Reader 1 Message ACK_SubCmdAccepted Acquire Cancel Key Code 0X4EE6601 0X3 OK Cancel Acquisition completed! 6. The new acquisition will be shown in the Key Code field and the OK button will become available 7. Press OK to finish. Assigning a key to a user To assign a key to a user or to modify the assignment of a key, simply select the user from the User drop-down menu. Deleting an RFID digital key code To delete an RFID digital key, proceed as follows: 1. With the mouse, select the key you intend to delete 2. Click Delete 3. When asked Delete selected password?, click Yes Safe Manager Delete the selected password? Yes No 127

128 Communication interfaces This group of sections describes the communication interfaces other than the digital dialler. IP Options Important: to use the options, the following conditions must be met: The control panel must be equipped with an IP network card module The IP network card module must be correctly connected to a switch or Ethernet router The IP network card module must be configured as present by selecting the checkbox IP Network Card in the Expansions Present section of the System Parameters menu. IP Options Options Check internet connection Enable DHCP (obtain IP address automatically) IP Address Subnet mask Gateway Primary DNS Secondary DNS Host name ttip Options Options Check internet connection: checkbox; if selected, allows the control panel to be informed of the presence or absence of the internet connection. If there is no connection, an anomaly is generated which is recorded by the control panel. Enable DHCP (obtain IP address automatically): checkbox; has to be selected to enable the IP network card module to be assigned the communication parameters automatically by the router/ switch, without necessitating manual entry. Important: when this checkbox is selected, the IP Address, Subnet Mask, Gateway, Primary DNS and Secondary DNS boxes will not be accessible for modification. Parameters which can be accessed only if the Enable DHCP checkbox is not selected: IP Address: numerical box for assigning a unique network address to the IP network card. Subnet mask: numerical box for selecting the subnet. With a few rare exceptions, for a home network the value to enter will be: Gateway: numerical box for entering the IP address of the gateway necessary for internet connection (given by the internet service provider ISP). Primary DNS: numerical box for entering the IP address of the primary DNS necessary for internet connection (given by the internet service provider ISP). Secondary DNS: numerical box for entering the IP address of the secondary DNS necessary for internet connection (given by the internet service provider ISP). Host name: alphanumeric box for entering the name by which the control panel will be recognised on the network. 128

129 ttnetwork Time Protocol Options These options serve periodically to synchronise the system clock with a sample time available via an internet connection. Network Time Protocol Options Enable NTP NTP Server pool.ntp.org Dynamic DNS Enable DDNS (Dynamic DNS) D-DNS provider Port no-ip.com 80 Host name Username Password Enable NTP: checkbox; if selected, enables the control panel to update the control panel clock by means of an appropriate service. NTP Server: alphanumeric box; enter the address of the server you intend to use. A known, operational address is proposed by default. If you intend to replace it with another service, consult the provider's site to obtain the server name to enter in the box. ttdynamic DNS Normally, unless explicitly requested otherwise, a home internet connection provides a dynamic IP address associated with the internet connection. This means that if the router is switched off and back on again for any reason (e.g. power outage) or if the provider decides to renegotiate the IP address associated with the connection, the address changes. Suppose you wish to access the control panel using the integrated WEB server on the IP network card: you must know the exact address of the internet connection the control panel is using. Dynamic DNS is a service available subject to registration by which you can associate a fixed name to a dynamic address. This name can always be used to connect to the card, even if the dynamic address changes. Important: to use this service you need to register with one of the suggested providers. On completion of registration, the service provider will communicate all the necessary information for configuring the service. You therefore need this information to hand before starting to configure the dynamic DNS service. Enable DDNS (Dynamic DNS): checkbox, must be selected to enable the IP network card to use a Dynamic DNS service. It also enables you to configure the following options. D-DNS provider: drop-down menu for choosing one of the possible providers. Port, numerical box: for setting the port number to use for the service. This is normally port 80. Follow the service provider's instructions however. Host name: alphanumeric box, for entering the name decided at the time of requesting the service and that the provider will have confirmed at the time of registering the service. Username: alphanumeric box for entering the User Name decided at the time of registration. This often coincides with the address of a mailbox at the user's disposal. Password: alphanumeric box for entering the Password used when registering with the service. 129

130 ttservices configuration To work properly, network services need to access ports that enable them to connect correctly. You can configure them in this section. Services configuration http/https ports type Standard http port https port TLS port TCP port Port type: drop-down menu, allows you to select from three possibilities. The table shows the possible choices. http/https ports type Standard Alternative Special Description Assigns the default port number for connections of type http and https (secure http). The values are assigned rigidly. Assigns a pair of port numbers for http and https connections that is different from the default pair. Again, the values are assigned rigidly. Allows you to assign a pair of port numbers freely. Use with care, only if necessary. Ports for access to web pages: http port: numerical box; normally contains the default port number for the http port (80), can be used for entering other values. Use with care, only if necessary. https port: numerical box; normally contains the default port number for the https port (443), can be used for entering other values. Use with care, only if necessary. Ports for remote management via Safe Manager: TLS port: numerical box, proposes a usable port by default (10022). If necessary, allows you to assign a different port number from the default number for TLS connection (encrypted TCP). TCP port: numerical box, proposes a usable port by default (10022). If necessary, allows you to assign a different port number from the default number for standard TCP connection. For remote connection, the ports on the router must be opened (see Port forwarding for Remote connection, page 166). ttsmtp options These are the options that enable you to configure access to the server to allow the transmission of . To use this service, you need an account. The majority of data to be entered in this section relates to the service provider. SMTP options Enable SMTP Server address Port 25 Use SSL Username Password subject Enable SMTP: checkbox, must be selected to enable the IP network card module to connect to an server. Server address: alphanumeric box for entering the address of the SMTP server made available by the service provider. If is often o the type smtp.xxxxxxx.yyy. 130

131 Port: alphanumeric box; the value 25 is proposed by default, which universally corresponds to the port used by the services. If you use the SSL encryption service, check the correct port number for this service with your provider. Use SSL: checkbox; if selected, obliges the IP network card to use an encrypted protocol with the server. If you want to use it, it is advisable first to check the availability of the service with the provider of the connection used for . alphanumeric box for entering the address in use, from which you intend to send . Username: alphanumeric box for entering the correct username to be used for accessing the service. Password: alphanumeric box for entering the correct password to be used for accessing the service. subject: alphanumeric box for entering the subject of the , i.e. the title that will appear in the heading of outgoing messages. GSM Options Important: to use these options correctly, the following conditions must be met: The control panel must be equipped with the GSM expansion module, correctly connected to its antenna. The GSM expansion module must be configured as present by selecting the checkbox IP Network Card in the Expansions Present section of the System Parameters menu. GSM Options SMS options Communicator SIM options Forward SMS Telephone 1 Telephone 2 Telephone 9 Telephone 10 GSM card pin 6167 Telephone 3 Telephone 4 Telephone 11 Telephone 12 Enable SIM expiry 11/02/2014 Telephone 5 Telephone 6 Telephone 7 Telephone 8 Telephone 13 Telephone 14 Telephone Use 15 SSL Telephone 16 Checks on module Antenna presence check Enable jamming check Credit remaining Message to send* SMS Text to send* credit Service centre number* ttgsm Options Options button: takes you quickly to the telephony options. ttsms options This section is for configuring the management of SMS messages Forward SMS: checkbox; if enabled, allows forwarding of SMS messages that reach the control panel but do not pertain to a cellphone number listed in the contacts list (e.g. promotions from the telephone company). ttcredit remaining This section is for configuring the way in which the control panel can determine the credit remaining on the SIM card. Message to send: drop-down menu; select Call or SMS according to the procedure used by the phone company. See also Default Settings. Text to send: alphanumeric box; enter the text required by the phone company if determining remaining credit involves sending an SMS. See also Default Settings. Service centre number: alphanumeric box; enter the number of the phone company's SMS service centre. See also Default Settings. ttdialler SIM options GSM card PIN: numerical box for entering the code for unlocking the SIM fitted on the GSM communication card. Enable SIM expiry: 131

132 ttchecks on module Enable jamming check: checkbox; if selected, enables the module to generate an indication to the control panel if an attempt to mask the GSM signal is detected. GSM Options ttload Default Settings (icon in the form of a cellphone): For some phone companies you can automatically set the parameters for managing remaining credit. This option also automatically loads the known parameters for possible and MMS connections relating to the selected phone company. Important: if any data are already present in the fields involved in the automatic loading process, these will be overwritten. The table shows the data that can be loaded automatically (and overwritten if appropriate). Section SMS options Options SMTP options MMS options Pre-definable Parameters (overwritten if appropriate) Text to send, service centre number APN address, Username, Password Server address, Port Service centre address (MMSC), APN address, Username, Password, Proxy IP address Telephone companies Select Telephone Company Tim OK Cancel Telephone Company: drop-down menu, allows you to select a phone company in order to load automatically its parameters and remaining credit request procedures, it connection parameters and its MMS connection parameters. The providers currently present are TIM, Vodafone and Wind. 132

133 To use the service, you need an address that you can access via the control panel GSM module. In this section, you can configure the GSM module and set the parameters and options relating to messages. options Enable transmission subject (sender) GPRS options APN address* Username* Password* SMTP options Server address* Port* Username* Password* wap.tim.it mail.posta.tim.it 25 tt Options Enable transmission: checkbox; if selected, enables the module to send s subject: alphanumeric box for entering the text that you want to appear in the Subject field of the . (sender): alphanumeric box for entering the address that you want to use for communication. ttgprs options APN address: alphanumeric box for entering the address of the phone company's GPRS access point (information provided by the phone company). If you use the Load option in the Default Settings section, this parameter can be entered automatically for certain companies. Username: alphanumeric box; for the major companies, you do not normally need to enter anything in this box. Check whether you need to enter a Username with your phone company. Password: alphanumeric box; for the major companies, you do not normally need to enter anything in this box. Check whether you need to enter a Password with your phone company. ttsmtp options Server address: alphanumeric box for entering the address of the phone company's SMTP server (information provided by the phone company). If you use the Load option in the Default Settings section, for some companies this parameter might be entered automatically. Port: alphanumeric box for entering the port number corresponding to the phone company's SMTP server (information provided by the phone company). Again, if you use the Load option in the Default Settings section, for some companies this parameter might be entered automatically. Username: alphanumeric box for entering the Username of the account that you intend to use Password: alphanumeric box for entering the Password of the account that you intend to use 133

134 This section is for configuring the necessary parameters for sending MMS messages. This section must be correctly set if you intend to send images captured by cameras connected to PAL-IP modules by MMS. MMS options Enable MMS transmission MMS subject Service centre address (MMSC)* APN address* Username* Password* Proxy IP address* mms.tim.it mail.posta.tim.it Card telephone number ttmms options Enable MMS transmission: checkbox; if selected, enables the module to send MMS messages. MMS subject: alphanumeric box for entering the text that you want to appear in the Subject field of the MMS message. Service centre address (MMSC): alphanumeric box for entering the address of the phone company's MMS server (information provided by the phone company). If you use the Load option in the Default Settings section, for some companies this parameter might be entered automatically. APN address: alphanumeric box for entering the address of the phone company's MMS access point (information provided by the phone company). If you use the Load option in the Default Settings section, this parameter can be entered automatically for certain companies. Username: alphanumeric box; for the major companies, you do not normally need to enter anything in this box. Check whether you need to enter a Username with your phone company. Password: alphanumeric box; for the major companies, you do not normally need to enter anything in this box. Check whether you need to enter a Password with your phone company. Proxy IP address: alphanumeric box for entering the address of the proxy server dedicated to the phone company's MMS service (information provided by the phone company). If you use the Load option in the Default Settings section, this parameter can be entered automatically for certain companies. Card telephone number: numerical box for entering the number of the phone card fitted in the GSM module. You can enter the number with or without the country dialling code, but you cannot use the format preceded by a + sign for the country dialling code. For example to enter an Italian phone number: A With country dialling code, use the form: B Without country dialling code, use the form:

135 PAL/IP video module This section is for configuring, adding or deleting PAL-IP devices. Pal-Ip video module Status Active ID Description 1 Pal/Ip 1 2 Pal/Ip 2 Area Display technical alarms Input... ttstatus section Status: drop-down menu, allows you to add/exclude and delete radio expansion modules from the configuration. The possible statuses for the peripheral are as follows:, Active and Isolated. : when the radio expansion module does not exist or has to be removed. Active: when the radio expansion module is present, configured and intended to be operational. Isolated: when the radio expansion module is present and might also be correctly configured, but you intend to make it unusable, perhaps only temporarily, without deleting its configuration, however, because you might want to use it again in the future. ID: the identification number of the peripheral. This corresponds to the bus address set on the device. Description: an editable, alphanumeric field, in which you can enter a specific, customised name for the device. For example, you might choose to change PAL/IP 1 to Entrance Control for the purpose of rapidly identifying the function of the selected module within the site. ttarea Section Area: alphanumeric box; shows the name assigned to the control panel areas. Display technical alarms: column of checkboxes; by checking the appropriate checkboxes, you can choose the areas to which to send technical alarms generated by the selected PAL/IP module. Area 2 Area 3 Area 4 Area 5 Area 6 Area 7 Area 8 Network parameters IP address UDP Port Assign new IP to module... Technical alarms cycles (bus / voltage levels) Unlimited Cycles 0 Cameras installed Camera 1 Camera 2 Camera 3 Camera 4 Images Images to capture (num) 4 t t Network parameters This section is for configuring the communication parameters of the PAL/IP module to make it reachable via the data network. IP address: numerical box; shows the IP address of the module in the selected position. For a PAL/IP module that has not yet been configured, the data shown will be UDP Port: numerical box; shows the UDP port number used by the module in the selected position. Assign new IP to module: button for launching the for registration/verification of the IP communication of the module in the selected position. 135

136 ttnew module IP programming pop-up Clicking on Assign New IP to Module opens a pop-up for verifying the status of the communication of the selected module and to changing its parameters if you want. Programming Pal-Ip parameters Pal-Ip video module to update Current IP address (Pal-Ip video module) New IP address New netmask Gateway Address acquisition mode Static address Ping Ping Alarm panel Current IP address (control unit) Ping Run Close Pal-Ip video module to update Current IP address (PAL/IP module): numerical box; shows the current address but also allows you to enter a different address manually. Load default: button, highlighted in red in the picture, for loading an IP address that corresponds to the factoryset address of the PAL/IP module. Requests confirmation before performing the operation. Ping: button; click it to run a check on the presence of a PAL/IP device at the address shown in the IP Address box to its left. New IP address: numerical box for entering the IP address that you intend to assign to the PAL/IP module, to change is current address. This must be done if multiple PAL/IP modules are present in the system. Ping: button; click it to run a check on the presence of a device at the address shown in the IP Address box to its left. Serves to check that the new address you intend to assign to the selected PAL/IP module is not already present on the system. New netmask: numerical box for entering the value of the new netmask for identifying the subnet (normally enter ). Alarm panel Current IP address (control unit): numerical box; shows the current address of the control panel IP communication module. Ping: button; click it to run a check on the presence of the control panel IP card at the address shown in the IP Address box to its left. Run: button; confirms and launches the operation of assigning IP addresses. Close: button; enables you to exit the procedure without changing anything. Alarm panel Current IP address (control unit): numerical box; shows the current address of the control panel IP communication module. Ping: button; click it to run a check on the presence of the control panel IP card at the address shown in the IP Address box to its left. Run: button; confirms and launches the operation of assigning IP addresses Close: button; enables you to exit the procedure without changing anything. Technical alarms cycles (bus/voltage levels) Unlimited: checkbox; if selected, there is no limit on the number of technical alarm cycles that can be generated per activation cycle. Cycles: numerical box; if the Unlimited checkbox is not selected, this box enables you to set a limit to the number of technical alarm cycles that can be generated, measured between one activation and the next. 136

137 ttcameras installed In this section you can assign, include or exclude cameras connected to the PAL IP module. The section comprises four checkboxes, one per connectable camera. Selecting a checkbox tells the control panel and the PAL/IP module which cameras are to be considered connected. You can choose not to select a camera that is present, for example to exclude its operation temporarily or because it is faulty. A camera must not be selected if it is not physically connected to the PAL/IP module, as this would generate a fault associated with the module. ttimages This section is for selecting how many images (frames) must be captured when required (e.g. as a result of a zone in alarm). The images will be captured at intervals of one second. The captured images can be sent as MMSs. Images to capture, numerical box, allows you to set the number of images to capture. The value is between 1 and 4. ttsend message options The PAL-IP device can send SMSs, s and information in Contact ID protocol. In this section, you can assign an initial general permit to generate such events. A second and more detailed screening process is performed in the Detailed Events section, where you can select, for each category (e.g. Areas, Zones, Keypads, etc.), the events that will generate the transmission of messages. Send message options Send detailed events SMS Send messages Send Contact ID Send detailed events SMS: checkbox; if selected, enables the PAL-IP module to send SMSs in response to events. Send messages: checkbox; if selected, enables the PAL-IP module to send s in response to events. Send Contact ID: checkbox, if selected, enables the PAL-IP module to send Contact ID notifications in response to events. Configuring a PAL/IP module After correctly installing at least one PAL/IP module, proceed as follows to configure it: 1. Click on Assign New IP to Module 2. In the pop-up, click Load Default, highlighted in red in the picture Programming Pal-Ip parameters Pal-Ip video module to update Current IP address (Pal-Ip video module) New IP address New netmask Gateway Address acquisition mode Static address Ping Ping Alarm panel Current IP address (control unit) Ping Run Close 3. A new pop-up will ask you to confirm loading of the factory-set address 4. Confirm 137

138 5. When the pop-up closes, the default address will have bee loaded. Press the Ping button to check whether the module is reachable. If it is not, check the connections (power supply and IP network) 6. Enter the new address to be assigned to the module (e.g ) in the New IP Address field 7. Press the Ping button next to the new address to make sure that it is not already in use. If you receive an 'address present' reply, change it (e.g. to ) and repeat the Ping test. No module should reply to the address that you want to assign to the PAL/IP module 8. Enter the Netmask value (default ) 9. Press Run. N.B.: The default IP address is for all the PAL/IP modules. If two Pal/IP video modules are installed, it is imperative to reprogram the IP address of at least one of the two modules. Failure to do so could cause an IP address conflict on the network. You are advised to reprogram one module at a time, keeping the other module disconnected from the IP network. Communicator Options (telephony) ttreply Number of rings: numerical box, allows you to set the number of rings that the control panel must wait for before engaging the line after a telephone call. Also applies to communication of GSM network. Send message requesting user code input: checkbox; if selected, allows the control panel that has replied to a telephone call, to generate an audio message requesting the input of a valid user code, via the keypad of the calling telephone. Also applies to communication of GSM network. Override fax: checkbox; if selected, enables the fax/answering service override mechanism. Fax/ answering service override function: the calling user makes the device ring once only and then ends the call. If a new ring is detected within no more than 120 seconds, the control panel obtains the line immediately, regardless of the number of rings set in Number of Rings. Code recognition time (sec.): numerical box, allows you to set the maximum time within which a valid user code must be entered, after the request for input by the control panel. Tones recognition timeout (sec): numerical box, allows you to set the maximum waiting time for completing the user code once its entry has been started. ttcall Telephone line parameters: drop-down menu, allows you to set the line parameters according to the specifications of the country in which the control panel is installed. ttpstn settings Telephone line check: checkbox; if selected, enables telephone line checking. If the telephone line is faulty or not connected, a fault alarm is generated. tttelephone signaller parameters Send message after: drop-down menu (see table), allows you to put the telephone signaller audio message online after obtaining the line after a call, according to the procedure set in the drop-down menu. 138

139 The messages that can be put online can be of Alarm, Anomaly or Fault type. Selection from the menu Delay Press key 1 Behaviour of the telephone signalling device Once the line is obtained, if no audio is detected for the set Voice Delay/Wait Duration, the message will be transmitted to the caller Once the line is obtained, if the caller presses the 1 key on his telephone (in DTMF mode), the message will be transmitted to the caller End call with keys: checkbox; if selected, authorises the users to stop the call or calls (depending on the key pressed). If not selected, the control panel will end the call only after repeating the message the set number of times. Key pressed Hash (#) Asterisk(*) End call type Ends the call but does not cancel calls to other numbers Ends the call and cancels calls to other numbers Maximum duration of single call (sec): numerical box, allows you to set the maximum duration of the communication. On expiry of the set time, the control panel will disconnect the line. Voice delay / wait duration (sec): numerical box, allows you to set the maximum silent waiting time before transmitting the message of the telephone signaller to the caller. Also see the option Send message after. Voice message repetition: numerical box, allows you to set the number of times the telephone signaller message transmitted to the caller must be repeated. Pause between repetitions (sec): numerical box, allows you to set the pause between repetitions of the telephone signaller message during transmission to the caller. Attempts: numerical box, allows you to set the total number of calls that the dialler will attempt to make to each telephone number if the call fails. Phone book This is the section for entering the telephone numbers to be contacted and any addresses, and for enabling the types of communication for each contact on the contacts list. Sixteen numbers are available in the contact list. For the sake of brevity, the picture shows only four. Telephone contacts list MMS reception reception SMS reception Stop calls ID Telephone Description Telephone 1 Telephone 2 Telephone 3 Telephone 4 ID: numerical box, uniquely identifies the position in the contacts list. Description: alphanumeric box for entering name and surname or identity (e.g. in the case of a company) of the user to contact. 139

140 Telephone: numerical box for entering the telephone number of the user to be contacted by telephone. alphanumeric box for entering the address to be associated to the selected user. Stop calls: checkbox; if selected, allows the selected user to stop the flow of calls directly from the telephone using the Hash (#) and Asterisk (*) keys. The End Call With Keys option must be enabled. SMS reception: checkbox; if selected, enables the selected user to receive SMSs sent from the control panel. reception: checkbox; if selected, enables the selected user to receive s sent from the control panel. MMS reception: checkbox; if selected, enables the selected user to receive MMSs sent from the control panel. Digital communicator contacts list The control panel has a digital dialler to Contact ID standard, which is useful for interfacing correctly with a monitoring control panel. The Contact ID communication function is currently supported only by the PSTN line interface. This is the section for entering the telephone numbers to be contacted digitally, and for configuring the connection procedures for each contact on the contacts list. Digital communicator contacts list ID Description Enable periodic test Send area code Number to call Protocol Customer Periodic test start date code Test period (hours) Call attempts Hands-free after report (sec.) Telephone 1 Telephone 2 Telephone 3 4 Telephone 4 Contact ID Contact ID Contact ID Contact ID /02/2013 8:38 11/02/2013 8:38 11/02/2013 8:38 11/02/2013 8: ID: numerical box, uniquely identifies the position in the contacts list. Description: alphanumeric box for entering the ID of the monitoring control panel to contact. Number to call: alphanumeric box for entering the telephone number for the company contracted to provide the monitoring and telephone checking service. Protocol: drop-down menu, allows you to select the format of communication to the monitoring control panel. Only Contact ID standard is currently available. Customer code: alphanumeric code for entering the code provided by the monitoring control panel. Also enables the monitoring control panel automatically to recognise the system making the communication. Send area code: checkbox; if selected, ensures that the area code is sent to the monitoring control panel (see Areas menu) and not the customer code set in the line. This is useful in the case of multiple-user systems. Enable periodic test: checkbox for enabling the periodic test function. Periodic test start date: start date of the periodic test. Test period: numerical box for entering the frequency, expressed in hours, of the periodic test. If you enter 24, the test will be carried out 24 hours after the start date and every 24 hours thereafter. Call attempts: numerical box for entering the number of call attempts that the system will make even in the event of failure to connect to the monitoring control panel. 140

141 Generic events This section is for configuring the events that can generate communications/messages to. In practice, the configuration of a generic event consists in assigning behaviour rules and procedures for contacting the available telephone numbers to each of the forty-eight possible events. ttgeneric events Text To Speech Configuration: button for configuring the Text-to-Speech section by loading the voice to be used for audio transmission. The procedure is described in detail in the Free Voice Messages section. Generic events ID Description 1 Burglar Alarm 2 Tamper Alarm 3 No network 4 Battery low 5 Event 5 6 Event 6 Telephone Activation voice message Reset voice message Send activation SMS Send reset SMS Send activation Send reset 7 Event 7 8 Event 8 9 Event 9 Smith John 10 Event Event 11 Telephone 2 Telephone 3 12 Event 12 Telephone 4 ID: numerical box, uniquely identifies the position of the event Description: alphanumeric box, contains a description of the event to which the parameters in the line correspond Activation voice message: checkbox; if selected, enables the transmission of a voice message activating an event Reset voice message: checkbox; if selected, enables the transmission of a voice message resetting an event Send activation SMS: checkbox; if selected, enables the transmission of an SMS activating an event Send reset SMS: checkbox; if selected, enables the transmission of an SMS resetting an event Send activation checkbox; if selected, enables the transmission of an activating an event Send reset checkbox; if selected, enables the transmission of an resetting an event 141

142 ttoptions Options Priority event Voice message Auto-composed Select free voice message Burglary Message Stop calls Priority to call on PSTN SMS Message Selection Selection Burglary SMS None Burglary DVR camera link 3 Priority event: checkbox. Events are normally processed in order of presentation. If this checkbox is selected, the event is processed before all other events that do not have this checkbox selected. If there is already one or more priority events at the front of the queue, the new event is placed in the queue behind the priority events already present. Voice message: drop-down menu, regulates the association of a voice message to the selected event. The table describes the possibilities. Select free voice message: drop-down menu, allows you to select one of the free voice messages configured, so that it is sent when an event occurs. Stop calls: checkbox; if selected, a number enabled to stop calls can stop the call or sequence of calls according to the command sent (# key stop current call only, * key stop all subsequent calls in addition to current call). Priority to call on PSTN: checkbox; if selected, if there is a GSM expansion module and an enabled PSTN interface, when an event occurs, the first communication attempt will be made using the PSTN telephone interface. SMS: drop-down menu, regulates the association of an SMS to the selected event. The possibilities are the same as described in the table covering the voice message. Selection (SMS): drop-down menu, allows you to select one of the SMSs configured, so that it is sent when an event occurs. drop-down menu, regulates the association of an to the selected event. The possibilities are the same as described in the table covering the voice message. Selection ( ): drop-down menu, allows you to select one of the s configured, so that it is sent when an event occurs. ttother options (SMS and ) Other options (SMS and ) Send system address Create web link Send system address: checkbox; if selected, adds the system address to SMS and messages. Create web link: checkbox; if selected, adds to SMS and messages a link via which it is possible to reach, for example, the control panel web server or a start point of a video sequence recorded by a Comelit video recorder by means of an IP connection. t t Event Event type: drop-down menu; allows you to associate a main type of event to the general event, e.g. an event belonging to the Area events type. Event subtype: drop-down menu; allows you to refine your choice by selecting a subtype of the category set as Event Type; going back to the Area events type example, the subtype could be Zone Alarm. Event: drop-down menu; this represents the highest level of detail, and allows you to select precisely the event that will activate the output. Going back to the example, the event could be Burglary, thereby making it possible to generate calls, SMS messages or s if a burglary is detected by an activated area. 142

143 Zone Alarms Anomaly Generic Activation/Deactivation Alarm OR Sabotage tt24h ttflooding ttburglar ttgas ttfire ttmedical ttpanic ttrobbery Event Type: Areas ttbus power supply unit battery anomaly ttradio control battery anomaly ttbus siren battery anomaly ttradio output battery anomaly ttradio zone battery anomaly ttbus power supply network anomaly ttradio sirens supervision anomaly ttradio zones supervision anomaly ttno telephone line ttno GSM/GPRS coverage ttminitouch fault ttplanux fault ttpower supply unit / isolator fault ttradio concentrator fault ttcommunicator device fault ttchime tttimed activation error ttzone exclusion ttinactivity ttlogin ttalarm memory ttnegligence ttnot ready ttnot ready for activation ttnot ready L2 forced ttarea ON TC ttdeactivated ttp1 and P2 activated ttp1 activated ttp2 activated tttotal activated ttgeneral alarm ttzone alarm ttzone alarm and zones sabotage ttanomaly ttexpansions bus ttsabotage ttzones sabotage ttbus expansion tamper ttradio device jamming ttminitouch tamper ttplanux tamper ttpower supply unit / isolator tamper ttradio concentrator tamper ttremote connections tamper ttcommunicator device tamper tt8 I/O expansion tamper tt8 I/O expansion fault ttexpansion on IP fault ttip video expansion fault ttbus power supply unit fuses fault ttsiren fuses from bus fault ttrfid reader fault ttradio control fault ttsiren fault ttkeypad fault ttcamera fault ttoutput fault ttzone fault ttvoltage low - peripheral input from bus ttvoltage low - peripheral output from bus ttnot ready L3 forced ttl2 forced ON ttl3 forced ON ttreset alarms ttstop Alarms ttstop telephone calls ttevent 1 key ttevent 2 key ttzone test ttuser logged in ttexpansion on IP tamper ttip video expansion tamper ttrfid reader tamper ttbus siren tamper ttradio siren tamper ttkeypad tamper ttzones tamper ttinput 1 time ttinput 2 time ttinput and output time Activation times ttpre-alarm time ttpre-alert time ttlast output time ttoutput time For certain event subtypes there is a drop-down menu from which you can select AND / OR (default setting: OR) and a block of checkboxes, one per area, which by default are shown checked. These are covered by the general description given in the paragraph AND / OR Block and Selection Box. 143

144 Remote management events Event Type: Remote control ttlock PC ttlock SMS ttlock domotics ttlock voice ttlock web ttpassword error ttuser recognised Event Type: Groups AND / OR For this event type only an AND / OR choice is made available, along with a menu from which to choose the eight configurable groups of events made available by the control panel. If you set AND, all the events in the group will have to occur for the output activation condition to be met. If you set OR, only one event in the group need occur to meet the condition of activation of the event. If you are modifying group 1, it will not be possible to associate group 1 to one of the sixteen events, without causing the control panel to malfunction. Event Type: RFID reader ttlock reader RFID reader events ttfalse password ttpassword not recognised The section includes a drop-down menu for selecting the RFID reader whose information you want to show. Event Type: Minitouch ttlock keypad ttfalse password Minitouch events ttpassword valid ttevent 1 key pressed ttevent 2 key pressed The section includes a drop-down menu for selecting the Minitouch whose information you want to show. Event Type: Planux ttlock keypad ttfalse password Planux Events ttpassword valid ttevent 1 key pressed ttevent 2 key pressed The section includes a drop-down menu for selecting the Planux whose information you want to show. Event Type: Radio Control Radio control events ttevent 1 key pressed ttevent 2 key pressed The section includes a drop-down menu for selecting the Radio control whose information you want to show. 144

145 Zone Alarms Anomaly Generic Activation/Deactivation Alarm OR Sabotage Activation times tt24h ttflooding ttburglar ttgas ttfire ttmedical ttpanic ttrobbery Event Type: System ttbus power supply unit battery anomaly ttradio control battery anomaly ttbus siren battery anomaly ttradio output battery anomaly ttradio zone battery anomaly ttbus power supply network anomaly ttradio sirens supervision anomaly ttradio zones supervision anomaly ttno telephone line ttno GSM/GPRS coverage ttminitouch fault ttplanux fault ttpower supply unit / isolator fault ttradio concentrator fault ttcommunicator device fault ttcontrol unit in service ttchime tttelephone communication tttimed activation error ttzone exclusion ttinactivity ttlogin ttalarm memory ttsystem alarm memory ttnegligence ttnot ready ttnot ready for activation ttnot ready L2 forced ttnot ready L3 forced ttl2 forced ON ttl3 forced ON ttarea ON TC ttdeactivated ttp1 and P2 activated ttp1 activated ttp2 activated tttotal activated ttgeneral alarm ttzone alarm ttzone alarm and zones sabotage ttanomaly ttexpansions bus ttsabotage ttzones sabotage ttbus expansion tamper ttradio device jamming ttminitouch tamper ttplanux tamper ttpower supply unit / isolator tamper ttradio concentrator tamper ttremote connections tamper ttcommunicator device tamper tt8 I/O expansion tamper ttinput 1 time ttinput 2 time ttinput and output time ttpre-alarm time ttpre-alert time ttlast output time ttoutput time tt8 I/O expansion fault ttexpansion on IP fault ttip video expansion fault ttbus power supply unit fuses fault ttsiren fuses from bus fault ttrfid reader fault ttradio control fault ttsiren fault ttkeypad fault ttcamera fault ttoutput fault ttzone fault ttvoltage low - peripheral input from bus ttvoltage low - peripheral output from bus tttechnical programming ttreset alarms ttreset system alarms ttstop Alarms ttstop telephone calls ttstop system alarms ttstop system telephone calls ttevent 1 key ttevent 2 key tttelephone call failed ttbattery test ttzone test ttdigital dialler periodic test ttuser logged in ttchange date/time ttchange site data ttexpansion on IP tamper ttip video expansion tamper ttrfid reader tamper ttbus siren tamper ttradio siren tamper ttkeypad tamper ttzones tamper 145

146 Event Type: Keypad ttlock keypad ttfalse password Keypad events ttpassword valid ttevent 1 key pressed ttevent 2 key pressed The section includes a drop-down menu for selecting the Planux whose information you want to show. Event Type: Timer Timer events Timer ON, allows you to choose one of the available timers as the event source by means of a drop-down menu next to the event. Event Type: Output Output events Output ON, allows you to choose one of the available outputs as the event source by means of a dropdown menu next to the event. Event Type: User User events ttextraordinary request ttuser recognised The section includes a drop-down menu with which you can choose one of the users saved on the control panel. Event Type: Zone ttzone alarm ttchime ttexcluded ttfault Zone events ttsabotage ttzone follows ttstatus ttzone activated The section includes a drop-down menu with which you can choose one of the zones in the system. Generate auto-composed message: button; when pressed, generates a message deriving from the configuration of the event, and enters it in the text fields of the autocomposition section. ttauto-composition In this section, the auto-composed message is converted into audio so that it can be sent by telephone. Auto-composition Message type Part A Part B Generate audio Areas. Burglar Zone Alarm Input. Area 2. Area 3. Area 4. Play Message type: alphanumeric box containing a description of the type of auto-composed message. Part A: alphanumeric box containing a description of the event. Part B: alphanumeric box containing details about the event (e.g. zones involved, areas involved, etc.). Generate audio: button; if pressed, converts the text in the three text fields (Message Type, Part A and Part B) into audio format. Play: button; if pressed, allows you to listen to the message converted into audio through the PC speakers. 146

147 Detailed events This is the section in which you can select whether to send messages for each event or action detected by the control panel, and if so, what type of messages. This detailed section works in conjunction with the individual permissives for the transmission of detailed messages present in each zone screen, area screen etc. You can configure up to eight groups of independent telephone numbers, with different communication characteristics. Detailed events ID Description 1 Job 2 Family 3 Tel. group 3 4 Tel. group 4 5 Tel. group 5 6 Tel. group 6 7 Tel. group 7 8 Tel. group 8 ttdetailed events ID: numerical box, uniquely identifies the position of the group of telephone numbers to which to send the messages Description: alphanumeric box, contains an ID for the group of selected telephone numbers. Areas Enable MMS Enable transmission of MMS if zone in alarm with associated camera ttareas: group of checkboxes for selecting the areas whose activity must be notified by means of the telephone numbers in the selected group. ttenable MMS Enable MMS: checkbox; if selected, enables the transmission of MMSs to the telephones in the selected group, if zones associated with a camera are present on one or more of the enabled areas. tttelephone contacts list phones In this section, for each group of telephones it is possible to enable up to sixteen telephone numbers independently. This makes it possible to differentiate the groups as required and to send the information (phone calls, SMSs, MMSs, etc.) only to the parties who need it. The numbers are the ones configured in the telephone contacts list. ttdigital communicator telephones In this section, for each group of telephones it is possible to associate independently up to four telephone numbers for digital communication. They are the numbers configured in the digital dialler contacts list. ttapp In this section, for each group of telephones, it is possible to associate up to 8 Apps independently. The Apps are the applications configured in Phone App. 147 ID Telephone contacts list phones Telephone 1 Telephone 2 Telephone 3 Telephone 4 Telephone 5 Telephone 6 Telephone 7 Telephone 8 Telephone 9 Telephone 10 Telephone 11 Telephone 12 Telephone 13 Telephone 14 Telephone 15 Telephone 16 ID ID Digital Com. telephones Telephone 1 Telephone 2 Telephone 3 Telephone 4 ID: numerical box; uniquely identifies the position of the telephone number/app in the table. Enabling: checkbox; if selected, the telephone number/app will be enabled and associated to the group of telephones that you are editing. Telephone contacts list phones/digital com telephones/apps: alphanumeric box, shows the ID of the configured telephone numbers and configured Apps. Apps App 1 App 2 App 3 App 4

148 tttab for selecting details of events to signal This section enables you to customise in detail the type of information that the system can send by telephone connection (audio messages, digital messages to monitoring control panel), by GSM connection (audio messages, SMS, , MMS) and by IP/Internet connection ( ) or via local/ remote connection to the VEDO App. The structure of the configuration is very similar for all the events managed. The only differences relate to the presence or absence of certain message options. The first picture relating to event selection shows the Zones configuration tab, which has only a few options. Safetouch Planux Change codes Reset database Apps Bridge Zones Areas/System Keypad RFID Remote connections Timer Outputs Actions ID Description SMS/ - Activation SMS/ - Reset ContactId - Activation ContactId - Reset App - Activation App - Deactivation 1 2 Command Zone exclusion 3 Zone isolation Two tabs, under the name Areas/System and Actions, manage a large number of events. To simplify their configuration, they are equipped with sub-tabs which divide the options into homogeneous subgroups with respect to the events that the communication can generate and, at the same time, simplify their management and checking. Safetouch Planux Change codes Reset database Apps Bridge Zones Areas/System Keypad RFID Remote connections Timer Outputs Actions Activations Zone alarms Sabotage Anomalies Generic ID Description SMS/ - Activation SMS/ - Reset ContactId - Activation ContactId - Reset App - Activation App - Deactivation 4 5 Total activation Partial activation 1 ID: numerical box, uniquely identifies the event Description: alphanumeric box containing the ID of the event SMS/ - Activation: checkbox; if selected, enables the transmission of an SMS and for activating the selected event. SMS/ - Reset: checkbox; if selected, enables the transmission of an SMS and for resetting the selected event. Contact Id Activation: checkbox; if selected, enables transmission of a new event message in digital Contact ID format for the selected event. Contact Id Reset: checkbox; if selected, enables transmission of a reset message in digital Contact ID format for the selected event. App - Activation /App - Deactivation: checkbox; when selected enables the sending of notifications (corresponding to the activation or resetting of an event) to mobile devices with the application installed. 148

149 The group of tables below provides a list of the events associated with each table. Zones ttcommand ttzone exclusion ttzone isolation Events managed Areas/System Activations Tab Zones alarm tab Sabotage Tab Anomalies tab Generic tabs tttotal activation ttpartial activation 1 ttpartial activation 2 ttrc Set ttdeactivation ttpartial activation 1 and 2 ttburglar tt24h ttfire ttpanic ttrobbery ttflooding ttgas ttmedical ttzones sabotage ttradio sirens sabotage ttradio device jamming ttsabotage App tt8 In Out expansion sabotage ttkeypad sabotage ttrfid sabotage ttsafetouch sabotage tttouch device sabotage Events managed ttzone fault ttsiren fuse fault from bus ttradio control fault ttbus power supply fuses fault ttbus power supply battery ttradio output battery ttsiren battery from bus ttbus power supply network ttradio zone battery ttradio control battery ttinput voltage level to peripheral from bus low ttoutput voltage level from peripheral from bus low ttradio zones monitoring ttradio sirens monitoring ttoutput fault, camera fault ttno GSM/GPRS coverage ttno telephone line tt8 In Out expansion fault ttkeypad fault ttrfid fault ttminitouch fault ttplanux fault ttinactivity ttnot ready for activation ttuser logged in ttl2 forced ON ttl3 forced ON ttnegligence ttalarm memory ttreset alarms ttstop alarms ttstop telephone calls tttimed activation error ttpower supply units and isolators sabotage ttradio concentrator sabotage ttsiren from bus sabotage tttelephone devices sabotage ttip expansion sabotage ttip device (camera) sabotage ttremote communications sabotage ttgsm module jamming ttcode not valid ttpower supply units or isolators fault ttradio concentrator fault from bus ttsiren fault from bus tttelephone devices fault ttcontrol unit IP expansion fault ttip device (camera) fault ttcontrol unit battery anomaly ttpstn fault ttgsm fault ttip card fault ttaudio card fault ttintercom card fault ttdomotics fault ttcontrol unit aux line fuse fault ttcontrol unit bus line fuses fault ttcontrol unit siren line fuse fault ttcontrol unit voltage low ttcontrol unit bus fault tttelephone line fault ttgsm network anomaly ttgprs network anomaly ttdate lost ttsystem alarm memory tttechnical programming ttcontrol unit in service ttreset system alarms ttstop system alarms ttstop system telephone calls ttchange date time ttchange site data tttelephone call failed tttelephone communication ttdigital communicator periodic event 149

150 Keypad RFID Remote connections Timer Outputs Actions Activations Tab Alarms tab Commands tab Outputs tab Zones tab SafeTouch ttwrong code ttcode accepted ttlock keypad ttevent 1 key ttevent 2 key ttkey not valid ttpassword accepted ttlock RFID reader ttwrong Login ttlogged in ttlock web ttlock PC ttlock SMS commands ttlock Voice Menu ttlock domotics tttimer On Off ttactivate mono-stable output ttactivate output manually ttactivation Deactivation action ttburglar alarm action tt24h alarm action ttfire alarm action ttpanic alarm action ttrobbery alarm action ttflood alarm action ttgas alarm action ttmedical Emergency alarm action ttevent 1 key command ttevent 2 key command ttextraordinary command ttstop Alarms command ttreset alarms command ttreset Telephone Calls command ttreset Control unit command ttrequest support ttrequest installer authorisation ttrequest code ttrequest password ttrequest login upgrade ttoutput activation action ttoutput deactivation action ttoutput toggle action ttzone exclusion action ttzone inclusion action ttzone isolation action ttzone activation action ttwrong code ttcode accepted ttlock Safetouch ttevent 1 key ttevent 2 key Events managed Events managed Events managed Events managed Events managed Events managed Events managed 150

151 Planux/ Touch devices/app/bridge Events managed ttwrong code ttcode accepted ttlock SafeTouch / Planux / App / Bridge ttevent 1 key ttevent 2 key Change codes Reset database ttcode added ttcode removed ttcode changed ttpassword added ttpassword removed ttpassword changed ttreset database Events managed Events managed Contact-ID Map For digital communications directed to a monitoring control panel, this section shows a map of the events and related standard codes for which such communication is envisaged. In this section you can also modify certain values, to adapt the messages to the characteristics of the monitoring control panel. Contact-ID Map ID Description 1 Command 2 Zone exclusion 3 Zone isolation 4 Total activation 5 Partial activation 1 6 Partial activation 2 7 RC Set 8 Deactivation 9 Partial activation 1 and 2 Event Qualifier code 140 Direct 570 Direct 570 Direct 400 Inverse 456 Inverse 456 Inverse 404 Inverse 400 Direct 456 Inverse Zone/user Zone Zone Zone <None> <None> <None> <None> <None> <None> ttcontact-id Map ID: numerical box, uniquely identifies the position of the command in the table. Description: alphanumeric box, contains a description of the command to which the parameters in the line correspond. Event code: numerical box containing, by default, the standard code of the selected event. If necessary, can be modified to be adapted to possible requests from the monitoring control panel. Qualifier: drop-down menu, configures the procedure for transmission of events to the monitoring control panel. The possible choices are: Menu selection Direct Force Activation Force Reset Inverse Type of notification sent The direction of the command will be coherent with the direction of the event that triggers it: a new activation event will generate an activation command / new event, and vice versa The direction of the command will always correspond to an activation type event (new event) The direction of the command will always correspond to a reset type event The direction of the command will be coherent with the opposite of the direction of the event that triggers it: a new event will generate a reset command and vice versa Select Zone/User: drop-down menu for associating, when possible, the zone number or ID of the user at the origin of the event. The field is editable but you are advised not to change the default setting. 151

152 Free voice messages This section enables you to compose text messages that can be sent in audio form to one or more telephone numbers. The messages are entered by means of the configuration PC keyboard and are then transferred to the messages memory. Sixteen free messages are available. Free voice messages ID Description 1 Message 1 2 Message 2 3 Message 3 4 Message 4 5 Message 5 6 Message 6 7 Message 7 8 Message 8 Text to speech a burglar alarm is in progress a fire alarm is in progress a robbery alarm is in progress a medical emergency alarm is in progress Run Text To Speech on selected messages: converts the text of the message, composed in the input lines, into an audio file that can be sent to one or more telephone numbers. The command only affects messages with the checkbox selected, and has no effect on the others. Text To Speech Configuration: opens the voice configuration menu. Delete selected audio messages: deletes the messages whose checkboxes are selected. Enabling: checkbox, allows you to select one or more messages for conversion from text to speech or for deletion ID: numerical box; uniquely identifies the message Description: alphanumeric box, assigns an ID to the message. For example, you might want to change the description "Message 1" into "Burglary Message" for the purpose of quick identification in the selection menu. Text to speech: alphanumeric box for entering the text that you want to convert into an audio message to transmit by telephone Check message: button, in the form of a yellow loudspeaker, located on the right of the Text to Speech field. The button does not appear until you have converted the text into audio using the Speaker button in the light blue field. Double-clicking this button starts playing the audio (on the PCs loudspeakers) of the selected message. Voice configuration frmttssettings Available voices ScanSoft Silvia_Dri40_16kHz alarm test Test OK Cancel 1. Press the Gearwheel button 2. In the drop-down menu, select the item you intend to use (in the example it is Scansoft Silvia_Dn40_16kHz) 3. Type any test into the test box (Test alarm in the example) 4. Press the Test button to hear the audio conversions 5. Press OK 152

153 Enter a free voice message 1. Select a free position and enter the message in the Text to Speech field 2. Select the checkbox of the message (or messages) to be converted into audio 3. Press the Speaker button in the light blue field; this done, a button in the form of a yellow loudspeaker will appear on the right of the message in the Check field 4. To check the audio message, double-click on the yellow loudspeaker button on the right of the message you intend to listen to Deleting one or more free voice messages Safe Manager 1. Select the checkboxes of the messages you want to delete 2. Press the button in the form of a trash can Delete the selected audio messages? 3. Click 'Yes' in the pop-up that opens 4. Click send audio Yes No SMS This section enables you to compose up to sixteen different text messages that can be sent in SMS form to one or more telephone numbers. The messages are entered by means of the configuration PC keyboard and are then transferred to the messages memory. SMS ID Description Burglary SMS Sms 2 Sms 3 Sms 4 Text John Smith's home: a burglar alarm is in progress ID: numerical box; uniquely identifies the SMS message. Description: alphanumeric box, assigns an ID to the message. For example, you might want to change the description "SMS 1" into "Burglary SMS" for the purpose of quick identification in the selection menu. Text: alphanumeric box for entering the text of the SMS message. The control panel allows you to send up to eight different messages. You can configure them in this section. ID: numerical box; uniquely identifies the message. Description: alphanumeric box, assigns an ID to the message. For example, you might want to change the description " 1" into "Burglary " for the purpose of quick identification in the selection menu. Text: alphanumeric box for entering the text of the message. 153

154 Service voice messages As well as the free voice messages, there are several service messages, which are used by the control panel to suggest standard operations (e.g. during telephone use of the voice control) or to communicate the system address. These messages, with the sole exception of System Address message, are fixed and cannot be modified in the Text to Speech field. They can be deleted as audio however. Attention: the System Address message is taken automatically from the address box, to be completed in the System Parameters section. That is why it is important to configure the system details in the System Parameters section. Service voice messages ID Description 1 Reset 2 Press key 1 3 End call... 4 End queue 5 Access menus 6 System address Text to speech Reset Press 1 to listen to the alarm message Press hash to end call Press asterisk to end all calls Press zero to enter voice menu Via Umberto Mario The operation of the section and its respective buttons are totally identical to those of the Free Voice Messages section. The only difference is the treatment of the System Address message. Configure the System Address message 1. Complete the System Coordinates section (system parameters menu), at least in relation to the system address field. 2. Go to the Service Voice Messages section and make sure that the text of the system address has appeared in position 6 - System Address - in the Text to Speech field. 3. Select the checkbox for message 6 to convert it into audio. 4. Press the Speaker button in the light blue field; this done, a button in the form of a yellow loudspeaker will appear on the right of the message in the Check field. 5. To check the audio message, double-click on the yellow loudspeaker button on the right of the message you intend to listen to. Timetable programmer This section allows you to configure Timers and timed or automatic activations. The timers relate mainly to time-dependent authorisations (e.g. you can enable keypads to perform operations only within certain timeframes) and conditions on outputs. Timer The control panel provides eight different timer configurations. Each configuration is associated with up to sixteen possible configurable timeframe timers. The figure shows only 9 for the sake of convenience. Timer ID Description ID Office area ON1 OFF1 ON2 OFF2 ON3 OFF3 ON4 OFF Activation Timer 2 Type Timer 3 Type Timer 4 Type Timer 5 Type Timer 6 Type Timer 7 Type Timer 8 Type description warehouse Timer 3 Timer 4 Timer 5 Timer 6 Timer 7 Timer 8 07:00 21:00 04:00 23:00 154

155 ID: numerical box; uniquely identifies the timer. Description: alphanumeric box, assigns an ID to the timer. For example, you might want to change the description "Timer Type 1" into "Activation" for the purpose of quick identification in the subsequent selection menus. ttgrouping of timed activation/deactivation Timers ID: numerical box; uniquely identifies the specific timer. Enabling: checkbox; when selected, enables operation of the selected timer. Description (timer type): alphanumeric box, assigns an ID to the specific timer. For example, you might want to change the description "Timer 1" into "Office area" for the purpose of quick identification in the subsequent selection menus. Each timer (you can configure up to sixteen for each timer configuration) has up to four Timer On/Off cycles, whose trigger times can be freely configured. ONx: time box, for entering the start time of interval x. OFFx: time box, for entering the end time of interval x. ttperiods/calendar management section This section is replicated, in terms of functions and position, in the Activations section. This is the section for setting periods of activity, their duration and their association to a specific timer. You can set up to thirty different periods/calendars, although the figure shows a smaller number for the sake of convenience. ID Start date Start month Start year End day of week End date End month End year End day of week Timer type Activation type 25 December 2012 * 6 January 2013 * Activation Holiday ID: numerical box; uniquely identifies the specific timer. Enabling: checkbox; when selected, enables operation of the selected timer. Start date: drop-down menu for selecting the numerical date of the start day of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. Start month: drop-down menu for selecting the start month of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. Start year: drop-down menu for selecting the start year of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. End day of week: drop-down menu for selecting the day of the week of the start of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. End date: drop-down menu for selecting the numerical date of the end day of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. End month: drop-down menu for selecting the end month of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. End year: drop-down menu for selecting the end year of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. End day of week: drop-down menu for selecting the day of the week of the end of the interval. If it is not important or not convenient to set it, select asterisk (*) from the menu. Timer type (selection) drop-down menu for selecting the type of timer that will be active during the interval, from those available in the drop-down menu. You can choose any one of the eight timer types configured. Also see Description (timer type). Activation type: drop-down menu, select the operating mode assigned to the timer. You can choose any one of the eight types of timer activation configured. 155

156 Priority of periods/calendar timers In the event of conflict between two or more timers, the least used timer will take priority over the others and therefore be used. For example, imagine that you have two timers in conflict, one of which is active every day and the other of which is active only one day a week. The timer that is active only one day a week will take priority because it is the less used of the two. Activations This section is for configuring any programmed activations, which make it possible to configure up to eight different activation profiles. Each profile can operate on eight areas simultaneously, and for each area, eight independent and programmable timeframes are available. Activations ID Description 1 Working day Enabled Forced Control Area ON1 Action 1 ON2 Action 2 ON3 Action 3 ON4 Action 4 2 Holiday 3 Garden Central unit Input 07:00 Deactivation 21:00 Total None None 4 Activation type 4 Central unit Area 2 None None None None 5 Activation type 5 Supervisor Area 3 None None None None 6 Activation type 6 Central unit Area 4 None None None None 7 Activation type 7 Central unit Area 5 None None None None 8 Activation type 8 Central unit Area 6 None None None None Central unit Area 7 None None None None Central unit Area 8 None ID: numerical box; uniquely identifies the timer Description: alphanumeric box, assigns an ID to the timer. For example, you might want to change the description "Timer Type 1" into "Activation" for the purpose of quick identification in the subsequent selection menus. Enabled: checkbox; when selected, enables operation of the profile for the selected area. Forced: checkbox; when selected, enables forcing for the selected area. Control: drop-down menu, allows you to choose for each area, whether control will be assigned to the control panel or to a supervisor. Not currently implemented, leave default setting (central unit). Area: alphanumeric box, shows the name assigned to the area in the Areas menu. ON1: time box, for setting the time at which the event shown in the Action 1 column will be generated. In general form, applies to all eight time boxes from ON1 to ON8. Action 1: drop-down menu, allows you to select one of the available events to be performed at the time set in the ON 1 column. In general form, applies to all eight action boxes, from Action 1 to Action 8. None None None Menu selection None Total P1 + P2 P1 P2 Deactivation Total with activation delay P1 + P2 with activation delay P1 with activation delay P2 with activation delay Result of action No action undertaken in area. Total activation of area. Activation of zones in groups Partial 1 and Partial 2. Does not consider output times. Activation of zones associated with Partial 1. Does not consider output times. Activation of zones associated with Partial 2. Does not consider output times. Deactivates the area. Total activation of area. Considers output times. Activation of zones in groups Partial 1 and Partial 2. Considers output times. Activation of zones associated with Partial 1. Considers output times. Activation of zones associated with Partial 2. Considers output times. Periods/calendar management section This section is replicated, in terms of functions and position, in the Timer section, where it is described. Refer to that section for a detailed description. 156

157 System parameters ttpresence of expansions Includes 6 independent checkboxes for enabling any expansions that may be present on the control panel. The check mark in the checkbox enables the peripheral, which would not otherwise be considered, even if present. If you enable a peripheral that is not present, after transfer of the programming to the control panel, system errors may be indicated. System parameters Presence of expansions GSM PSTN Network card (Ip) Audio Domotics Intercom GSM: refers to the GSM expansion card PSTN: refers to the telephone interface supplied as standard. If it is enabled, but the telephone line is not present, an anomaly will be generated. Network card (IP): refers to the IP expansion card. If it is present and enabled, but there is no IP connection, an anomaly is generated. Audio: refers to the messages expansion module. If enabled but not present, it generates an anomaly. Domotics: refers to the home automation bus expansion module. If enabled but not present, it generates an anomaly. Intercom: refers to the expansion module for listening to an environment / hands-free communication. If enabled but not present, it generates an anomaly. ttoptions Language: drop-down menu, allows you to set the user Options interface language (on-screen menus and Language Italiano messages). RS485 bus speed RS485 bus speed: drop-down menu, allows you to select the Forced activation Level 2 (anomalies) speed of the RS485 communication bus, Forced activation Level 2 (sabotage) from between 9600 and baud. Activation with monitor fault (radio) The standard is baud. Activation with battery fault (radio) Forced activation level 2 (anomalies): checkbox; if Buzzer in partial selected, allows Sound in panic a user to force Restore factory settings No an activation in Permanently enable installer code the presence of anomalies. This Voice guide for telephone communicator operation degrades Code entry errors 3 the performance of the control panel at Level 2. Forced activation level 2 (sabotage): checkbox; if selected, allows a user to force an activation in the presence of sabotage. This operation degrades the performance of the control panel at Level 2. Activation with monitor fault (radio): checkbox; if selected, allows activation of the system even if there is a radio sensors monitoring anomaly. The system must be activated by forcing. Activation with battery fault (radio): checkbox; if selected, allows activation of the system even if there is a battery anomaly (internal battery). The system must be activated by forcing. Buzzer in partial: checkbox; if selected, enables the control devices to audibly indicate the output time during a partial activation. Sound in panic: checkbox; if selected, allows a panic alarm to be associated with the activation of the sounders (sirens). 157

158 Restore factory settings: drop-down menu, allows you to choose either NO (do not allow), PARTIAL (allow partially) or YES (allow in full) for the purposes of resetting the system parameters. Permanently enable installer code: checkbox; if selected, does not allow timed expiry of the installer code: once an installer code has been authorised, it will remain authorised until the check mark is removed and the data is subsequently transferred to the control panel. Voice guide for telephone communicator: checkbox; if selected, allows the use of voice control during interaction from a telephone line (conventional or GSM), thereby making it possible to interact by means of audio messages transmitted by the dialler and reply with DTMF tones generated by the telephone in use. The voice control must be transferred to the messages module at the time of programming. ttcontrol devices Control devices Lock due to wrong code and/or false password Reactivation time (minutes) Devices password 2 * Lock due to wrong code and/or false password: checkbox; if selected, locks keypads, RFID activators and Planux and Minitouch devices when a maximum number of code errors is reached. Code entry errors: numerical box for setting the number of consecutive code entry errors that will cause the timed lockout of the control device. Reactivation time (minutes): numerical box for setting the temporary lockout time for the control device (keypad, RFID reader, Planux, Minitouch) that generated the maximum permitted number of code entry errors. Devices password: a system-specific numerical value for differentiating the devices by associating them to a specific system. The number must be between 0 and System coordinates Serial Number System address Customer name Database Version 20 System coordinates: 3 alphanumeric fields for containing the serial n, address and name of customer to whom the system is registered. The serial number is not editable and is the number for the specific card. Database Version: numerical, provides information about the version of data management in the database (and hence in the data flash memory) of that particular system. Different databases are not compatible with each other. 158

159 ttsystem cycles System cycles Chime duration (seconds) Network alarm signalling delay (hh:mm:ss) Battery alarm signalling delay (hh:mm:ss) 5 00:30:00 00:30:00 Zones testing time (days) Unlimited 1 Maximum number of extraordinary requests 3 Duration of single extraordinary 60 Chime duration (seconds): numerical box, allows you to set the duration in seconds of the sounding of a zone configured as Bell. Network alarm signalling delay (hh:mm:ss): time box, allows you to set the alarm delay caused by a power outage. On expiry of this time an alarm will be generated, and if programmed, messages will be sent (SMS, voice, ). No alarm will be generated if the situation returns to normal before expiry of the timer. Battery alarm signalling delay (hh:mm:ss): time box, allows you to set the alarm delay caused by a battery fault. On expiry of this time an alarm will be generated, and if programmed, messages will be sent (SMS, voice, ). No alarm will be generated if the situation returns to normal before expiry of the timer. Zones testing time (days): numerical box, allows you to set the time, expressed in days, during which one or more zones configured in Test mode, will not be able to generate alarms when the system is active, but only records for the events log. Test mode is useful for checking the behaviour of zones whose correct operation is in doubt, while avoiding generating nuisance alarm cycles. There is just one test time, and it is associated to all the test zones. On expiry of this time, all the zones will return to normal operation and will be able to generate fully effective alarms. If a zone is put into test mode after the timer has already been activated for a different zone, the timer will restart from zero, thereby prolonging the test time for all zones involved. To put zones in test mode, select the Test checkbox in the Attributes section of the individual zones, whether radio or wired. Unlimited: checkbox, for putting no limit on the test time: the zones in test mode will remain in test mode until taken out of test mode. Maximum number of extraordinary requests: numerical box for setting the maximum number of overtime requests (which equate to an activation delay requested by a user) that can be made before automatic activation. Duration of single extraordinary: numerical box for setting the duration of a single overtime cycle, which can be activated at the request of a user. 159

160 ttfault cycles Fault cycles Unlimited Time 0 Unlimited: checkbox; if selected, there is no limit on the number of fault cycles that can be generated per activation cycle. Time: numerical box; if the Unlimited checkbox is not selected, this box enables you to set a limit to the number of fault cycles that can be generated, measured between one activation and the next. ttalarm cycles Alarm cycles Unlimited Time 0 Unlimited: checkbox; if selected, there is no limit on the number of alarm cycles that can be generated per activation cycle. Time: numerical box; if the Unlimited checkbox is not selected, this box enables you to set a limit to the number of alarm cycles that can be generated, measured between one activation and the next. ttdate and time Date and time Date/time to set/read 10/12/ :34:32 SET Read Automatic switch to/from daylight saving time Time difference (GMT +1:00 hour) Rome, Berlin, Bru Alphanumeric Date and Time box: allows you to set a date and time to send to the control panel, or which have been received from the control panel. You can also change the date and time manually: simply select the field to be edited with the mouse, and enter the new data. The value is static and is not modified by the passage of time. Set: button for sending the system date and time to the control panel. Date and time correspond to the date and time of the computer in use for configuration. Read: button, allows reading of the date and time from the control panel and display of the value read in the alphanumeric Date and Time box. Automatic switch to/from daylight saving time: checkbox, for European countries only; if selected, allows the control panel to update the time automatically in response to changes to and from daylight saving time. Time difference: drop-down menu; in the case of automatic updating of the time via an IP network, allows you to select the time difference for the purpose of correct interpretation of the GMT time data. ttfirmware version Firmware version Read Read: button, for reading the firmware revision from the control panel and displaying it in the box below. HARDWARE_ID: MuTy HARDWARE_BOOT_VER: 0x2 VERSION_CODE: 0x0 160

161 ttenable installer Enable installer Run! Run: button used to enable the installer code. This procedure is essential for system configuration. When the button is pressed, an access form appears: enter a valid and authorised user code, then press Login. If the procedure is a success you will be able to transfer data to and from the control panel. Factory-set codes The factory-set codes of the control panel are as follows: Factory-set master user code: Factory-set installer code: Events Log The events log can record up to 1024 standard-compliant events, 1024 generic events and 8 events of first zone event type on a non-volatile memory. First Zone type events refer to the first zone in the area to which they belong, and amount to one per potentially used area. For each of the three types of event, once you have filled all the locations assigned to recording, subsequent records of mandatory and generic events will rewrite the non-volatile memory, starting from the oldest events. If necessary, at each activation cycle, the first zone events will rewrite the individual event in the specific area position. The events log can only be imported, and the memory to which it is saved is not editable. Events log Events log Unique ID Date Log Type Event Agent type Event subtype Event Mask type Agent Action /11/ :0... Events memory Areas Generic Reset alarms Area 1, Area 2, Area 3, Area 4, Area 5, Area 6, Area 7, Area 8 Set /11/ :0... Events memory System Anomaly Expansion fault... Reset /11/ :0... Events memory System Generic Alarm memory... Set /11/ :0... Events memory System Generic Programming... Set /11/ :0... Generic event Output Output events Output ON O. centr.unit 1 Output O. centr.unit 1 Reset /11/ :0... Generic event Output Output events Output ON O. centr.unit 2 Output O. centr.unit 2 Reset /11/ :0... Events memory Areas Generic Area 1, Area 2, Area 3, Area 4, Area 5, Area 6, Area 7, Area 8 Reset /11/ :0... Events memory Areas Generic Reset alarms Area 1, Area 2, Area 3, Area 4, Area 5, Area 6, Area 7, Area 8 Reset /11/ :0... Events memory System Generic Alarm memory... Reset /11/ :0... Events memory System Generic Programming... Reset /11/ :0... Events memory System Anomaly Alarm CSV: button for exporting the events log for analysis/printing by means of an external editor. The format is such that the exported data are separated from each other by commas (comma-separated values). Re-analyse: button, allows you to update the descriptions of events, if, after importation, the descriptions of peripheral, zones, etc. have been modified. Unique ID: numerical box; incremental number that uniquely identifies the event. Date: date box, shows the date and time at which the event described in the line occurred. Log type: alphanumeric box, identifies the area in which the information is stored. The same information can be deduced from the colour of the line. By default (they can be modified in the options): Green: denotes lines showing events whose recording is required by the applicable standards. Light blue: events belonging to generic events. White: first zone type events. 161

162 Event type:alphanumeric box, description of the event type recorded. For example: Area, Output, etc. Event subtype: alphanumeric box, description of the event subtype recorded. For example: Zone alarm, Output events, etc. Event: alphanumeric box, description of the event type recorded. For example: Burglary, Output On, etc. Mask: alphanumeric box; where envisaged by the event, the logical origin of the event. By way of example only, Area 1, Area 2 in the case of a burglar alarm, or User 1 in the case of an activation or deactivation. Agent type: alphanumeric box, the physical category of the event. For example Zone in the case of a burglar alarm, or Digital Key in the case of an Activation event. Agent: alphanumeric box; the operator who generated the event. For example Wired Zone 1 in the case of a burglar alarm, or Digital Key in the case of an activation. Action: alphanumeric box, describes the action performed as a consequence of the event. For example Alarm in the case of a burglar alarm, or Set in the case of an activation. Event detail: alphanumeric box, adds further detail to the event line. For example, in the case of an anomaly, it identifies more precisely the type of anomaly detected. Events to Save In this section, it is possible to choose which events to save in the events memory, for subsequent analysis. Detailed selection of the individual events that can be saved makes it possible to increase the level of detail of the records while reducing the maximum retention period or, conversely, to reduce the level of detail of the records while extending the available retention time, assuming the same conditions of system use. The structure of the configuration tables is the same for all the events managed. Two tabs, under the name Areas/System and Actions, manage a large number of selectable events. To simplify their configuration, they are equipped with sub-tabs which divide the options into homogeneous subgroups with respect to the events that can be selected and, at the same time, simplify their management and checking. Events to save Minitouch Planux Change codes Zones Areas/System Keypad RFID Remote connections Timer Outputs Actions Activations Zone alarms Sabotage Anomalies Generic ID Description 4 Total activation 5 Partial activation 1 6 Partial activation 2 7 RC Set 8 Deactivation 9 Partial activation 1 and 2 Reset Set ID: numerical box, uniquely identifies the event. Description: alphanumeric box containing the ID of the event. Set: checkbox; if selected, enables recording of the event at the time it occurs. Reset: checkbox; if selected, enables recording of the event at the time it is reset. 162

163 The group of tables below provides a list of the events associated with each table. Zones ttcommand ttzone exclusion ttzone isolation Selectable events Areas/System Activations Tab Zones alarm tab Sabotage Tab Anomalies tab Generic tabs Events managed tttotal activation ttpartial activation 1 ttpartial activation 2 ttrc Set ttdeactivation ttpartial activation 1 and 2 ttburglar tt24h ttfire ttpanic ttrobbery ttflooding ttgas ttmedical Emergency ttzones sabotage ttradio concentrator sabotage ttradio sirens sabotage ttsiren from bus sabotage ttradio device jamming tttelephone devices sabotage tt8 In Out expansion sabotage ttip expansion sabotage ttkeypad sabotage ttip device (camera) sabotage ttrfid sabotage ttremote communications sabotage ttminitouch sabotage ttgsm module jamming ttplanux sabotage ttcode not valid ttpower supply units and isolators sabotage ttzone fault ttpower supply units or isolators fault ttsiren fuse fault from bus ttradio concentrator fault from bus ttradio control fault ttsiren fault from bus ttbus power supply fuses fault tttelephone devices fault ttbus power supply battery ttcontrol unit IP expansion fault ttradio output battery ttip device (camera) fault ttsiren battery from bus ttcontrol unit battery anomaly ttbus power supply network ttpstn fault ttradio zone battery ttgsm fault ttradio control battery ttip card fault ttinput voltage level to peripheral from bus low ttaudio card fault ttoutput voltage level from peripheral from bus low ttintercom card fault ttradio zones monitoring ttdomotics fault ttradio sirens monitoring ttcontrol unit aux line fuse fault ttoutput fault ttcontrol unit bus line fuse fault ttcamera fault ttcontrol unit siren line fuse fault ttno GSM/GPRS coverage ttcontrol unit voltage low ttno telephone line ttcontrol unit bus fault tt8 In Out expansion fault tttelephone line fault ttkeypad fault, RFID fault ttgsm network anomaly ttminitouch fault ttgprs network anomaly ttplanux fault ttdate lost ttinactivity ttsystem alarm memory ttnot ready for activation tttechnical programming ttuser logged in ttcontrol unit in service ttl2 forced ON ttreset system alarms ttl3 forced ON ttstop system alarms ttnegligence ttstop system telephone calls ttalarm memory ttchange date time ttreset alarms ttchange site data ttstop alarms tttelephone call failed ttstop telephone calls tttelephone communication tttimed activation error ttdigital communicator periodic event 163

164 Keypad RFID Remote connections Timer Outputs ttwrong code ttcode accepted ttlock keypad ttevent 1 key ttevent 2 key ttkey not valid ttpassword accepted ttlock RFID reader ttwrong Login ttlogged in ttlock web ttlock PC ttlock SMS commands ttlock Voice Menu ttlock domotics tttimer On Off ttactivate mono-stable output ttactivate output manually Selectable events Selectable events Selectable events Selectable events Selectable events Actions Activations Tab Alarms tab Commands tab Outputs tab Zones tab ttactivation Deactivation action ttburglar alarm action tt24h alarm action ttfire alarm action ttpanic alarm action ttrobbery alarm action ttflood alarm action ttgas alarm action ttmedical Emergency alarm action ttevent 1 key command ttevent 2 key command ttextraordinary command ttstop Alarms command ttreset alarms command ttreset Telephone Calls command ttreset Control unit command ttrequest support ttrequest installer authorisation ttrequest code ttrequest password ttrequest login upgrade Events managed ttaction of output activation, Action of output deactivation, Toggle output ttzone exclusion action ttzone inclusion action ttzone isolation action ttzone activation action Minitouch ttwrong code ttcode accepted ttlock Minitouch ttevent 1 key ttevent 2 key Selectable events 164

165 Planux Change codes ttwrong code ttcode accepted ttlock Minitouch ttevent 1 key ttevent 2 key ttcode added ttcode removed ttcode changed ttpassword added ttpassword removed ttpassword changed Selectable events Selectable events 165

166 Appendix Port forwarding for remote connection A. For remote management of the VEDO control panel via Safe Manager, open the router ports: for the IP address of the control panel network card. B. For remote use of the VEDO control panel, open the router ports for: the IP address of the control panel network card. the IP address of the first Pal-IP (if present). the IP address of the second Pal-IP (if present). A B Port External port (default) Internal port (default) Protocol IP address HTTP (for access to WEB pages) TCP Control panel network card Or HTTPS (for secure access to WEB pages) TCP TLS (for secure communication over TCP/IP networks) Or TCP (protocol for communication over TCP/IP networks) NOT required for VEDO App TCP TCP GRAB (for capturing screenshots using the VEDO application) TCP First Pal-IP module STREAMING (for streaming data transmission via VEDO application) UDP CSP (Comelit Signalling Protocol) UDP GRAB (for capturing screenshots using the VEDO application) TCP Second Pal-IP module STREAMING (for streaming data transmission via VEDO application) UDP CSP (Comelit Signalling Protocol) UDP The port forwarding procedure is described below: 1. Connect the PC to the router to which the VEDO control panel will be connected. 2. Access the browser and enter the IP address of the router (this can be found in the router user manual) in the navigation bar, for example: Log in by entering the username and password (these can be found in the router user manual). The port configuration method may differ according to the brand and type of router used. 166

167 4. Search for the sections "Port Opening" or "Apps and games" or "Port Forwarding" (if not displayed on the main menu, search for them in Advanced settings) and add the ports you wish to configure. 5. Fill in the configuration panel (see example in the figure below): a. Enter the name of the port you want to open. b. Select the desired protocol (TCP or UDP). c. For the external port, enter a desired value which has not been used for ports opened previously (the value should then be entered in SafeManager for remote connection on page 11 or listed in the Vedo App settings, in the remote connection parameters section)**. For the internal port, enter the default value or the value configured via Safe Manager software*. If requested, enter the same value in Start and in End if you wish to open a single port. The internal ports corresponding to the Pal-IP modules are fixed and therefore not freely configurable. d. Enter the IP address of the device for which you wish to open the ports on the router (Control panel network card/ First Pal-IP module/second Pal-IP module). e. Confirm. f. Repeat the procedure for each port you wish to open. * The ports opened on the router must correspond to those configured via Safe Manager and/or via the App. ** To resolve problems regarding a few router models, we recommend using an external port value which is equal to the internal port value. 167