Comelit VEDO10, VEDO34M, VEDO68, VEDO34, VEDO68M Technical Manual

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Passion.Technology.Design.

TECHNICAL

MANUAL

Technical manual for the Vedo system

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PCBVEDO68

000P1515XXXXXXXX

Table of contents

1. Introduction to the system ...........................................5

1.1 DESCRIPTION OF SYSTEM COMPONENTS ..................................5

1.1.1 Communication standard ........................................................5

1.1.2 Addressing the modules ..........................................................5

1.2 GENERAL ..........................................................................................5

1.2.1 Main system specications: ....................................................5

INPUTS / OUTPUTS / BALANCING ..........................................................5

PROGRAMMING / MAINTENANCE ..........................................................5

USER CODES / KEYS / REMOTE CONTROLS ......................................5

COMPATIBLE DEVICES / NUMBER OF DEVICES SUPPORTED ...........5

VARIOUS FUNCTIONS COMMON TO ALL CONTROL PANELS .............6

ONLY WITH GSM MODULE ART. VEDOGSM ..........................................6

ONLY WITH IP MODULE ART. VEDOIP ....................................................6

ACTIVATIONS ............................................................................................6

ALERTS .....................................................................................................6

1.2.2 Power supply unit technical specications ..........................7

1.2.3 Power supply unit technical specications ..........................8

EXAMPLE OF TWO-POLE ISOLATING DEVICE ......................................8

2. Identication of parts and separation of circuits .......9

2.1 POSITIONING OF COMPONENTS AND FIXTURES (FOR ART.

BOXPLASTIC) ..........................................................................................9

2.2 ROUTES FOR SEPARATING THE SELV CIRCUIT AND THE HIGH

VOLTAGE CIRCUIT (FOR ART. BOXPLASTIC) ...............................9

2.3 POSITIONING OF COMPONENTS AND FIXTURES (FOR ART.

BOXMETAL) .............................................................................................10

2.4 ROUTES FOR SEPARATING THE SELV CIRCUIT AND THE HIGH

VOLTAGE CIRCUIT (FOR ART. BOXMETAL) ..................................11

3. Technical and installation specications ....................12

3.1 BOXPLASTIC ....................................................................................12

3.1.1 Technical specications...........................................................12

3.1.2 Installation .................................................................................12

3.2 BOXMETAL .......................................................................................12

3.2.1 Technical specications...........................................................12

3.2.2 Installation .................................................................................12

3.3 CONTROL PANEL CARD ART. PCBVEDO10, ART. PCBVEDO34,

ART. PCBVEDO68 .............................................................................13

3.3.1 Main features .............................................................................13

3.3.2 Technical specications...........................................................14

CONFIGURATION JUMPERS ...................................................................14

VARIOUS CONNECTORS .........................................................................14

MODULE CONNECTORS .........................................................................14

LED MEANINGS ........................................................................................14

TERMINAL BLOCK M11-M12 ....................................................................14

TERMINAL BLOCK M2-M3-M4-M5 ...........................................................14

TERMINAL BLOCK M6-M7-M8-M9-M10 ...................................................14

MOUNTING ...............................................................................................14

3.4 INTERNAL EXPANSIONS .................................................................15

3.4.1 Telephone dialler functions (PSTN as standard) ...................15

SPECIFICATIONS ACCORDING TO STANDARD EN50136-2-1 ..............15

CONNECTION OF THE TELEPHONE LINE TO THE CONTROL PANEL 15

3.4.2 Messages and Voice Control expansion module (Art.

VEDOVOICE)..............................................................................15

AUDIO MODULE FUNCTIONS .................................................................15

TECHNICAL SPECIFICATIONS ................................................................15

FITTING THE MESSAGES AND VOICE CONTROL EXPANSION MODULE

3.4.3 GSM communication expansion module (Art. VEDOGSM) ..16

GSM MODULE FUNCTIONS ....................................................................16

TECHNICAL SPECIFICATIONS ................................................................16

SPECIFICATIONS ACCORDING TO STANDARD EN50136-2-1 ..............16

MEANING OF THE LEDS ON THE IP GSM MODULE .............................16

CONFIGURATION JUMPERS ...................................................................16

FITTING THE GSM MODULE ...................................................................16

FITTING THE SIM CARD ..........................................................................17

3.4.4 TCP/IP Ethernet expansion module (Art. VEDOIP) ................18

TCP/IP MODULE FUNCTIONS .................................................................18

TECHNICAL SPECIFICATIONS ................................................................18

SPECIFICATIONS ACCORDING TO STANDARD EN50136-2-1 ..............18

MEANING OF THE LEDS ON THE IP MODULE ......................................18

FITTING THE TCP/IP MODULE ................................................................18

FITTING THE RJ45 CONNECTOR ...........................................................18

FITTING THE MICROSD MEMORY CARD ...............................................18

REMOVING THE MICROSD MEMORY CARD .........................................18

3.5 GENERAL INFORMATION ABOUT CONNECTING DEVICES TO THE

BUS ....................................................................................................19

3.5.1 Bus line termination .................................................................19

3.6 WIRING THE INPUTS .......................................................................19

3.6.1 Normally closed (NC) ...............................................................19

3.6.2 Normally open (NO) ..................................................................19

3.6.3 Single balance ...........................................................................19

3.6.4 Double balance .........................................................................19

3.6.5 Triple balance ............................................................................20

3.6.6 Triple balance with jamming ....................................................20

3.6.7 Double zone (double) ...............................................................20

3.6.8 Double zone with end of line (EOL double) ............................20

3.6.9 Wiring the control panel's 24-hour input ................................20

3.6.10 Wiring the telephone dialler on the PSTN network..............20

Warnings

• Install the equipment by carefully following the instructions given by the manufacturer and in compliance with the standards in force.

• All the equipment must only be used for the purpose it was designed for. Comelit Group S.p.A. declines any responsibility for improper use of the apparatus, for any alterations made by others for any reason or for the use of non-original accessories or materials.

• Installation, mounting and assistance procedures for electrical devices must only be performed by specialised electricians.

• For standard-compliant installation, a suitable (two-pole) device must be provided for isolating and protecting the network power supply in the building's electrical system (see diagram on page 8), in compliance with the standards in force (law 46/90): for example, a two-pole overload circuit breaker with rated current 6A.

• Cut off the power supply before carrying out any maintenance work.

• It is recommended to check the correct operation of the safety system periodically (at least once a month).

• Remove any dust accumulated in the control panel housing with a damp cloth, without using any solvent, and check that there are no foreign bodies.

• Check the conditions of the connectors and the conductors.

• Carry out the maintenance and operation test of all the components (smoke sensors, movement sensors, ...) as indicated in the respective technical manuals.

• Replace the protections on the terminals.

• All the products comply with the requirements of Directive 2006/95/EC (which

replaces Directive 73/23/EEC and subsequent amendments), as certied by the

CE mark they carry.

• The device complies with the following standards:

• EN60950-1/A1:2010 relating to the safety of information technology equipment.

• EN50130-4:2011 relating to Alarm systems Part 4: Electromagnetic

compatibility

• EN50131 relating to Alarm systems - Intrusion and Hold Up alarm systems

• EN50136 elating to Alarm systems - Alarm transmission systems and

equipment

• On all articles there is a label identifying the product. Two examples are shown below:

• All the system components must have safety grade 2 or higher to obtain grade 2

alarm system certication according to standard EN50131.

Maintenance

Certications

Product labels

manufacturer's name

interpretation serial number: 000PWWYYXXXXXXXX

protocol number

date of manufacture

week of manufacture (WW)

and year of manufacture (YY)

(in the sample label

1515= week15 of the year 15)

article code

VEDOGSM

000P1515XXXXXXXX

EAN article

identication code

manufacturer's name

serial number

article code

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3.7 CONTROL AND DISPLAY COMPONENTS ......................................21

3.7.1 LCD keypad (Art. VEDOLCD) and keypad with RFID key

reader (Art. VEDOLCDPROX) ...................................................21

MAIN FEATURES: .....................................................................................21

TECHNICAL SPECIFICATIONS ................................................................21

MEANING OF THE KEYPAD LEDS ..........................................................21

LCD KEYPAD TERMINAL BLOCK DESCRIPTION ................................... 21

DIP SWITCHES AND BUS TERMINATION ...............................................21

MOUNTING THE KEYPADS ......................................................................22

3.7.2 RFID proximity reader on bus (Art. VEDOPROX) ..................22

MAIN FEATURES ......................................................................................22

TECHNICAL SPECIFICATIONS ................................................................22

SETTING RFID READER SPEED .............................................................22

ADDRESSING ...........................................................................................23

RFID KEY READER ON BUS TERMINAL BLOCK DESCRIPTION ..........23

485 LINE TERMINATION ...........................................................................23

MEANING OF THE LEDS ON THE RFID READER ..................................23

MOUNTING THE RFID KEY READER ON BUS .......................................23

3.7.3 RFID keys (Art. SK9050x/A) .....................................................24

3.8 OTHER DEVICES THAT CAN BE CONNECTED TO THE 485 BUS ...

3.8.1 Vedo Touch (Art. VEDOTOUCH) / Mini Touch (Art. 20034607)

with RFID key reader.................................................................24

MAIN FEATURES: .....................................................................................24

TECHNICAL SPECIFICATIONS ................................................................25

DESCRIPTION OF TERMINAL BLOCK ....................................................25

485 LINE TERMINATION ...........................................................................25

LED MEANINGS ........................................................................................25

ADDRESSING THE DEVICE ON THE BUS ..............................................25

SPEED SETTING ......................................................................................25

MOUNTING ...............................................................................................25

3.8.2 Planux Manager with RFID key reader (Art. 20034801) .........26

MAIN FEATURES: .....................................................................................26

TECHNICAL SPECIFICATIONS ................................................................26

DESCRIPTION OF TERMINAL BLOCK ....................................................26

485 LINE TERMINATION ...........................................................................26

ADDRESSING THE DEVICE ON THE BUS ..............................................26

SPEED SETTING ......................................................................................26

MOUNTING ...............................................................................................26

3.8.3 Icona Manager ViP (Art. 20003310W) ......................................27

MAIN FEATURES: .....................................................................................27

TECHNICAL SPECIFICATIONS ................................................................27

DESCRIPTION OF TERMINAL BLOCK 1 .................................................27

DESCRIPTION OF TERMINAL BLOCK 2 .................................................27

DESCRIPTION OF TERMINAL BLOCK 3 .................................................27

485 LINE TERMINATION ...........................................................................27

LED MEANINGS ........................................................................................27

ADDRESSING THE DEVICE ON THE BUS ..............................................27

SPEED SETTING ......................................................................................27

MOUNTING ...............................................................................................27

3.9 EXPANSIONS ON 485 BUS ..............................................................28

3.9.1 Expansions plastic housing ....................................................28

MOUNTING THE PLASTIC HOUSING......................................................28

3.9.2 Expansion on bus with 8 balanceable inputs and 8 logic

outputs on bus (Art. VEDO8I8O) ..............................................28

MAIN FEATURES ......................................................................................28

TECHNICAL SPECIFICATIONS ................................................................28

CONFIGURATION JUMPERS ...................................................................29

ADDRESSING ...........................................................................................29

SETTING THE SPEED OF THE CARD ON THE BUS ..............................29

TERMINAL BLOCK M1 ..............................................................................29

TERMINAL BLOCK M2 ..............................................................................29

LED MEANINGS ........................................................................................29

MOUNTING ...............................................................................................29

3.9.3 Bidirectional radio expansion on bus (Art. VEDORF) ...........29

MAIN FEATURES ......................................................................................29

TECHNICAL SPECIFICATIONS ................................................................29

CONFIGURATION JUMPERS ...................................................................29

ADDRESSING ...........................................................................................30

SETTING THE SPEED OF THE CARD ON THE BUS ..............................30

TERMINAL BLOCK DESCRIPTION ..........................................................30

LED MEANINGS ........................................................................................30

MOUNTING ...............................................................................................30

3.9.4 PAL/IP video module Art. VEDOCCTV ....................................30

MAIN FEATURES ......................................................................................30

TECHNICAL SPECIFICATIONS ................................................................31

CONFIGURATION JUMPERS ...................................................................31

CONNECTING VEDOCCTV WITH SWITCH/HUB AND CONTROL PANEL

POWER SUPPLY .......................................................................................31

CONNECTING THE VEDOCCTV MODULE WITH POE SWITCH/HUB ...31

MMS SUPPORT – SYSTEM DESCRIPTION AND MINIMUM

REQUIREMENTS ......................................................................................31

VIDEO STREAMING SUPPORT, RECORDING FILMS AND FRAME

CAPTURES - DESCRIPTION OF THE MINIMUM FEATURES OF THE

SYSTEM ....................................................................................................31

NETWORK PARAMETERS OF PAL/IP MODULE .....................................31

3.10 WIRELESS SENSORS AND ACCESSORIES ................................32

3.11 OUTPUTS SIREN CONNECTION EXAMPLES ..............................32

3.11.1 Connecting a self-powered siren with 3 or 2 wires .............32

3.11.2 Connecting a non-self-powered indoor siren ......................32

3.11.3 2-wire connection of indoor siren and self-powered siren

with siren fault zone and siren sabotage zone.......................33

3.11.4 2-wire connection of self-powered siren with siren fault

zone and siren sabotage zone .................................................33

3.11.5 3-wire connection of self-powered siren with siren fault

zone and siren sabotage zone .................................................33

3.12 EXAMPLE OF CONNECTION TO OUTPUTS TC1 AND TC2 ........33

3.13 POWER SUPPLY STATIONS ..........................................................34

3.13.1 Power supply unit management card for VEDO series

control panels Art. PCBPSU ....................................................34

MAIN FEATURES ......................................................................................34

TECHNICAL SPECIFICATIONS ................................................................34

TERMINAL BLOCK M1-M2-M3-M4-M5-M6 ...............................................34

ADDRESSING ...........................................................................................35

SETTING THE SPEED OF THE CARD ON THE BUS ..............................35

LED MEANINGS ........................................................................................35

POWER SUPPLY UNIT CONNECTOR ..................................................... 35

CONFIGURATION JUMPERS ...................................................................35

ANTI-TAMPER CONNECTION ..................................................................35

CONNECTING V- REFERENCE TERMINAL ...........................................35

EARTH CONNECTION ..............................................................................35

3.14 BUS ATOR (VEDOISO) ...................................................................35

MAIN FEATURES ......................................................................................35

TECHNICAL SPECIFICATIONS ................................................................35

BUS ISOLATOR TERMINAL BLOCK .........................................................35

ADDRESSING ...........................................................................................36

SETTING SPEED ON THE BUS ...............................................................36

CONFIGURATION JUMPERS ...................................................................36

LED MEANINGS ........................................................................................36

TAMPER CONTACT CONNECTION .........................................................36

MOUNTING ...............................................................................................36

4. Appendix: Mounting instructions ................................37

4.1 OPENING THE HOUSING ART. BOXPLASTIC ................................37

4.2 PREPARING THE HOUSING ART. BOXPLASTIC ...........................37

4.3 FIXING THE HOUSING ART. BOXPLASTIC TO THE WALL ...........37

4.4 MOUNTING THE CONTROL PANEL CARD ART. PCBVEDO10 / PCBVEDO34 / PCBVEDO68 AND PCBPSU IN A HOUSING ART.

BOXPLASTIC ....................................................................................38

4.5 MOUNTING THE POWER SUPPLY UNIT PSU15 IN A HOUSING ART.

BOXPLASTIC ....................................................................................38

4.6 MOUNTING THE EXPANSION ART. VEDO8I8O AND ART. VEDORF

IN A HOUSING ART. BOXPLASTIC ..................................................38

4.7 OPENING THE HOUSING ART. BOXMETAL ...................................39

4.8 FIXING THE HOUSING ART. BOXMETAL TO THE WALL ..............39

4.9 MOUNTING THE CONTROL PANEL CARD ART. PCBVEDO10 / PCBVEDO34 / PCBVEDO68 AND PCBPSU IN A HOUSING ART.

BOXMETAL ........................................................................................39

4.10 MOUNTING THE EXPANSION ART. VEDO8I8O IN A HOUSING

ART. BOXMETAL ...............................................................................39

4.11 MOUNTING THE POWER SUPPLY UNIT PSU15 - PSU50 IN A

HOUSING ART. BOXMETAL .............................................................40

4.12 MOUNTING THE MODULE ART. VEDOCCTV IN A METAL

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HOUSING ART. BOXMETAL .............................................................40

4.1 3 MOUNTING THE KEYPAD ART. VEDOLCD - ART. VEDOLCDPROX ON

BOX 503 .............................................................................................................41

4.14 MOUNTING THE KEYPAD ON THE WALL ART. VEDOLCD - ART.

VEDOLCDPROX ................................................................................41

4.15 MOUNTING THE VEDO TOUCH (ART. VEDOTOUCH) / MINI

TOUCH (ART. 20034607) ON BOX 503 ............................................42

4.16 MOUNTING PLANUX MONITOR (ART. 20034801) WITH FLUSH-

MOUNTED BOX ART. 6117 ...............................................................43

4.17 MOUNTING PLANUX MONITOR (ART. 20034801) WITH WALL

SUPPORT ART. 6120 ........................................................................44

4.18 WALL-MOUNTING ICONA MANAGER VIP (ART. 6620) / SU 503

SERIES BOX / ROUND BOX ............................................ 45

4.19 MOUNTING ICONA MANAGER VIP ON A FLUSH MOUNTED BOX

ART. 6117 ...........................................................................................46

4.20 PREPARING THE PLASTIC HOUSING FOR MOUNTING THE

EXPANSION ART. VEDORF / VEDO8I8O .........................................47

4.21 WALL-MOUNTING THE PLASTIC HOUSING FOR MOUNTING THE

EXPANSION ART. VEDORF / VEDO8I8O .........................................47

5. Appendix: notes on installation and programming ...48

5.1 WHAT TO DO BEFORE POWERING UP THE SYSTEM .................48

5.1.1 Connect the zone inputs correctly ..........................................48

5.1.2 Connect the bus modules ........................................................48

5.1.3 Close all the anti-tamper inputs ..............................................48

5.1.4 Powering up ..............................................................................48

5.2 DEFAULT CONFIGURATION ............................................................48

5.3 INTRODUCTION TO PROGRAMMING FROM THE KEYPAD .........48

5.3.1 Keypad description ..................................................................48

5.3.2 Default codes ...........................................................................48

5.3.3 Keypad navigation mode .........................................................48

5.3.4 Modifying a numerical value ....................................................48

5.3.5 Editing an alphanumeric string ...............................................48

5.3.6 Setting the keypad serial number ...........................................49

5.3.7 Total activation of the alarm system .......................................49

5.3.8 Partial activation of the alarm system / execution of a

scenario .....................................................................................49

5.3.9 Total deactivation of the alarm system ...................................49

5.3.10 Muting an alarm with the system deactivated .....................49

5.3.11 Entering programming as a User ..........................................49

5.3.12 Entering programming as an Installer (installer code

authorisation) ............................................................................49

5.3.13 Changing date and time .........................................................49

5.3.14 Acquiring an RFID key code from the keypad .....................49

5.3.15 Acquiring a radio sensor code from the keypad .................50

5.3.16 Acquiring a radio control code from the keypad .................50

5.3.17 Acquiring a siren code from the keypad ..............................50

5.3.18 Exiting programming mode ...................................................50

5.3.19 Restoring factory settings .....................................................50

TOTAL RESET ...........................................................................................50

PARTIAL RESET (CODE RECOVERY) .....................................................50

5.3.20 Setting the control panel to Service Status ........................51

5.3.21 Exiting Service Status ............................................................51

5.4 FAST NAVIGATION OF KEYPAD MENU (INSTALLER AND USER) ... 51

EXAMPLE 1: "ENABLE BUZZER" ON KEYPAD 1 ....................................51

EXAMPLE 1: "ENABLE BUZZER" ON KEYPAD 1 FROM DEPTH LEVEL 2

PARAMETERS PRG./VEDOTOUCH .........................................................51

5.5 CONFIGURATIONS NECESSARY TO GUARANTEE GRADE 2

CERTIFICATION ACCORDING TO EN50131-1 ................................52

5.5.1 Keypads .....................................................................................52

5.5.2 App .............................................................................................52

5.5.3 Input/output expansions (8I8O) ...............................................52

5.5.4 Power supply stations ..............................................................52

5.5.5 Isolators .....................................................................................53

5.5.6 Radio expansion .......................................................................53

5.5.7 Radio outputs ............................................................................53

RADIO OUTPUT EVENTS.........................................................................53

RADIO OUTPUT CONFIGURATION .........................................................53

5.5.8 Radio controls ...........................................................................53

5.5.9 Radio zones ...............................................................................53

RADIO SUBZONE PARAMETERS ............................................................53

5.5.10 Wired zones .............................................................................53

SUBZONE PARAMETERS ........................................................................53

5.5.11 Areas ........................................................................................53

5.5.12 Wired outputs ..........................................................................53

WIRED OUTPUT EVENTS ........................................................................53

WIRED OUTPUT CONFIGURATION ........................................................54

5.5.13 User ..........................................................................................54

CODE TYPE ..............................................................................................54

5.5.14 Installers ..................................................................................54

CODE TYPE ..............................................................................................54

5.5.15 GSM settings ...........................................................................54

5.5.16 Telephone Options ..................................................................54

5.5.17 Phone Book / Email ................................................................54

5.5.18 Digital dialler contacts list .....................................................54

5.5.19 Generic events ........................................................................54

5.5.20 Detailed events .......................................................................54

DETAILED EVENTS FLAGS......................................................................54

5.5.21 Service voice messages ........................................................55

5.5.22 System Parameters ................................................................55

5.5.23 Events to be saved .................................................................55

5.6 OFFICIAL SYMBOL CONVENTIONS FOR ANTI-INTRUSION

SYSTEMS ..........................................................................................57

5.7 SHIELDED CABLE CONDUCTOR RESISTANCE TABLE ...............57

5.7.1 Input and signal connections ..................................................57

5.7.2 Power supply connections ......................................................58

5.8 DATA NETWORK CONNECTION CABLE ........................................58

Page 5

1. Introduction to the system

Vedo is a modern, practical I&HAS (Intrusion and Hold Up alarm

system) capable of meeting the technical and performance requirements of modern security systems to the best effect. The Vedo system allows the creation of systems that require up to 68 individually balanced standard zones with triple balance, which can be assigned to a maximum of 8 areas.

The system integrates home automation functions that do not inuence

the behaviour of the alarm system.

The control panel is enclosed in a compact housing, which also accommodates the power supply unit. According to system requirements, it is possible to equip the control panel card directly with a module for GSM communication, a messages / voice control module and a module for communication on IP protocol.

The connectors for powering the control panel are routed from the power supply unit.

Inside the metal housings it is possible to accommodate 2 standard

input/output expansions. In the plastic housings it is possible to t

2 8IO expansion modules or 1 8IO expansion module and a radio expansion. The expansion modules are connected to the Bus.

The system comprises a master unit (the control panel) and a certain number of slave units (the peripherals on the Bus). Regardless of system activation status, the control panel's task is to query the peripheral units periodically to determine correct operation and obtain information about system status. Each peripheral component is equipped with local intelligence, which enables it to perform a certain number of tasks independently and, at the request of the control panel,

communicate its status and any information relating to its specic

peripheral functions.

Communication between the control panel and the expansions takes place by means of a standard RS485 Bus. The control panel's standard communication speed is set to 38400 baud.

The modules are all connected to the same Bus, and are recognisable by their unique address. Depending on the

peripheral, this address can be congured by physical means

(e.g. DIP switches as on the input and output expansions) or by

means of a software conguration (e.g. LCD keypads).

The control panel is supplied with a built-in digital dialler.

The control panel can be programmed directly from the keypad or, more easily, by means of dedicated software. The audio messages

can be modied only by using the programming software from a PC.

The association of zones to areas and partial subgroups of areas allows total, partial or selective activation of the system, according to

the authorisations assigned (at the conguration stage) to the user

who performs the operations.

Each input event can be associated with multiple outputs, thus

potentially involving all the outputs congured at the installation stage. The exibility of this arrangement makes it possible to adapt the control

panel to the most wide-ranging requirements.

1.1 DESCRIPTION OF SYSTEM COMPONENTS

1.2 GENERAL

1.1.1 Communication standard

1.1.2 Addressing the modules

INPUTS / OUTPUTS / BALANCING

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

Control Panel Inputs 8 + 1 24h

Maximum Number of Inputs

18 (2wire+8radio)

(max 16 radio)

34 (mixed) 34 (mixed) 68 (64Radio) 68 (64Radio)

Control Panel Outputs 3: 1Relay 3A@24V + 2oc 100mA

Maximum Number Outputs (wired +radio) 16 36 36 50 50

Double Function No Yes Yes Yes Yes

Balance Type

NO, NC, Single,

Double, Triple, Triple

with jamming

NO, NC, Single, Double, Triple, Triple with jamming, Double zone, Double zone with end of line

PROGRAMMING / MAINTENANCE

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

Programming/Reading of options in local/

remote mode

Yes

Central programming USB/LAN

Programming from Keypad or Vedo Touch

with emulated keypad

Yes

Programmable test call Yes

Remote maintenance Yes with IP card

Periodic test call Yes on digital dialler

USER CODES / KEYS / REMOTE CONTROLS

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

User Code 8 32 32 50 50

Installer Code 2 5 5 5 5

Manufacturer Code 1

Remote controls 11 38 38 56 56

Keys 11 38 38 56 56

COMPATIBLE DEVICES / NUMBER OF DEVICES SUPPORTED

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

Plastic housing Yes Yes No Yes No

Metal housing No No Yes No Ye s

Power supply unit PSU15 PSU15

PSU15 PSU50

PSU15 PSU15

PSU50

Maximum number power supply stations 2 4 4 8 8

Number of IN/OUT expansions 0 8 8 12 12

RFID readers 2 8 8 8 8

√ IMPORTANT: no two components of the same type and

with the same logical address must be present on the bus. For example, there cannot be two or more keypads with the same address. Should this happen, the system will be unable to function correctly and will generate a bus error.

TAB_caratteristiche centrale

1.2.1 Main system specications:

Page 6

Keypads / Keypads with proximity reader 2 (min 1)* 8 (min 1)* 8 (min 1)* 8 (min 1)* 8 (min 1)*

Vedo Touch with proximity reader 1 2 2 4 4

Touch Devices (Mini Touch, Planux Manager,

Icona Manager VIP with proximity reader)

1 2 2 4 4

Radio Receivers 1 2 2 3 3

Plug-in Audio Module Yes

Voice Menu Command Interface Yes

Plug-in GSM Module Yes

Plug-in TCP/IP Module Yes

PAL IP Module 2

Number of cameras managed 8

Integrated interface PSTN Yes

App Phone 8

* it is recommended to install at least one keypad (Art. VEDOLCD / Art. VEDOLCDPROX)

ACTIVATIONS

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

Areas 2 8 8 8 8

Area activation modes 4 (Total, partial 1, partial 2, partial 1+2)

Partial Activations 2

Activation Programmes (Scenarios) 8 8 8 16 16

Programmable Auto Activation/Deactivation Yes

Auto-activation Models (Public Holidays +

Schedules)

Area Exclusion for Patrol function with

automatic or manual reactivation

Yes

Timer 4 16 16 16 16

Accepts commands from telephone with tone

dialling or by SMS

Activation/Deactivation, activation/deactivation of zones, outputs, timers, Status interrogation of individual Areas and Zones),

stop alarms.

ALERTS

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

Text-to-Speech Audio Messages 20 32 32 48 48

Audio message 1020 minutes

Built-in digital dialler Yes

Voice Telephone Numbers, SMS and MMS 16

Digital Telephone Numbers 4

Email addresses 16

Events Log (according to standard EN50131-1) 1024 events with date and time

Additional Events Log 1024 events with date and time

SMS and for Alarm Receiving Centres Yes

Supports the CONTACT ID protocol Yes

Priority in processing and indicating signals

1) Alarm Events, 2) Sabotage, 3) Malfunctions, 4) Exclusions, 5) Other events

In the telephone options it is possible to set the priority for sending messages by sms, email, mms, voice, digital

• Up to 10 simultaneous connections

• Telephone access via sounder or dialler

• Telephone line status check

• Skip Answerer

• Possibility of sharing the telephone line with another answering device

• Integrated voice calls (Text To Speech)

• Telephone voice control, with remote DTMF management

• Possibility of downloading pre-recorded Text to Speech voice messages

• Function keys for alarm calls and rapid activations (available on keypad, Mini Touch, Planux Manager, and App)

• Event transmission in Contact ID format

• GSM850, EGSM900, DCS1800, PCS 1900

• GSM/GPRS channel support

• Main or reserve telephone dialler

• Indication of alarms/malfunctions/sabotage/events via SMS

• Customisable SMS messages

• Control panel status interrogation via SMS

• Checking residual credit of the prepaid SIM

• Transmission of Voice Messages via GSM

• Transmission of Contact ID via GSM

• Event transmission in Contact ID format

• Event transmission by email with images

• Event transmission by MMS

• Ethernet Interface.

• Event transmission on IP

• Programming and Monitoring of the control panel via LAN through Safe Manager

• Programming and Monitoring of the control panel via Internet through Safe Manager

• Control panel management vie Internet through Vedo App

• Event alert via e-mail and on Vedo App with alerts with proprietary protocol

• Alert by e-mail for alarms/malfunctions/sabotage/events with images

ONLY WITH GSM MODULE ART. VEDOGSM

ONLY WITH IP MODULE ART. VEDOIP

VARIOUS FUNCTIONS COMMON TO ALL CONTROL PANELS

Page 7

VEDO10 VEDO34 VEDO34M VEDO68 VEDO68M

Dimensions (L x H x P) 260 x 280 x 80 mm 260 x 280 x 80 mm 440 x 315 x 95 mm 260 x 280 x 80 mm 440 x 315 x 95 mm

Weight (without battery) 1313g 1313g

3845 (with PSU15) 4039 (with PSU50)

1313g

3845 (with PSU15) 4039 (with PSU50)

Power supply units supported PSU15 PSU15

PSU15 PSU50

PSU15

PSU15 PSU50

Batteries supported

Art. 30076003

12V/7Ah

Art. 30076003

12V/7Ah

Art. 30076003

12V/7Ah Art. 30076004 12V and 18Ah

Art. 30076003

12V/7Ah

Art. 30076003

12V/7Ah Art. 30076004 12V and 18Ah

Max. battery charging current 0.8A

Battery 80% charging time 8h 8h 8h/19h 8h 8h/19h

Low Battery Fault Generation in presence of EPS 12V

Low Battery Fault Generation in absence of EPS 11.5V

Control panel switch-off in absence of EPS for

Protection against deep discharges (the battery is

disconnected to avoid damage)

10.5V

Maximum current for V+SIR outputs 0.75A

Intervention voltage of the protection against voltage

surges: battery disconnection

15V

Maximum current for V+bus,V+AUX outputs 1.5A

Output voltage operating range (Vbus, VAUX1, VAUX2) 10 ~ 15 V

CN1 input voltage operating range 12.8 ~ 15 V

CN2 input voltage operating range (Battery) 10.5 ~ 15 V

Control panel card consumption (min./max.)

Control panel in standby: 47mA +

All active outputs: 37mA +

PSTA active and communicating: 30mA +

Audio: 1mA +

GSM: 27mA idle, 47mA communicating +

IP: 69mA

Maximum consumption (with audio module, IP module

active and connected, GSM module transmitting)

Control panel in alarm status with all expansions active: 230mA

Control panel in standby with all expansions active: 144mA

Maximum current available for external devices

Depends on the control panel conguration.

Grade 2: 580mA – mean current absorbed

by the control panel.

Depends on the

control panel

conguration.

With battery Art.

30076004 12V and

18Ah

Grade 2: 1500mA

– mean current

absorbed by the

control panel.

Depends on the

control panel

conguration.

Grade 2: 580mA

– mean current

absorbed by the

control panel.

Depends on the

control panel

conguration.

With battery Art.

30076004 12V and

18Ah

Grade 2: 1500mA

– mean current

absorbed by the

control panel.

Maximum current delivered to outputs TC1 and TC2 100mA

Relay contacts capacity in output exchange NO-COM-

3A @ 24V

Operating temperature and Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Safety grade 2 according to EN50131-1 *

Type of power supply unit TYPE A according to standard EN50131-6

Environmental class II according to EN50131-1

1.2.2 Power supply unit technical specications

Technical specications complying with standard EN50131-6 (new standard which establishes the required performances of a power supply unit in alarm systems).

The control panel is certiable up to grade 2 according to standard EN50131-1. It is possible to maintain grade 2 certication only if the system is made of components of grade II or higher.

Articles certiable with safety grade 2 according to standard EN50131-1:

Housings: Art. BOXPLASTIC, BOXMETAL

Control panel cards: Art. PCBVEDO10, PCBVEDO34, PCBVEDO68

Internal expansions: Art. VEDOVOICE, VEDOGSM, VEDOIP

Keypads and activators: Art. VEDOLCD, VEDOLCDPROX

Expansions on 485 bus: Art. VEDO8I8O, VEDORF

Power supply units: Art. PSU15, PSU50

Power supply unit management card: Art. PCBPSU

Isolators: Art. VEDOISO

Bidirectional PET Immunity infrared sensor, via radio: Art. RFPIRP

Magnetic contact sensor with radio transceiver: Art. RFMAGW / RFMAGB

4-key radio control: Art. RFREMOTE4

Self-powered internal siren: Art. RFINTSIR

Self-powered external siren: Art. RFEXTSIR

* Respecting any indications for conguration and installation

Page 8

Power supply unit versions PSU15 PSU50

Name of manufacturer / supplier Comelit Group S.p.A. Comelit Group S.p.A.

Dimensions (L x H x P) 78 x 110 x 36 mm 98 x129 x40 mm

Weight 241 g 435 g

Input voltage 100 - 240V ± 10%

AC input frequency 47-63Hz

AC Alternating Current @115/230V~ : 0.6A @115/230V~ : 1.3A

Output voltage 14.0 V ± 2% 14.0 V ± 2%

Rated current 1.5A Max 5A Max

Output voltage ripple 300mV

Voltage surge protection +50%

Overload protection 110~180% rated output power

Operating temperature and Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Safety grade 2 according to EN50131-1*

Environmental class II according to EN50131-1

1.2.3 Power supply unit technical specications

* Respecting any indications for conguration and installation

EXAMPLE OF TWO-POLE ISOLATING DEVICE

Control

panel

PHASE

230 V

50 Hz

NEUTRAL

EARTH

Wiring diagram: two-pole mains switch

(for example overload circuit breaker with rated current 6A) able to isolate the power supply of the device.

FIG_sezionamento impianto

Art. PSU15 / PSU50 complies with standards EN50130-4:2011, EN 60950-1:2006 + A11:2009 + A1:2010 + A12:2011 + A2:2013

Page 9

1 2

2 3 41

5 6

2. Identication of parts and separation of circuits

2.1 POSITIONING OF COMPONENTS AND FIXTURES (FOR ART. BOXPLASTIC)

2.2 ROUTES FOR SEPARATING THE SELV CIRCUIT AND THE HIGH VOLTAGE CIRCUIT (FOR ART. BOXPLASTIC)

1. Holes for xing the housing

2. Clips for xing the control panel card

Art. PCBVEDO10 - PCBVEDO34 PCBVEDO68 - PCBPSU

3. Clip for xing expansion Art.

VEDO8I8O

4. Housing of xing screw for power

supply unit Art. PSU15

5. Clip for xing battery Art. 30076003

6. Anti-tear tamper hole

7. Cable inlet holes

8. Clip for xing expansion Art. VEDORF

/ VEDO8I8O

1. VEDOIP expansion network connector

2. Expansion antenna connector Art.

VEDOGSM

3. Battery connector

4. PSU connector

5. Control panel card PSR connections

6. Fixing screw for power supply unit

PSU15

7. Internal fuse 250V~ T2A (for Art.

PSU15), Internal fuse 250V~ T2.5A (for PSU50)

8. Cable for connecting the power supply

unit to earth Art. PSU15

9. High Voltage Cables

10. Cable for connecting the control panel

card to earth Art. PCBVEDO10 PCBVEDO34 - PCBVEDO68

11. Balance resistor

12. GSM Antenna

13. Tamper connectors

A. Control panel card position Art.

PCBVEDO10 - PCBVEDO34 PCBVEDO68 - PCBPSU

B. Expansion position Art. VEDO8I8O C. Power supply unit position Art. PSU15 D. Battery position Art. 30076003 E. Position of tamper F. Expansion position Art. VEDORF /

VEDO8I8O

A1.Position of communication module

VEDOGSM

A2.Position of messages expansion

VEDOVOICE

A3.Position of IP module VEDOIP

For standard-compliant installation, pay attention to the

correct route of the earthing cables and of the SELV circuit and high voltage cables.

To guarantee certication of

the system it is necessary to

identify the type of control panel, checking the respective box on the adhesive label applied on the housing.

Page 10

EN 50131-1 EN 50131-3

Grade 2 / Class II

VEDO34M VEDO34M Vin:100-240V 50/60Hz 1,3A VEDO68M

Vin:100-240V 50/60Hz 0,6A

VEDO68M

Vin:100-240V 50/60Hz 1,3A

Max Current

Vin:100-240V 50/60Hz 0,6A

EN 50131-1 EN 50131-6

Grade 2 / Class II

VEDOPSU5A

Vin:100-240V 50/60Hz 1,3A

Max Current

1 3 a b4 3

3 13 12 3

2 52

1. GSM antenna output

2. Supports for xing the control panel

card Art. PCBVEDO10 - PCBVEDO34

- PCBVEDO68 - PCBPSU

3. Holes for xing the housing

4. Cable inlet holes

5. Supports for xing ( ) and holding

expansion Art. VEDO8I8O

6. Anti-tear Tamper hole

7. Screws for xing ( ) and holding PAL

module Art. VEDOCCTV

8. Supports for xing power supply unit

9. Anti-sabotage protection panel

10. Inlet holes for power supply unit

blocking clamp

11. Position of control panel identication

label

12. Housing of xing screw for power

supply unit Art. PSU50

13. Housing of xing screw for power

supply unit Art. PSU15

Optional positions*

a. Holes for tting supports for xing the

expansion Art. VEDO8I8O

b. Screws for xing ( ) and holding PAL

module Art. VEDOCCTV

* for further information, see the manual

of Art. BOXMETAL

A. Control panel card position Art.

PCBVEDO10 - PCBVEDO34 PCBVEDO68 - PCBPSU

B. Expansion position Art. VEDO8I8O C. Expansion position Art. VEDO8I8O D. Tamper position E. Battery position Art. 30076003 /

Art. 30076004

F. Power supply unit position Art.

PSU15/PSU50

G. PAL/IP module position Art.

VEDOCCTV

In order to guarantee

certication of the system it is necessary to x the 7Ah

or 18Ah battery to the metal

housing with the double-sided tape provided.

In order to guarantee

certication of the system it

is necessary to identify the

type of control panel and the maximum consumption of the power supply unit, checking the respective box on the adhesive label applied on the

outside of the metal housing

(as in the example ')

2.3 POSITIONING OF COMPONENTS AND FIXTURES (FOR ART. BOXMETAL)

Consult the label of

the power supply unit

installed to establish the

maximum consumption

Page 11

2 4 631 5

2.4 ROUTES FOR SEPARATING THE SELV CIRCUIT AND THE HIGH VOLTAGE CIRCUIT (FOR ART. BOXMETAL)

For standard-compliant installation, pay attention

to the correct route of the earthing cables and of the SELV circuit and high voltage cables.

(!) With the VEDOCCTV

module tted in a central position (as in the picture) use a mains power supply cable with double insulation (to prevent the coaxial cables of

the cameras coming in contact

with 230V wires)

(!) If the mains cable inlet hole

is shared with other cables of the control panel wiring (as in the picture), use a mains power supply cable with

double insulation.

1. GSM antenna output

2. Expansion antenna connector Art.

VEDOGSM

3. PSU connector

4. Battery connector

5. VEDOIP expansion network connector

6. Balance resistor

7. Tamper connectors

8. VEDOCCTV network connector

9. Earth connection according to

standard EN60950.

10. Internal fuse 250V~ T2A (for Art.

PSU15), Internal fuse 250V~ T2.5A (for PSU50)

11. High Voltage Cables.

A1.Position of communication module

VEDOGSM

A2.Position of messages expansion

VEDOVOICE

A3.Position of IP module VEDOIP

Page 12

3. Technical and installation specications

3.1 BOXPLASTIC

A standard-compliant connection to the electric power network must be provided.

If the control panel is already assembled, you will have to remove the electronic cards and the power supply unit from the housing, so as not to risk damaging them

For standard-compliant installation, prepare the cables and leads necessary for wiring the system as indicated on page. 9.

In order to guarantee Grade 2 certication according to EN50131-1 the tamper must be mounted and congured correctly

3.2 BOXMETAL

A standard-compliant connection to the electric power network must be provided.

For standard-compliant installation, prepare the cables and leads necessary for wiring the system as indicated on page 10-11

In order to guarantee Grade 2 certication according to EN50131-1 the tamper must be mounted and congured correctly.

For the instructions for mounting the housing, see page 37

For the instructions for mounting the housing, see page 39

Art. BOXPLASTIC complies with standards EN50131-1, EN50131-3, EN50131-6, EN50136-1-1, EN50136-2-1, EN

60950-1:2006 + A11:2009 + A1:2010 + A12:2011 + A2:2013,

EN50130-4

Art. BOXMETAL complies with standards EN50131-1, EN50131-3, EN50131-6, EN50136-1-1, EN50136-2-1, EN

60950-1:2006 + A11:2009 + A1:2010 + A12:2011, EN50130-4)

3.1.1 Technical specications

3.1.2 Installation

3.2.2 Installation

3.2.1 Technical specications

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 280 x 260 x 80 mm

Weight

803g (housing + micro switch + xing

screws)

Operating temperature and Operating

humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Environmental class II according to EN50131-1

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 315 x 440 x 95 mm

Weight 3250 g (housing + xing supports)

Operating temperature and Operating

humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Environmental class II according to EN50131-1

* Respecting any indications for installation

Page 13

3.3 CONTROL PANEL CARD ART. PCBVEDO10, ART. PCBVEDO34, ART. PCBVEDO68

The control panel card is available in 3 versions with different features, see the table on page 5 for the detailed features of the control panels VEDO10, VEDO34, VEDO68, VEDO34M, VEDO68M which include the respective control panel cards (PCBVEDO10, PCBVEDO34, PCBVEDO68, PCBVEDO34, PCBVEDO68)

The card has a basic conguration with 8 freely programmable zones

+1 sabotage zone. It has a relay output, which by default, manages the sirens, and 2 low-consumption programmable outputs.

The control panel card is supplied with a built-in digital dialler, which allows the transmission of voice messages by means of an additional audio/voice control module.

It is equipped with 8 standard wired zones and one anti-tamper zone.

It also has one relay output and 2 congurable 100 mA open-collector

outputs.

The association of zones to areas and partial subgroups of areas allows total, partial or selective activation of the system, according to

the authorisations assigned at the conguration stage to the user who

performs the operations.

Each input event can be associated with multiple outputs, thus

potentially involving all the outputs congured at the installation stage. The exibility of this arrangement makes it possible to adapt the control

panel to the most wide-ranging requirements.

3.3.1 Main features

• 0.75A / 13.8 V self-resettable fuse for protecting the power supply to the siren outputs

• 1.5A / 13.8 V self-resettable fuse for protecting the power supply to the RS485 buses

• 1.5A / 13.8 V self-resettable fuse for protecting the power supply to the sensors

• all the inputs are ltered and protected against electrical and electrostatic discharges

• alarm relay with potential-free exchange contact 24V= 3A

• 2 programmable logic outputs with congurable polarity, limited to 100mA, self- resettable

• built-in digital dialler

• separate power supply unit, switching type direct from mains

• power supply protection against overloads, short-circuits and voltage surges

• battery connection (up to 18 A/h hours –12V) protected against reversed polarity and short-circuits

• circuit for dynamic testing of backup battery charge state

• circuit for monitoring the positive siren voltages, 485 bus and sensor auxiliary positive

• on-board 485 bus terminal resistor, which can be activated by means of a jumper

• USB interface for connection to a conguration system

The control panel card complies with standards EN50131-1 and EN50131-3

Holes for xing the control panel card to the metal housing Art. BOXMETAL

Fixtures for cards/expansions

JP4

JP5

JP8

JP1

CN4

MOD2

MOD1

V+

AUX

V+

AUX

V- 24HI1 I2 I3 I4 I5 I6 V- I7 I8V-

MOD3

JP6

JP7

JP3

JP2

MOD5

CN1

CN2

M11

M6 M7 M8 M10M9

M12

TEL2

TEL1

V+

BUS

V-

COM

V+ SIR

TC2

TC1

V-

CN3

DL5

DL1

DL4

DL3

DL2

IP COMMUNICATION MODULE POSITION

GSM COMMUNICATION MODULE POSITION

CARDS POSITION FOR FUTURE USES

MESSAGES EXPANSION POSITION

Fig Scheda Centrale

Page 14

VARIOUS CONNECTORS

MODULE CONNECTORS

Name Function

CN1 PSU connector

CN2 Battery connector

CN3 USB

CN4 Reserved

Name Function

MOD1 IP communication expansion module connection

MOD2 Messages and voice control expansion module connection

MOD3 Future uses

MOD5 GSM communication expansion module connection

TERMINAL BLOCK M11-M12

3.3.2 Technical specications

Name Function

L1 Conductor 1 input from telephone line. Is connected directly to

terminal TEL1

L2 Conductor 2 input from telephone line

TEL2 Conductor 2 output to telephone

TEL1 Conductor 1 output to telephone. Is connected directly to terminal

TERMINAL BLOCK M2-M3-M4-M5

TERMINAL BLOCK M6-M7-M8-M9-M10

LED MEANINGS

Name Function

Connection for a functional earth connection.

V+ bus

Power supply positive for 485 communication bus. Limited to 1.5A / 13.8 V

A RS485 data bus - A

B RS485 data bus - B

V-

Power supply negative All terminals marked V- are connected to each other

COM Connection for alarm relay exchange control panel pin (RY1)

Normally closed connection for alarm relay (RY1). In standby the COM and NC terminals are kept closed together.

Normally open connection for alarm relay (RY1). When the relay is attracted, the COM and NO terminals are kept closed together.

V+ SIR Battery charge and power supply positive. Limited to 0.75 A / 13.8 V

TC2

Programmable block logic output. Permitted load 100mA. Polarity is determined by jumper JP5. If JP5 is set to OC (0 V), the output acts as an open collector: in standby, it will not allow the passage of current, and if activated, it will close to earth. If JP5 is set to TC (13,8 V), however, in standby it will not allow the passage of current and if activated, it will present a positive to the terminal.

TC1 As per TC2, but controlled by JP4

V- Power supply negative

Name Function

V+ AUX Power supply positive for signal sensors. Limited to 1.5A / 13.8 V

I1 Programmable input zone 1.

I2 Programmable input zone 2.

V- Inputs common / Power supply negative

I3 Programmable input zone 3.

I4 Programmable input zone 4.

I5 Programmable input zone 5.

I6 Programmable input zone 6.

V- Inputs common / Power supply negative

I7 Programmable input zone 7.

I8 Programmable input zone 8.

V+ AUX

Power supply positive for signal sensors. Electrically connected to terminal 1 of the same terminal block. Shares its limitation.

V- Power supply negative

24H Programmable anti-tamper input.

Name Function

DL1 Presence of microcontroller power supply

DL2 Errors on 485 bus

DL3 Control panel operating: 1 second ON/OFF

Control panel in standby to download parameters: 0.2 seconds ON/OFF

DL4 Internal use

DL5 Not tted

CONFIGURATION JUMPERS

Name Function

JP1 If activated, enables 485 bus terminal resistor

JP2 Reserved

JP3 Reset (closing it and then opening it restarts the programme)

JP4 TC2 polarity: Open Collector (OC) or Positive Command on TC (TC)

JP5 TC1 polarity: Open Collector (OC) or Positive Command on TC (TC)

JP6 Restore initial conguration (see installation paragraph)

JP7 Service input

JP8 Future uses

In order to guarantee compliance with Standards EN50131-1 and

EN50131-3:

• 3 control panel inputs must be programmed to manage the

following events: Detector fault, Anti-robbery device fault, Siren

fault;

• one control panel input must be activated in the event of a fault (DO NOT connect the additional or self-powered sirens to this output)

• a Siren sabotage zone must be provided.

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 140 x 127 x 28 mm

Weight

125g without earth cable 135g with earth cable

Consumption (min./max.)

Control panel in standby: 47mA + All active outputs: 37mA +

PSTA active and communicating: 30mA +

Audio: 1mA + GSM: 27mA idle, 47mA communicating + IP: 69mA

Operating temperature and Operating

humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Operating voltage 10V to 15V

Certiable safety grade 2 according to EN50131-1*

Device Type TYPE B according to standard EN50131-3

Environmental class II according to EN50131-1

* Respecting any indications for conguration and installation

In order to guarantee compliance with standard EN60950 the earthing must be connected as shown on page 9

In order to guarantee compliance with standard EN60950 the earthing must be connected as shown on page 11

MOUNTING

Article PCBVEDO10 / PCBVEDO34 / PCBVEDO68 can be installed:

• plastic housing Art. BOXPLASTIC (see page 38)

• metal housing Art. BOXMETAL (see page 39)

Page 15

3.4 INTERNAL EXPANSIONS

IMPORTANT: any operation involving the assembly or disassembly of expansion modules must be performed with all input power (from power supply unit or battery) OFF, in order to avoid permanently damaging the expansion module you intend to add or remove, as well as the control panel card.

3.4.1 Telephone dialler functions (PSTN as standard)

• telephone line presence check

• number dialling, both pulse and DTMF

• 16 telephone numbers for voice calls

• Contact ID compatible built-in digital dialler

• 4 telephone numbers for Contact ID

• congurable test call

• override answering machine option

SPECIFICATIONS ACCORDING TO STANDARD EN50136-2-1

CONNECTION OF THE TELEPHONE LINE TO THE CONTROL PANEL

L2 T1 T2

CONTROL

PANEL

MODEM

TELEPHONE

LINE

ADSL

FILTER

Features Value

Types of alarm transmission for

which the device is suitable

ATS2 according to EN50131-1

Generation and/or transmission

times of alarm messages

voice messages: 10 sec.

Times for generating a reply signal

(when used)

CONTACT ID: times according to standard SIA DC-05-1999.09

Times for detecting and presenting

faults

line disconnection: 10 sec.

Level of output signals and/or

sensitivity of input signals

Minimum level DTMF tones at

input: 36mVeff - 28.8dbV 100mVpp Level DTMF tones at output: low

freq 9dBm / high freq 11dBm

Safety signals level supplied

ATS2-I0 no information protection ATS2-S1 protection against substitution

Calibration instructions calibration not necessary

Sharing of transmission connections

PSTN possible in systems with adsl and other telephones

FITTING THE MESSAGES AND VOICE CONTROL EXPANSION MODULE

First check that all power is OFF.

To t the message and voice control expansion module, simply

plug it into connector MOD2 of the control panel card (see page

13). The module connector should plug into its counterpart without requiring any force.

No auxiliary connection is required.

3.4.2 Messages and Voice Control expansion module (Art. VEDOVOICE)

Optional, contains the part of the audio messages relating to the digital dialler, i.e. contains the audio messages to be sent on the standard or GSM telephone line. Equipped with a plug-in

connector for simplied tting.

The voice control section cannot be customised. It allows an authorised user to perform guided activation, deactivation,

modication and status checking operations on the system

from a remote location, using a standard telephone or mobile phone.

A second section is provided for the input of custom messages,

In other words, all messages intended to provide specic

information about the system. This information includes all data relating to alarm signalling (e.g. the data identifying the system address: "Home of Mr John Smith, Queen Street, London").

The message expansion module does not initially contain any

messages and must therefore be congured (by means of the conguration software) at the time of rst installation. The same

applies in the event of replacement of or addition to an existing system.

If this module is not tted, the only type of audio information that

it will be possible to send by telephone is audio tones.

AUDIO MODULE FUNCTIONS

• Up to 48 standard messages

• 16 freely usable messages (recording and transfer only

from PC software)

• 6 service voice messages

• system management by means of interface with voice menu

• Facility for activation, deactivation, output status modication

and alarm reset from a remote location

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 24 x 21 x 12 mm

Weight 4 g

Consumption (min./max.) 1mA

Operating temperature and

Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Environmental class II according to EN50131-1

* Respecting any indications for conguration and installation

Art. VEDOVOICE complies with standards EN50131-1.

The device is immune to the disturbances governed by standard EN 50130-4.

Emission standards with which the device complies:

EN61000-6-3, EN50130-4, EN301489-1, EN301489-3, EN301489-7.

Page 16

DL5

P1 P2

DL1 DL2 DL3 DL4

1 2 3

Times for detecting and presenting

faults

No GSM/GPRS coverage: 120 sec. SIM fault: 20 sec. antenna disconnected: 45 sec.

Level of output signals and/or

sensitivity of input signals

Minimum level DTMF tones at

input: 36mVeff - 28.8dbV 100mVpp Level DTMF tones at output: low

freq 9dBm / high freq 11dBm

Safety signals level supplied

ATS2-I0 no information protection ATS2-S1 protection against substitution

Sharing of transmission connections

GSM: GSM850, EGSM900, DCS1800, PCS 1900 Class 4 (2W) for GSM850 / EGSM900 Class 1 (1W) for DCS1800 / PCS1900

3.4.3 GSM communication expansion module (Art. VEDOGSM)

GSM MODULE FUNCTIONS

Art. VEDOGSM complies with standards EN50131-1,

EN50136-1-1, EN50136-2-1, EN 61000-6-3 (2007) + A1 (2011)

The device is immune to the disturbances governed by standard EN 50130-4.

Emission standards with which the device complies: EN61000-

6-3, EN50130-4, EN301489-1, EN301489-3, EN301489-7.

The GSM communication expansion module Art. VEDOGSM allows telephone calls, SMS, MMS and e-mails to be sent on the data network. Combined with the voice message card Art. VEDOVOICE, it allows the remote management of the control panel by a voice communicator.

• GSM850, EGSM900, DCS1800, PCS 1900

• GSM/GPRS channel support

• Main or reserve telephone dialler

• Indication of alarms/malfunctions/sabotage/events via SMS

• Customisable SMS messages

• Control panel status interrogation via SMS

• Checking residual credit of the prepaid SIM

• Transmission of Voice Messages via GSM

• Transmission of Contact ID via GSM

• Event transmission in Contact ID format

• Event transmission by email with images

• Event transmission by MMS

1. Antenna connector

2. SIM housing

3. Module connector position

Holes for xing the VEDOGSM module to the control panel card Art. PCBVEDO10, Art. PCBVEDO34, Art. PCBVEDO68

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d)

70 x 48 x 29 mm (without antenna)

Weight

26g without antenna 44g with antenna

Consumption (min./max.)

27mA in Idle 47mA in communication

Operating temperature and

Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Environmental class II according to EN50131-1

* Respecting any indications for conguration and installation

SPECIFICATIONS ACCORDING TO STANDARD EN50136-2-1

FITTING THE GSM MODULE

Insert the plastic spacers in the relevant holes. Then, taking care to plug the module connector into the control panel connector designated MOD5 correctly (see page 13), apply sufcient pressure to engage the spacers in the GSM expansion card and plug the connector in almost completely.

Make sure the card on which you intend to t the module is not connected to the power supply.

 Once the module has been tted correctly, connect the antenna

that you intend to use by tightening the connector on the cable to the gold-coloured connector on the GSM module.

Before using the module, it must be enabled with the Safe Manager software. If the module is enabled but not connected, a fault will be generated.

MEANING OF THE LEDS ON THE IP GSM MODULE

CONFIGURATION JUMPERS

Name Function

DL1

Red LED: GSM communication. Flashes when a transfer via

the GSM or GPRS network is in progress, e.g. during receipt of an SMS or during registration with the network at the time of initialisation.

DL2

red LED steadily lit: during reset, during initial conguration

of the module and when engaged by the control panel to communicate via GSM/GPRS. ashing red LED: in all other conditions.

DL3 Green LED: module serial communication Lights up briey when

the module communicates with the control panel.

DL4

Green LED: module serial communication Lights up briey when

the module communicates with the control panel.

DL5

Red LED off: indicates that there is no signal (e.g. antenna or

SIM card missing) Red LED on: active radio connection. Four different levels of strength indicate the level of GSM signal received. If this indicator is lit, the module is capable of operating. (from control panel Fw version 2.2.1, this indication is only visible with "service" jumper JP7 inserted).

Name Function

P1 If disconnected, the LEDs go off

P2 Reserved

P3 Reserved

Features Value

Types of alarm transmission for

which the device is suitable

ATS2 according to EN50131-1

Generation and/or transmission

times of alarm messages

voice messages: 10 sec. e-mail: 10 sec without image / 90

sec with image MMS: 90 sec.

Times for generating a reply signal

(when used)

CONTACT ID: times according to standard SIA DC-05-1999.09

Page 17

20 cm

The antenna must be correctly connected and its connector must be fully tightened.

Antenna presence can be detected only using the antenna supplied. In all other cases antenna presence detection must be excluded from the GSM dialler options.

ANTENNA POSITIONING WITH HOUSING ART. BOXMETAL

ANTENNA POSITIONING WITH HOUSING ART. BOXPLASTIC

IMPORTANT: place the antenna outside the housing using the "antenna outlet" provided

Do not place the antenna on metal surfaces

IMPORTANT: place the antenna in the special slot under the battery (as shown in the gure).

CAUTION:

If the position of the control panel does not allow the reception of an adequate GSM signal to ensure a good connection, it is

possible to t an external antenna:

- moving the antenna and using an extension cable,

- using an external antenna (Art. 2G50000296).

For this purpose, there is a pre-marked section to allow easy exit of the antenna cable.

OK !

NO !

FITTING THE SIM CARD

√ The SIM card must be enabled, and if it is a pay-as-you-go

type, it must have sufcient credit on it to be able to make

phone calls or send messages. It is not essential to unlock it, because the control panel is capable of managing the PIN to unlock the SIM card.

1. Gently force the top of the SIM connector towards the centre

of the control panel card (downwards if the control panel is already mounted on the wall).

2. Once you have overcome the resistance, turn it over on its

hinges.

3. Insert the SIM card in the mobile part in such a way that you

can see the gold-coloured contacts of the SIM and that the bevelled corner is on the left.

4. Repeat the sequence in reverse to release the SIM card

from its seat.

First check that all power is OFF.

Place the antenna at least 20 cm away from the GSM

module.

Do not place the antenna on metal surfaces

Page 18

D1D2

3 4

121

D1D2

1 2

3.4.4 TCP/IP Ethernet expansion module (Art. VEDOIP)

Provides support for connecting the alarm control panel to the network. Allows an authorised user to access the control panel locally or remotely. Once connected to the control panel, users can totally or partially activate and deactivate the areas within their sphere of competence, and check the status of each input.

Equipped with a plug-in connector for simplied tting. Needs

to be connected to a LAN with Standard Ethernet 10BASE-T IPv4

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 75 x 31 x 33 mm

Weight 18 g

Consumption (min./max.) 69mA

Operating temperature and Operating

humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Environmental class II according to EN50131-1

Features Value

Generation and/or transmission

times of alarm messages

e-mail: 4 sec without image / 35 sec

with image

Times for detecting and presenting

faults

No link: 10 sec.

No internet: 120 sec. SD fault: 10 sec. DDNS interrogation fault: 35 sec.

Calibration instructions Calibration not necessary

Sharing of transmission connections Standard Ethernet 10BASE-T IPv4

Art. VEDOIP complies with standards EN50131-1 and EN50131-3

TCP/IP MODULE FUNCTIONS

• Ethernet Interface.

• Event transmission on IP

• Programming and Monitoring of the control panel via LAN

through Safe Manager

• Programming and Monitoring of the control panel via

Internet through Safe Manager

• Control panel management vie Internet through Vedo App

• Event alert via e-mail and on Vedo App with alerts with

proprietary protocol

• Alert by e-mail for alarms/malfunctions/sabotage/events

with images

1. RJ45 connector yellow LED

2. RJ45 connector green LED

3. RJ45 network connector

4. Micro SD memory slot

Holes for xing the VEDOIP module to the control panel card Art. PCBVEDO10, Art. PCBVEDO34, Art. PCBVEDO68

* Respecting any indications for conguration and installation

SPECIFICATIONS ACCORDING TO STANDARD EN50136-2-1

Make sure the card on which you intend to t the module is not connected to the power supply.

 Insert the plastic spacers in the relevant holes. Press the

spacers until they click into the TP/IP expansion card.

MEANING OF THE LEDS ON THE IP MODULE

Meaning of the LEDs of the RJ45 network connector

Meaning of the LEDs on the IP module (Normal operating mode)

Meaning of the LEDs on the IP module (Program updating stage)

FITTING THE TCP/IP MODULE

Name Function

Yellow LED ON link OK

Green LED ON ACT

Name Status Function

ashing slowly module working correctly

ashing quickly

module operating but SD memory card missing or defective

D2 ashing conrms communication with the control panel

Name Status Function

D1+D2

D1+D2 steadily lit Updating in progress

D1 ashing + D2 inverted ashing

MicroSD card missing

D1 steadily lit + D2 ashing

MicroSD card missing for a le necessary

for correct operation

The IP communication module is equipped with a compartment for a 4GB MicroSD memory card.

FITTING THE MICROSD MEMORY CARD

FITTING THE RJ45 CONNECTOR

REMOVING THE MICROSD MEMORY CARD

 Fully insert the card into the connector with the gold-

coloured contacts not visible.

1. Push the card fully into the connector, then

2. release it: the card will be pushed outwards so that you can

grip it more easily.

In order to be used, once tted on the control panel

card, the IP module must be connected to a Standard

Ethernet 10BASE-T compatible hub or to a switch with the same specications, that allows it to be connected to a data network. For further details on this operation see paragraph "5.8 Data network connection cable" on page

 Plug the cable in fully, until you feel it engage, in the only

accessible connector of the IP communication module, with the tab facing the front panel of the control panel housing.

 Press the tab (1) of the connector and remove it from the

module (2).

Page 19

3.5 GENERAL INFORMATION ABOUT CONNECTING

DEVICES TO THE BUS

3.6 WIRING THE INPUTS

3.5.1 Bus line termination

As a general precaution, note that the 485 bus cable could cause disturbances on cables carrying video or comparable signals, if the two are laid adjacent to each other. We therefore recommend that you use separate channels for these two types of cable and that you connect the alarm system bus only with shielded and twisted pair cable with known impedance of 120 Ohm.

Non-compliance with the above may cause communication errors or poor quality communication between modules and control panel. There is also a risk that the conductors of the cables themselves might not be shielded correctly.

For correct sizing of cables, refer to the table"5.7 Shielded cable conductor resistance table".

The inputs routed to the control panel or to the peripherals on the bus, including bidirectional inputs when used as inputs, are of universal type.

This means that, depending on their physical connection and their parameter settings on the control panel, they can assume the

congurations shown below.

NC: detects the opening of a normally closed contact connected between an input terminal and the respective negative (-V). It is not capable of detecting a line sabotage state: in the event of cutting, it can generate an error or alarm; in the event of a line short-circuit, it does nothing.

NO: detects the closure of a normally open contact connected between an input terminal and the respective negative (-V). It is not capable of detecting a line sabotage state: in the event of a line short-circuit, it can generate an error or alarm; in the event of cutting, it does nothing.

Detects the opening of a normally closed contact disposed in series with a balanced line (on 1.8K) connected between an input terminal and the respective negative (-V). Detects a sabotage state due to a line short-circuit. In the event of cutting, it can generate an error or alarm.

Detects the opening of a normally closed contact disposed in series with a balanced line (on 1.8K) connected between an input terminal and the respective negative (-V). Adding a second balancing resistor (also 1.8K) makes it possible to distinguish an alarm state from a line sabotage state, both in the event of cutting and short-circuit.

IMPORTANT: input balancing resistors, if used, must be installed in the sensor to which they are associated.

3.6.1 Normally closed (NC)

3.6.2 Normally open (NO)

3.6.3 Single balance

3.6.4 Double balance

The two end devices (the two devices furthest from each other in an ideal layout) must balance the line with the appropriate end-of-line resistor (120 ohm). On some devices, this resistor is installed on-board and can be activated by means of a jumper or DIP switch. 2 end-of-line resistors are supplied with the control panel, for use when a device without an on-board termination (e.g. RFID key reader) is connected to the end of the line.

IMPORTANT: the control panel can be positioned at any point along the line, provided that the line is correctly terminated in a 120 Ohm balancing resistor at both ends, as shown in the guideline diagram.

It is recommended to use a shielded cable for the

connections,with one end of the shield connected to V-

and the other left free.

It is recommended to use a shielded cable for the

connections,with one end of the shield connected to V-

and the other left free.

In order to guarantee compliance with standard EN 50131-

1, all the alarm, anomaly and control zones must be at least in double balance. Single balance may be enough for sabotage.

IMPORTANT: for correct communication between the devices

connected to the bus, it is good practice for the devices themselves to be interconnected without branches, i.e. avoid star connections as far as possible. If the use of branches is unavoidable, make sure that they are as short as possible. Consequently, it is advisable to route the bus cable correctly by adhering to the ideal connection and minimising any deviation from it. The best way to connect the devices is to use the “in and out” method.

CONNECTION TO THE BUS TERMINALS

EXAMPLE OF "IN AND OUT" TYPE CONNECTION

FROM THE

CONTROL PANEL

TO THE NEXT MODULE

MODULE 1

-V +V A B

CONNECTION TO THE BUS TERMINALS: GUIDELINE DIAGRAM

MODULE 1

-V +V TO B

-V

BUS

A B

MODULE N-1

-V +V A B

MODULE N:

ENABLE BUS BALANCING BUS

CONTROL PANEL:

ENABLE BUS BALANCING BUS

-V +V A B

MODULE 2

-V +V TO B

-V

ALARM

-V

ALARM

-V

1K8

ALARM

-V

TAMPER

ALARM

Page 20

Detects and distinguishes the opening of two normally closed contacts, alarm and jamming of the motion sensor, disposed in series with a balanced line (on 1.8K) connected between an input terminal and the respective negative (-V). Its ability to distinguish derives from the adoption of a second balancing

resistor (1.8K) disposed in parallel to the rst of the contacts to

be monitored and a third balancing resistor (3.3K). This

conguration makes it possible to distinguish between a state

of alarm and jamming of the motion sensor and a line sabotage state, both in the event of cutting and short-circuit.

Detects and distinguishes the opening of two normally closed contacts, usually relating to two different sensors, disposed in series with a line with comparable behaviour to that of an NC line, connected between an input terminal and the respective negative (-V). Its ability to distinguish between the two sensors derives from the adoption of a balancing resistor (1.8K)

disposed in parallel to the contact of the rst sensor to be

monitored and a second balancing resistor (3.3K) disposed in parallel with the contact of the second sensor to be monitored. It is not capable of detecting a line sabotage state: in the event of cutting it can generate an error or sabotage; in the event of a line short-circuit it does nothing. The sabotage can only be generically attributed to the wired line for the input to which it is connected.

Detects and distinguishes the opening of two normally closed contacts, usually relating to two different sensors, disposed in series with a line with a balanced line (1K8) connected between an input terminal and the respective negative (-V). Its ability to distinguish between the two sensors derives from the adoption of a balancing resistor (1.8K) disposed in parallel to the contact

of the rst sensor to be monitored and a second balancing

resistor (3.3K) disposed in parallel to the contact of the second

sensor to be monitored. This conguration makes it possible to

distinguish between an alarm/electrical fault state and a line sabotage state, both in the event of cutting and short-circuit. The alarms are correctly recognised and assigned to the sensor from which they originate. The sabotage, however, can only be generically attributed to the wired line for the input to which it is connected.

3.6.6 Triple balance with jamming

3.6.7 Double zone (double)

3.6.8 Double zone with end of line (EOL double)

3.6.9 Wiring the control panel's 24-hour input

3.6.10 Wiring the telephone dialler on the PSTN network

-V

NC NC

ALARM FA ULT

TAMPER

-V

NC NC

ALARM JAMMING

TAMPER

-V

1K8

ALARM 1

ALARM 2

TAMPER 1 TAMPER 2

SENSOR 1 SENSOR 2

3K3

-V

1K8

ALARM 1

ALARM 2

TAMPER 1 TAMPER 2

SENSOR 1 SENSOR 2

3K3

The 24-hour input must be congured as single balance with a resistance of 1.8 KΩ. Refer to the relevant paragraph for

information about correct connection of the tamper lines (see page 10).

To connect the telephone dialler to the telephone network

correctly, you must rst locate the point at which the line enters the house. The dialler must be connected as the rst device, as

viewed from the incoming telephone line.

24H

-V

1K8

ALARM

L2 T1 T2

CONTROL

PANEL

MODEM

TELEPHONE

LINE

ADSL

FILTER

Detects and distinguishes the opening of two normally closed contacts, usually alarm and electrical fault, disposed in series with a balanced line (on 1.8K) connected between an input terminal and the respective negative (-V). Its ability to distinguish derives from the adoption of a second balancing

resistor (1.8K) disposed in parallel to the rst of the contacts to

be monitored and a third balancing resistor (3.3K). This

conguration makes it possible to distinguish between an

alarm/electrical fault state and a line sabotage state, both in the event of cutting and short-circuit.

3.6.5 Triple balance

Jamming will be treated with a dedicated fault event.

Page 21

TAMPER DIP3

ACTIVE OFF

EXCLUDED ON

DIP SWITCHES AND BUS TERMINATION

BUZZER DIP1 DIP2

EXCLUDED OFF OFF

LOW ON OFF

HIGH OFF ON

HIGH ON ON

485 LINE TERMINATION DIP4

EXCLUDED OFF

ACTIVE ON

LCD KEYPAD TERMINAL BLOCK DESCRIPTION

Name Function

I1 Input 1

I2 Input 2

V- Power supply negative input / Inputs reference

B RS485 data bus - B

TO RS485 data bus - A

V- Power supply negative input

V+ Power supply positive input 13.8V

MEANING OF THE KEYPAD LEDS

LED Colour Status Function

Green

Off Mains power not present

On Mains power present

Slow ash

Mains power OK, but system not ready for enabling or there are (non-excluded) open zones

Yellow

Off Battery OK

Indicates an anomaly in the battery of the control panel and/or of a bus power supply unit

Yellow

Off No problem

On Problem detected

Slow ash

Presence of isolated or excluded zones, or of temporarily excluded anomalies/ sabotages.

Red

Off No alarm, sabotage or ongoing fault

On Alarm, sabotage or fault

Slow ash Alarm event log, sabotage or fault

The keypad has 4 indicator LEDs:

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h) 120 x 101 x 20 mm

Weight

140 g + 8 g xing screws (Vedo LCD) 150 g + 8 g xing screws (Vedo LCD PRO)

Consumption (min./max.)

19mA with LEDs off, 61mA during alarm alert

Operating voltage 10V to 15V

Operating temperature and

Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Device Type TYPE B according to standard EN50131-3

Environmental class II according to EN50131-1

* Respecting any indications for conguration and installation

Art. VEDOLCD / VEDOLCDPROX complies with standards EN50131-1 and EN50131-3

3.7 CONTROL AND DISPLAY COMPONENTS

3.7.1 LCD keypad (Art. VEDOLCD) and keypad with RFID key reader (Art. VEDOLCDPROX)

MAIN FEATURES:

The LCD keypad allows an authorised user to enable and disable the system, to check the system status and manage its general features, and to check the event log history.

Using the keypad, it is also possible quickly to modify the system settings and the options of each individual output.

Operations are performed by means of a combination of numerical keys and function keys, whereas feedback is both visual (alphanumeric display and LEDs) and aural (buzzer.)

The LCD keypad is equipped with 2 freely congurable alarm

inputs.

• Backlit 2 x 16 character LCD display.

• Initial software addressing, from built-in keypad.

• Four LEDs for immediate indication of power ON, battery

alarm, generic error and alarm in progress.

• Backlit keypad with ten number keys and eleven function

keys.

• Two universal inputs, congurable as NC, NO, single, double

and triple balance, triple balance with jamming, double zone and double zone with termination, with possibility of direct connection of roller shutter contacts (switch alarm).

• On-board 485 bus end-of-line resistor, which can be

activated by DIP switch.

• Anti-tamper and anti-tear tamper.

1. Indicator LED

2. Display

3. Function keys (programmable)

4. RFID reader (only for Art. VEDOLCDPROX)

5. Terminal block

The LCD keypad with RFID reader is identical to the standard LCD keypad in every respect, except that it is equipped with an RFID reader module. This version enables users, according to their authorisations, to activate the system partially or totally or deactivate it, using an RFID key, without having to enter a code, thereby saving time. It is compatible with Comelit RFID keys.

The RFID reader antenna is located in the bottom left-hand corner of the housing. The RFID key must be brought close to this area of the housing so that the reader can recognise it correctly.

The connection terminal block is identical to that of the LCD keypad without RFID reader.

KEYPAD WITH RFID KEY READER ART. VEDOLCDPROX

Page 22

See assembly sequence on page 41.

 Locate the area with the tamper support, with the pre-marked

break-off panel for facilitating detachment of the tamper, and remove the silicone key acting as a tamper. Put it in a clean place.

The base of the keypads, both with and without RFID reader, has a series of slots in it to ensure versatility of mounting on a wide range of supports, starting with the ordinary type 503 box.

See assembly sequence on page 41.

IMPORTANT: when closing the housing, remember to ret the tamper in its place. The black, conductive part must

be visible.

Fixing on box 503

Wall mounting

The base of the keypads, both with and without RFID reader, has a series of slots in it to ensure versatility of mounting on a wide range of supports, starting with the ordinary type 503 box.

Fixing holes*

Elastic closure clips

Position of silicone tamper

Anti-tear tamper hole

Cable routing

TECHNICAL SPECIFICATIONS

SETTING RFID READER SPEED

IMPORTANT: At rst start-up, the RFID reader is ready to

communicate at 38400 baud rate. To modify the communication speed, proceed as follows:

1. With the device powered up, set DIP switch 6 to ON. The

LEDs on the RFID will light up until they are all lit, and will then all go off and start lighting up again (learning mode)

2. In this condition, set Dip Switches 1 and 2 (as indicated in

the table to congure the desired speed)

3. Once you have set the speed, set DIP switch 6 back to OFF.

The speed is now set.

4. Set DIP switches 1 to 5 according to the address to be set.

Note that the standard speed of the bus for VEDO control panels is 38400 baud.

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 55 x 48 x 19 mm

Weight 28g

Consumption (min./max.)

10mA in Idle status 15mA with LEDs on 45mA during key reading

Operating voltage 10 - 15 V

Operating temperature -10° / + 40° C

Operating humidity max +85% (not condensed)

Device Type B according to EN50131-3

Environmental class Environmental class II

3.7.2 RFID proximity reader on bus (Art. VEDOPROX)

The RFID proximity reader on bus allows activation and deactivation with RFID keys without contact. An RFID key can be associated to each user. Each key can operate on the zones and areas for which the associated user is enabled.

Its mechanical conguration is such that it can be used directly

on all residential series that use an adapter for Keystone standard RJ45 network connector. It is compatible with Comelit RFID keys.

• Simplied mounting with Keystone generic RJ45 adapter on

residential series frames.

• Four LEDs with partially assignable functions.

• Quick total activation option.

• Choice of several activation modes.

• Physical addressing of device by means of DIP switches.

MAIN FEATURES

Baud DIP 1 DIP 2

9600 OFF OFF

38400 ON OFF

57600 OFF ON

115200 ON ON

In order to guarantee Grade 2 certication according to EN50131-1 the tamper must be mounted and congured correctly

MOUNTING THE KEYPADS

Page 23

MEANING OF LEDs DURING PRESENTATION OF THE KEY

LED Status Function

Red

Off

Request for deactivation of all areas covered by the reader.

Request for activation of the activation prole

associated with the RED LED

Fast ash

The reader is forcing the activation prole associated

with the RED LED (*)

Blue

Off

Request for deactivation of all areas covered by the reader.

Request for activation of the activation prole

associated with the BLUE LED

Fast ash

The reader is forcing the activation prole associated

with the BLUE LED (*)

Yellow

Off

Request for deactivation of all areas covered by the reader.

Request for activation of the activation prole

associated with the YELLOW LED

Fast ash

The reader is forcing the activation prole associated

with the YELLOW LED (*)

Green

Off

Request for deactivation of all areas covered by the reader.

Request for activation of the activation prole

associated with the GREEN LED

Fast ash

The reader is forcing the activation prole 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 conguration.

To mount the RFID key reader, you need to use an interface plate for standard Keystone RJ45 sockets that is compatible with the residential series you intend to use.

Simply connect the adapter to the plate and then plug the reader into the adapter, pressing it fully home until you hear the two parts engage.

DIP switches 1 to 5 are for addressing the reader on the bus. On the current version, only addresses 1 to 8 are used, so DIP switches 4 and 5 must be left on OFF.

If the RFID reader is connected as the nal point of the bus line,

you need to connect a 120 ohm 1/4W 5% resistor in parallel to the 485 bus line, i.e. between terminals A and B.

Name Function

V+ Power supply positive input

V- Power supply negative input

A RS485 data bus - A

B RS485 data bus - B

MEANING OF THE LEDS WHEN THE CYCLE IS IN PROGRESS

LED Status Function

Red

On Request execution of action associated with LED

Slow ash

Action associated with LED requires forcing to be executed

Blue

On Request execution of action associated with LED

Slow ash

Action associated with LED requires forcing to be executed

Yellow

On Request execution of action associated with LED

Slow ash

Action associated with LED requires forcing to be executed

Green

On Request execution of action associated with LED

Slow ash

Action associated with LED requires forcing to be executed

ADDRESSING

485 LINE TERMINATION

RFID KEY READER ON BUS TERMINAL BLOCK DESCRIPTION

Code DIP1 DIP2 DIP3 DIP4 DIP5

1 OFF OFF OFF OFF OFF

2 ON OFF OFF OFF OFF

3 OFF ON OFF OFF OFF

4 ON ON OFF OFF OFF

5 OFF OFF ON OFF OFF

6 ON OFF ON OFF OFF

7 OFF ON ON OFF OFF

8 ON ON ON OFF OFF

The reader has 4 indicator LEDs, the meaning of which varies according to reader status:

• reader in standby (no cycle in progress): the LEDs show

the operating status of the areas enabled on the reader

• cycle in progress: the LEDs light up in sequence to provide

users with an indication of which scenarios are available, allowing them to make a choice

• during key presentation

• Red LED: Total activation

• Yellow LED: Scenario P1

• Blue LED: Scenario P2

• Green LED: Scenario P1+P2

IMPORTANT: The actions associated with the LEDs can be changed by the installer during system programming.

The cycle actions associated with the LEDs by default are:

MEANING OF THE LEDS ON THE RFID READER MOUNTING THE RFID KEY READER ON BUS

MEANING OF THE LEDs WITH THE READER IN STANDBY

(no cycle in progress)

LED Status Function

Red

On Scenario associated with the Red LED active

Slow ash

System not activated and alarm, sabotage or fault event memory present

Fast ash

System activated and alarm, sabotage or fault event memory present

Blue

On Scenario associated with the Blue LED active

Slow ash System activated with unknown scenario (not saved)

Yellow

On Scenario associated with the Yellow LED active

Fast ash Fault present

Green

On Scenario associated with the Green LED active

Fast ash

System not ready for enabling or there are (nonexcluded) open zones

Page 24

5 6

• 3.5” resistive touch panel

• Optical tamper

• 485 bus interface for direct alarm interfacing

• Simplebus interface for home automation interfacing (only for

Mini Touch)

• Basic bridging from alarm to home automation (facility for data

exchange between alarm and home automation) (only for Mini Touch)

• Alarm keypad emulation for conguration (only for Vedo Touch)

• Built-in RFID reader as standard

MAIN FEATURES:

3.7.3 RFID keys (Art. SK9050x/A)

3.8.1 Vedo Touch (Art. VEDOTOUCH) / Mini Touch (Art. 20034607) with RFID key reader

The keys are made using high-security, bidirectional RFID transponders.

The technology used is such that the keys can communicate with the reader without any need for electrical contacts and hence with problems of contact wear. This ensures that performance remains high over time.

Used in conjunction with the RFID key readers (on bus, on keypad, on Vedo Touch, on Minitouch or on Planux Manager), they make it possible to activate and deactivate the system without any need for electrical contact. An RFID key can be associated to each user. Each key can operate on the zones and areas for which the associated user is enabled.

They are available in various colours and their housing is shaped in such a way that they can easily be added to a bunch of keys on a keyring, so that they are always to hand.

The unique ID of the digital key is dened by the crc32 of the

bytes that form the unique code of the key, and can have a value between 1 and 2^32-1, therefore generating a maximum number of 2^32-2 possible values.

Vedo Touch/Minitouch is an innovative interface equipped with a touch screen, via which authorised users can interact with the alarm system. The level of interaction makes it possible to perform all operations than can be done from the keypad,

whether relating to use, conguration or control by the user.

The combined use of text, symbols and colours makes the available functions immediately comprehensible.

As well as offering alarm system management features, Mini Touch is capable of interacting with the Simplebus home automation system, thereby ensuring integration between the two systems.

Mini Touch is equipped with three bidirectional lines as standard, which are identical to those of the input and output expansion module and are hence fully programmable and can be used both as I/O lines connected to the security system, or assigned to home automation use.

The position of the RFID reader's antenna is on the right-hand

side of the Mini Touch, and is clearly identied by a symbol

screen-printed on the surface of the frame. The RFID key must be brought close to this area of the housing so that the reader can recognise it correctly.

The predisposed mountings are designed for tting Vedo

Touch/Mini Touch on a standard type 503 box.

3.8 OTHER DEVICES THAT CAN BE CONNECTED TO THE 485 BUS

1. RFID reader

2. 3.5” touch screen

3. Tamper

4. Ethernet connector

5. Terminal block for connection

6. Indicator LED

7. CV8

Page 25

V+

V-

COM

1. Access the settings menu by pressing .

2. Type in the installer code (default=1961) and conrm

3. Follow this path "Options/Conguration/Bus 485 address"

4. Type in the identication number of the device on the bus

and conrm (to modify the address, delete the present value by pressing ‘C’).

Name Function

V+ Power supply positive input *

V- Power supply negative input, common to home automation bus

D Data Signal for home automation Simplebus

A RS485 data bus - A

B RS485 data bus - B

Output 1 relay normally closed contact (for Mini Touch only for home automation use)

COM Output 1 common relay (for Mini Touch only for home automation use)

Output 1 relay normally open contact (for Mini Touch only for home automation use)

Programmable input/output connection (for Mini Touch only for home automation use)

Name Function

CV8 If activated, connects the line termination to the 485 bus line

Colour Signal

steady red Alarm memory

ashing red Alarm in progress

yellow Alarm system fault

blue Climate on in summer mode.

orange Climate on in winter mode.

The device has a LED backlit system that indicates the status of the system climate zones and the status of the anti-intrusion system.

The LED indicates one event at a time, giving priority to alarm events. In the absence of signals a courtesy light is active (if

programmed), with a colour dened at the time of conguration.

DESCRIPTION OF TERMINAL BLOCK

485 LINE TERMINATION

LED MEANINGS

ADDRESSING THE DEVICE ON THE BUS

Like any other device connected to the 485 bus, the Vedo Touch/Mini Touch must respond to a single address that can

be congured from the display.

*The device Mini Touch Art. 20034607 must be powered by the control panel or by Comelit Art. 20022101 or another security power supply unit in compliance with EN 61558-2-6.

The RS485 bus of the device must be connected exclusively

to other Comelit devices (alarm bus).

The Ethernet ports can be connected to other Comelit devices or to other 10Base2 Ethernet ports where there is no potential overvoltage on the distribution system (wiring contained within a single building).

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 125 x 85 x 28 mm

Weight 150g

Consumption (min./max.)

80mA all off 135mA TFT on 250mA led on at 100%

Operating voltage 10V at 24V

Operating temperature -15° / +55°C

Operating humidity max +85% RH (not condensed)

Device Type

B (Vedo Touch) / A (Mini Touch) according to EN50131-3

Environmental class II according to EN50131-1

For Vedo Touch

1. Access the alarm menu with and press the icon

2. Type in the installer code (default=1961) and conrm

3. Follow this path "Options/Conguration/Bus 485 address"

4. Type in the identication number of the device on the bus

For Mini Touch

1. Access the settings menu by pressing .

2. Type in the installer code (default=1961) and conrm

3. Follow this path "Options/Conguration/Bus 485 speed"

4. Select the desired speed (default=38400)

SPEED SETTING

MOUNTING

The article Vedo Touch (Art. VEDOTOUCH) / Mini Touch (Art.

20034607) can be installed on box 503 (see page 42)

For Vedo Touch

1. Access the alarm menu with and press the icon

2. Type in the installer code (default=1961) and conrm

3. Follow this path "Options/Conguration/Bus 485 speed"

4. Type in the identication number of the device on the bus

For Mini Touch

Page 26

678910111213

+VS

S-

S+

CFP

3 4

3.8.2 Planux Manager with RFID key reader (Art.

20034801)

Planux Manager is a built-in supervisor: as well as incorporating all the control features available on Mini Touch, it performs advanced, full-duplex door entry monitor functions, with dedicated, programmable function keys. It does not have any alarm inputs or outputs.

• 3.5” resistive touch panel

• 485 bus interface for direct alarm interfacing

• Simplebus interface for home automation interfacing

• Basic bridging from alarm to home automation (facility for data exchange between alarm and home automation)

• Built-in RFID reader as standard

• Full-duplex door entry monitor

MAIN FEATURES:

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 145 x 145 x 36 mm

Weight 370g

Consumption (min./max.)

160mA all off 220mA with tft on 250mA all on

Operating voltage 10V at 24V

Operating temperature -10° / +40° C

Operating humidity max +85% RH (not condensed)

Device type A according to EN50131-3

Environmental class II according to EN50131-1

1. CV8 485 line termination.

2. Terminal block for system connection

3. CV5 Jumper for video closure.

4. CN4 CN5 Monitor bracket connectors.

1. Microphone

2. Touch screen

3. Key sensor

4. Loudspeaker

5. Door lock key

6. Privacy / Doctor key (programmable)

7. Self-ignition key (programmable)

8. Programmable key 2

9. Programmable key 1

10. Colour key

11. Contrast key

12. Brightness key

13. Menu key

14. Audio key

Name Function

+VS Power supply for door entry monitor (for example: bracket 6214KC)

D Data Signal for home automation Simplebus

B RS485 data bus - B

TO RS485 data bus - A

S- Call repeater device connection

S+ Call repeater device connection

CFP Floor door call input

L Video door entry bus line connection terminal

Power supply negative input, common to home automation bus and alarm bus

Power supply positive input

Name Function

CV8 If activated, connects the line termination to the 485 bus line

DESCRIPTION OF TERMINAL BLOCK

485 LINE TERMINATION

MOUNTING

The article Planux Manager (Art. 20034801) can be installed:

• with ush-mounted box Art. 6117 (see page 43)

• with wall support Art. 6120 (see page 44)

See Mini Touch page 25.

ADDRESSING THE DEVICE ON THE BUS

SPEED SETTING

Page 27

567891011

V–

S–

RJ45

S+

JP2

CFP

DL2

DL1

PAN

V+

V–

JP1

MOUNTING

The article Icona Manager ViP (Art. 20003310W) can be installed:

• with ush-mounted box Art. 6117 (see page 46)

• with wall support Art.

6620

(see page 45)

Icona Manager ViP is a built-in supervisor with door entry monitor functions and the ability to display and check the status of the SimpleHome home automation system and of the Vedo anti-intrusion system.

• LCD display 4.3’’ 16:9 capacitive touch

• RJ45 connector for connection to the Ethernet network

• RFID antenna for reading Comelit keys

• Sensor for detecting ambient temperature and humidity 0-45°C, precision +/- 0.3 °C

• Real time clock (RTC);

• Micro SD connector accessible;

• Micro SD for saving data, loading custom ringtones, saving

and exporting lms from the video memory;

• Audio broadcast

MAIN FEATURES:

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 147 x 142 x 23 mm

Weight 282g

Consumption (min./max.)

75mA medium, 160mA TFT on, 200mA max.

Operating voltage 10V at 24V

Operating temperature -5° / +45° C

Operating humidity 0-90% RH

Device Type A according to EN50131-3

Environmental class I according to EN50131-1

1. Microphone

2. 4.3" touch screen, 16:9

3. RFID key sensor

4. Door opening button (programmable)

5. Privacy / Doctor key [programmable]

6. Self-ignition key [programmable]

7. Open doors key

8. Video memory key

9. Key "3" [programmable]

default = off

10. Key "2" [programmable]

default = general actuator

11. Key "1" [programmable]

default = off

12. Audio key

13. Micro SD card input

Name Function

negative of the secondary RS485 bus

(terminal not tted by product rev1.0)

positive of the secondary RS485 bus

(terminal not tted by product rev1.0)

B negative of the alarm RS485 bus

A positive of the alarm RS485 bus

V- card earth

S- negative pole of the additional ringtone output

S+ positive pole of the additional ringtone output

Name Function

D home automation bus

V- card earth

V+ power supply positive pole

Name Function

AL alarm contact input

PAN panic contact input

CFP contact input outside door

DESCRIPTION OF TERMINAL BLOCK 1

DESCRIPTION OF TERMINAL BLOCK 2

DESCRIPTION OF TERMINAL BLOCK 3

See Mini Touch page 25.

ADDRESSING THE DEVICE ON THE BUS

SPEED SETTING

3.8.3 Icona Manager ViP (Art. 20003310W)

Name Function

JP1

if closed, enables the 120 Ohm termination between lines A and B of RS485 alarm bus

JP2

if closed, enables the 120 Ohm termination between lines MA and MB of the secondary RS485 bus

(jumper not tted by product rev1.0)

Name Status Function

DL1 Flashing signals Ethernet activity

DL2

Yellow

data transmission and reception activity on the SimpleHome bus

Red data collision on the SimpleHome bus

485 LINE TERMINATION

LED MEANINGS

Page 28

V+

AUX

I8V- I1 V- I3 I4 I5 I6 V- I7I2V+ V- BA

JP4

JP3

DL1

JP1

SW2

SW3

1 2 3 4 5 6 7 8

JP2

M1 M2

1 32

3.9 EXPANSIONS ON 485 BUS

3.9.1 Expansions plastic housing

MOUNTING THE PLASTIC HOUSING

MAIN FEATURES

3.9.2 Expansion on bus with 8 balanceable inputs and 8 logic outputs on bus (Art. VEDO8I8O)

Each input can be congured as NC, NO, single, double

balance, triple balance, triple balance with jamming, double zone and double zone with termination.

Set to detect tampering if the housing is opened or the unit is removed from the wall.

Tampers can be disabled.

• 8 alternatively congurable inputs/outputs

• Inputs can be congured as NC, NO, single, double balance,

triple balance, triple balance with jamming, double zone and double zone with termination.

• Option of direct connection with roller shutter contacts

(switch alarm)

• Outputs can be congured as monostable, monostable with

congurable pattern, bistable or bistable with congurable

pattern

• Anti-tamper and anti-tear tamper

• On-board 485 bus terminal resistor, which can be activated

by means of a jumper

• Addressing by means of DIP switch

A maximum of two input/output expansions can be tted inside

the control panel, but others can be mounted in the appropriate plastic housing.

The expansions on bus Art. VEDO8I8O and VEDORF are supplied complete with plastic housing complying with EN50131, so they can also be installed on the outside of the articles BOXPLASTIC and BOXMETAL.

The housing can be xed to the wall or mounted in ush-

mounted boxes on the wall. A pre-marked section on the bottom is for routing the cables through, and another premarked section in the top right-hand corner, coinciding with a

xing hole, provides anti-tear protection.

The expansion module is xed to the base of the housing with

2 self-tapping screws.

The cover is secured to the base by means of three fasteners on the top and two spring clips at the bottom. There are also two safety screws to prevent accidental opening.

Wall mounting holes

Optional xing holes

Pre-marked optional xing holes

Card xing holes Art. VEDO8I8O/ VEDORF

Anti-tear tamper hole

Cable inlet hole

To ensure anti-tear protection, the hole associated with the premarked area with anti-tear function must always be anchored to the wall. Failure to anchor this section will make the anti-tear protection useless.

IMPORTANT: when retting the expansion card in its housing, make

sure that the anti-tear tamper (the one furthest to the left as viewed in the illustrations on page 47) is held properly closed by the tab originating from the pre-marked anti-tear area of the housing.

In order to guarantee compliance with Standards EN50131-1 and EN50131-3, the expansions VEDO8I8O and VEDORF, if installed outside the control panel housing, must have their anti-sabotage and anti-tear contacts enabled, and so the jumpers on the expansion must be disconnected

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 126 x 80 x 32 mm (in the housing)

Weight

143g with housing and screws for xing to

the wall 39g card alone

Consumption (min./max.)

22mA/27mA exclusing the current supplied by the output

Operating voltage 10 - 15 V

Operating temperature and

Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Device Type TYPE B according to standard EN50131-3

Environmental class II according to EN50131-1

1. Dip Switch

2. Anti-tear tamper

3. Anti-tamper tamper

Holes for xing the VEDO818O card to the metal housing Art. BOXMETAL.

* Respecting any indications for conguration and installation

Art. VEDO8I8O complies with standards EN50131-1 and EN50131-3

See assembly sequence on page 47.

Page 29

V+ V- BA

JP3

JP6 JP7

JP1

1 2 3 4 5 6

1 32

DIP switches 1 to 6 (of SW1) are for addressing the module on the bus. On the current version, only addresses 1 to 12 are used, so DIP switches 5 and 6 must be left on OFF.

TERMINAL BLOCK M1

TERMINAL BLOCK M2

ADDRESSING

SETTING THE SPEED OF THE CARD ON THE BUS

Name Function

V+ Power supply positive input

V- Power supply negative input

A RS485 data bus - A

B RS485 data bus - B

Name Function

V+ AUX Power supply positive output

V- Power supply negative - output reference

I1 Input 1 / Output 1

I2 Input 2 / Output 2

V- Power supply negative input / Inputs reference

I3 Input 3 / Output 3

I4 Input 4 / Output 4

I5 Input 5 / Output 5

I6 Input 6 / Output 6

V- Power supply negative input / Inputs reference

I7 Input 7 / Output 7

I8 Input 8 / Output 8

No. DIP1 DIP2 DIP3 DIP4 DIP5 DIP6

1 OFF OFF OFF OFF OFF OFF

2 ON OFF OFF OFF OFF OFF

3 OFF ON OFF OFF OFF OFF

4 ON ON OFF OFF OFF OFF

5 OFF OFF ON OFF OFF OFF

6 ON OFF ON OFF OFF OFF

7 OFF ON ON OFF OFF OFF

8 ON ON ON OFF OFF OFF

9 OFF OFF OFF ON OFF OFF

10 ON OFF OFF ON OFF OFF

11 OFF ON OFF ON OFF OFF

12 ON ON OFF ON OFF OFF

BAUD DIP7 DIP8

9600 OFF OFF

38400 ON OFF

57600 OFF ON

115200 ON ON

Note that the standard speed of the bus for VEDO control panels is 38400 baud.

Name Flashing Function

DL1

fast

(50ms ON / 50ms OFF)

expansion connected

slow

(200ms ON / 200ms OFF)

expansion not connected

LED MEANINGS

MOUNTING

3.9.3 Bidirectional radio expansion on bus (Art. VEDORF)

The modules operate in bidirectional mode (reception and transmission). This makes it possible to associate radio controls, radio alarm sensors (contacts and/or volumetric detectors) and supervised wireless sirens to the control panel.

1. Dip Switch

2. Anti-tear tamper

3. Anti-tamper tamper

Holes for xing the VEDORF card to the metal housing Art. BOXMETAL.

MAIN FEATURES

• Up to 32 radio zones per module

• Up to 16 radio outputs (including max 8 sirens)

• Up to 8 radio sirens

• Possibility of bidirectional communication

• Operating frequency in 868 MHz band, FSK mode

• Sensor and siren status monitoring

• Separate management of intruder and sabotage alarms

• Radio device power supply monitoring, including sirens

• Monitoring

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 126 x 80 x 32 mm (in the housing)

Weight

131g with housing and screws for xing

to the wall 29g card alone

Consumption (min./max.) 55mA medium, 60mA max

Operating voltage 10 - 15 V

Operating temperature and

Operating humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Device Type TYPE B according to standard EN50131-3

Environmental class II according to EN50131-1

Art. VEDORF complies with standards EN50131-1, EN50131-3, EN50131-5-3

* Respecting any indications for conguration and installation

CONFIGURATION JUMPERS

Name Function

JP1 If activated, enables 485 bus terminal resistor

JP3 Reserved

JP6 If activated, disables anti-removal (anti-tear) tamper

JP7 If activated, disables anti-opening tamper

The article VEDO8I8O can be installed in:

• plastic housing Art. BOXPLASTIC (see page 38)

• plastic housing for expansion (see page 28, 47)

• metal housing Art. BOXMETAL (see page 39)

CONFIGURATION JUMPERS

Name Function

JP1 If activated, disables anti-removal (anti-tear) tamper

JP2 If activated, disables anti-opening tamper

JP4 If activated, enables 485 bus terminal resistor

Page 30

DL1

MOUNTING

DIP switches 1 to 4 are for addressing the module on the bus. On the current version, only addresses 1,2 and 3 are used, so DIP switches 3 and 4 must be left set to OFF.

TERMINAL BLOCK DESCRIPTION

ADDRESSING

SETTING THE SPEED OF THE CARD ON THE BUS

Name Function

V+

Power supply positive input

V-

Power supply negative input

RS485 data bus - A

RS485 data bus - B

No. DIP1 DIP2 DIP3 DIP4

1 OFF OFF OFF OFF

2 ON OFF OFF OFF

3 OFF ON OFF OFF

BAUD DIP5 DIP6

9600 OFF OFF

38400 ON OFF

57600 OFF ON

115200 ON ON

Note that the standard speed of the bus for VEDO control panels is 38400 baud.

Name Flashing Meaning

fast

(50ms ON / 50ms OFF)

expansion connected

slow

(200ms ON / 200ms OFF)

expansion not connected

LED MEANINGS

3.9.4 PAL/IP video module Art. VEDOCCTV

The PAL/IP module allows integration of the video-surveillance part with the alarm control panel for

• sending MMS

• sending alarm alerts (with frames taken from the cameras

on the system), on system managers (Vedo Touch, Mini Touch, Icona Manager VIP) and App

• activating live streaming (of the cameras on the system),

by the system manager (Vedo Touch, Mini Touch, Icona Manager VIP) or by App

• consulting the recorded lms (of the cameras on the system,

4 IP cameras and one chosen analogue camera), by the system manager (Vedo Touch, Mini Touch, Icona Manager VIP) or by App

1. Reserved terminals

2. Ethernet port

3. Data transmission warning light

4. Power supply terminals

5. Signal connection terminals for 4 cameras

Holes for xing the VEDOCCTV module to the metal housing Art. BOXMETAL.

MAIN FEATURES

• Possibility of controlling 4 analogue cameras

• Option of controlling 4 IP cameras and conguring video

recording:

• Resolution=320x240

• Codec=Mjpg

• Fps=from 1 to 12 (programmable)

• Video recording duration from 5 to 10 sec (programmable)

• Recording duration before alarm event (pre-alarm) from 0-10 sec (programmable).

The expansion Art. VEDORF cannot be mounted inside the

metal housing Art. BOXMETAL

The article VEDORF can be installed in:

• plastic housing Art. BOXPLASTIC (see page 38)

• plastic housing for expansion (see page 28, 47)

The pre-alarm time cannot be greater

than the total recording time.

If using third-party IP cameras, make sure that: They support the default video streaming conguration, i.e. MJPEG, 320x240 pixel with FPS from 1 to 12. The URL providing access to video streaming for the IP camera is known. All IP cameras interfacing with the VEDOCCTV module should adopt the same conguration as the lowdenition channel (same codec, same resolution, same

frame rate...).

Page 31

LOCAL NETWORK HUB OR SWITCH

TO THE 12V POWER SUPPLY

OF THE CONTROL PANEL

NETWORK CABLE FOR CONNECTION OF THE IP MODULE OF THE CONTROL PANEL

NETWORK CABLE

CONNECTION TERMINALS

SIGNAL FOR 4 CAMERAS

NETWORK CABLE FOR CONNECTION IP CAMERA

CONNECTING VEDOCCTV WITH SWITCH/HUB AND CONTROL PANEL POWER SUPPLY

CONNECTING THE VEDOCCTV MODULE WITH POE SWITCH/HUB

MMS SUPPORT – SYSTEM DESCRIPTION AND MINIMUM REQUIREMENTS

VIDEO STREAMING SUPPORT, RECORDING FILMS AND FRAME CAPTURES - DESCRIPTION OF THE MINIMUM FEATURES OF THE SYSTEM

NETWORK PARAMETERS OF PAL/IP MODULE

• inform the recipient, by MMS, of an alarm event relating to

a zone covered by a specic camera (one camera can be

associated to a given zone).

• include in the same message up to 4 different frames, captured at different times by the camera associated to the zone in alarm.

• the alert function will send 4 frames (captured in successive moments by the camera in the alarm zone) to system managers (Vedo Touch, Mini Touch, Icona Manager VIP) and to App.

• the live streaming function will allow the reproduction of the desired camera to be sent by the system manager (Vedo Touch, Mini Touch, Icona Manager VIP) and by App;

• the lm viewing function will allow the reproduction of the recording to be sent in streaming by the system manager (Vedo Touch, Mini Touch, Icona Manager VIP) or by App;

To be correctly congured by the control panel, the VEDOCCTV

module must be reachable at a known IP address. To ensure that the communication works in both directions, it is necessary for the PAL/IP to know the control panel IP address. In default

conguration, the PAL/IP module has the following parameters:

IP Address: 192,168.1,233

Submask: 255,255,255.0

Control panel IP Address: 192,168.1,230 TCP Port control panel 10012

These parameters can be modied when you congure the

system.

IMPORTANT: In order to use the send MMS on alarm

function, the control panel must be equipped with the IP

module and the GSM module.

The power supply from switch/hub does not allow the device to operate in case of temporary absence of mains power.

The power supply from the control panel allows the device to operate in case of temporary absence of mains power.

IMPORTANT: In order to use the video streaming functions

from the IP cameras on alarm, the control panel must be equipped with the IP module.

In order to use:

• the function of sending 4 frames captured by the camera

in the alarm zone to system managers (Vedo Touch, Mini Touch, Icona Manager VIP) and App;

• the function of activating live streaming by the system

manager (Vedo Touch, Mini Touch, Icona Manager VIP) or

by App; the control panel must be equipped with the Ethernet expansion module.

After conguring the system correctly, the MMS function will:

After conguring the system and the lm recording function

correctly:

LOCAL NETWORK POE SWITCH / HUB

NETWORK CABLE FOR CONNECTION

TO THE IP MODULE OF THE CONTROL PANEL

NETWORK CABLE

CONNECTION TERMINALS

SIGNAL FOR 4 CAMERAS

NETWORK CABLE FOR CONNECTION IP CAMERA

CONFIGURATION JUMPERS

Name Function

JP1 Internal use

CN2 Reserved

JP2 Resetting conguration

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 83 x 66 x 37 mm

Weight 85g

Consumption (min./max.)

75mA with camera off 95mA with camera on

Operating voltage

10V at 24V on aux POE on ethernet

Operating temperature -10° / +40° C

Operating humidity max +85% RH (not condensed)

• Signalling camera and SD faults

• Extraction, archiving and sending of frames (from a minimum of 1 to a maximum of 4) from the video of the analogue and IP cameras.

• Archiving and reproduction in streaming (up to a maximum of 10 seconds with possibility of anticipating the start of the

recording with respect to the moment of the alarm) of a lm

from all the IP cameras and one chosen analogue camera.

• Possibility of connection to a PoE switch/hub, in order to do without the power supply from the control panel (NB: the power supply from the control panel allows the device to operate in case of temporary absence of mains power).

If an analogue camera has the video recording on prealarm function enabled, the VEDOCCTV will not be able

to detect the status of the remaining analogue cameras (enabled, faulty, not connected).

Page 32

3.11 OUTPUTS SIREN CONNECTION EXAMPLES

3.11.1 Connecting a self-powered siren with 3 or 2 wires

3.11.2 Connecting a non-self-powered indoor siren

The control panel is equipped with a relay capable of supporting 3A at 24V , with potential-free exchange, which is assigned by default to the control of an alarm sounder. This relay can be used to control a self-powered siren and a standard siren. The exchange is accessible via the terminals COM (common), NC (exchange closed to common in standby) and NO (exchange open in standby) of terminal block M3-M4.

A positive dedicated to charging the battery of a self-powered unit is available on terminal V+SIR of terminal block M4. This positive is limited by a 0.75 A resettable fuse.

With 3-wire connection, the control panel passes only one block positive through the relay associated to the alarm; the siren power supply is connected separately to two terminals on the control panel (V+SIR and V-). In an alarm state, the block positive is removed and the siren sounds, being able to use its backup battery and the system battery.

With 2-wire connection, the control panel passes a block positive and recharges through the relay associated to the alarm. The siren negative is connected to the control panel V-. In an alarm state, this positive is removed and the siren sounds under its own power.

SELFPOWERED SIREN

V+

COM

V-

TC1

TC2

V+SIR

COM

SELF- POWERED SIREN

V+

COM

V-

TC1

TC2

V+SIR

COM

M23-WIRE CONNECTION 2-WIRE CONNECTION

SELFPOWERED SIREN

V+

COM

V-

TC1

TC2

V+SIR

COM

M23-WIRE CONNECTION 2-WIRE CONNECTION

It is sometimes necessary to connect an additional, non-selfpowered, indoor siren as backup for the outdoor siren. Using two-wire connection for the outdoor self-powered siren

simplies the wiring, as shown in the circuit diagram below.

INTERNAL SIREN

V+

V-

SELFPOWERED SIREN

V+

COM

V-

TC1

TC2

V+SIR

COM

In order to guarantee compliance with Standards EN501311 and EN50131-3, a siren sabotage zone must be provided

3.10 WIRELESS SENSORS AND ACCESSORIES

For further information on the correct positioning and mounting of wireless sensors and sirens, refer to the respective instruction sheets enclosed with the devices in question:

• Bidirectional PET Immunity infrared sensor, via radio (Art. RFPIRP)

• Magnetic contact sensor with radio transceiver (Art. RFMAGW/ RFMAGB)

• 4-key radio control (Art. RFREMOTE4)

• Self-powered indoor siren (Art. RFINTSIR)

• Self-powered outdoor siren (Art. RFEXTSIR)

• Wireless smoke and heat detector (Art. RFSMOKE)

• Radio anti-panic button (Art. RFPANIC)

• Infrared volumetric radio sensor with camera (Art. RFPIRCAM)

It is recommended to use a shielded cable for the

connections,with one end of the shield connected to V-

and the other left free.

The 2-wire connection is recommended if using sirens that require a current higher than 0.75 A in alarm mode

Page 33

3.11.5 3-wire connection of self-powered siren with siren fault zone and siren sabotage zone

3.11.4 2-wire connection of self-powered siren with siren fault zone and siren sabotage zone

IX: Siren sabotage zone in single balance IY: Siren fault zone in double balance

SELF-POWERED SIREN

V+

V-

FAULT OC

COM TMP NC TMP NC

CONTROL PANEL CARD

COM

TC2 TC1 V-

IX IY

NC NO V+ SIR

R TAMPER1 1K8

R FAULT4 1K8

R FAULT3 1K8

R FAULT1 1K8

R FAULT2 1K8

R TAMPER 1K8

SELF-POWERED

SIREN

V+

V-

FAULT OC

COM TMP NC TMP NC

CONTROL PANEL CARD

COM

TC2 TC1 V-

IX IY

NC NO V+ SIR

3.12 EXAMPLE OF CONNECTION TO OUTPUTS TC1 AND TC2

Terminal block M5 has two generic outputs, TC1 and TC2.

These outputs can be congured as open collectors for earth or

for positive.

Output congured as OC. If the output is congured as an open collector (OC), in standby the output will be uctuating

(=no voltage) but in active status it will close terminal TC to V-.

Output congured as TC. If the output is congured as a TC, in standby the output will be uctuating (=no voltage) but in

active status it will close terminal TC to positive.

This type of behaviour can be gured with the jumpers of the

control panel card Art. PCBVEDO10, Art. PCBVEDO34, Art. PCBVEDO68, as follows:

For the connection of LEDs or small relays, refer to the diagram below.

OUTPUT TC1 JP5 ON OC JP5 ON TC

Output connects terminal to earth.

Output assumes value of approximately 13V.

OFF

The output has a high impedance

OUTPUT TC2 JP4 ON OC JP4 ON TC

Output connects terminal to earth.

Output assumes value of approximately 13V.

OFF

The output has a high impedance

V-

TC1

TC2

V+SIR

COM

EXTERNAL RELAY ON TC2 OC MODE (JP4 ON OC)

EXTERNAL LED ON TC1 TC MODE (JP5 ON TC)

JP4

JP5

12V

3.11.3 2-wire connection of indoor siren and selfpowered siren with siren fault zone and siren sabotage zone

IX: Siren sabotage zone in single balance IY: Siren fault zone in double balance

R FAULT 1K8

R TAMPER 1K8

SELF-POWERED SIREN

CONTROL PANEL CARD

V+

V-

FAULT OC

COM TMP NC TMP NC

COM

TC2 TC1 V-

IX IY

NC NO V+ SIR

V+

VTMP NC TMP NC

INTERNAL SIREN

Page 34

JP2

JP1

V+ VA B V+ VA B

DL1 DL2 DL3

V+ AUX1V-V+ AUX2V-24H01020304

1 2 3 4 5 6 7 8

4 3 2

CN2

CN1

M4 M5 M6

3.13 POWER SUPPLY STATIONS

3.13.1 Power supply unit management card for VEDO series control panels Art. PCBPSU

This device can be used to expand Vedo series systems by providing:

• The auxiliary power supplies provided by the card are

acquired by the mains power supply units connected

to connector CN1.

• The Open Collector outputs are congured to provide

fault and anomaly indications.

• If the power supply unit is not connected to a control panel, the indication delay times are as follows: power supply network alarm delay=1 minute, battery alarm delay=5 minutes.

• When the device is connected to a Vedo series control panel, it is possible to monitor the status of the auxiliary power supplies and the power supply unit itself. In this case network alarm delay and battery alarm delay times can be

congured (using the Safekey keypad or the Safe Manager

software).

• A new branch to the RS485 data BUS, electrically isolated with the corresponding power supply output.

• 2 auxiliary power supply outputs.

• 4 Open Collector indication outputs.

• One terminal for tamper contact.

1. CN1 PSU connector

2. CN2 Battery connector"

3. Outputs

4. Outputs Power Supply

5. Data BUS out

6. Data BUS in

Holes for xing the PCBPSU card to the metal housing BOXMETAL.

MAIN FEATURES

Art. PCBPSU complies with standards EN50131-1,

EN50131-3, EN50131-6, EN 60950-1:2006 + A11:2009 + A1:2010 + A12:2011, EN50130-4:2011

TECHNICAL SPECIFICATIONS

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 140x127x23mm

Weight 115gr

Housings supported

Art. BOXPLASTIC

Art. BOXMETAL

Power supply units supported PSU15

PSU15 PSU50

Batteries supported

Art. 30076003 12V/7Ah

Art. 30076003 12V/7Ah Art. 30076004 12V and 18Ah

Max. battery charging current 0.8A

Battery 80% charging time 8h 8h/19h

Low Battery Fault Generation in

presence of EPS

12V

* Respecting any indications for conguration and installation

TERMINAL BLOCK M1-M2-M3-M4-M5-M6

Name Function

Earth Earth connection terminal

bus IN

V+ 485 communication BUS power supply input positive

V- 485 communication BUS power supply input negative

A RS485 data BUS for connection to the control panel (IN) - A

B RS485 data BUS for connection to the control panel (IN) - B

bus OUT

V+ Power supply positive output. 485 communication bus. Limited to 1.5A

V- Power supply negative - output reference. 485 communication BUS

power supply

A RS485 data BUS for connection to other devices (OUT) - A

B RS485 data BUS for connection to other devices (OUT) - B

bus OUT

V+ Power supply positive output. 485 communication bus. Limited to 1.5A

V- Power supply negative - output reference. 485 communication BUS

power supply

A RS485 data BUS for connection to other devices (OUT) - A

B RS485 data BUS for connection to other devices (OUT) - B

OUTPUTS POWER SUPPLY

V+AUX1 Auxiliary 1 power supply output positive. Limited to 1.5A

V- Auxiliary 1 power supply output negative

V+AUX2 Auxiliary 2 power supply output positive. Limited to 1.5A

V- Auxiliary 2 power supply output negative

24H Tamper contact input

OUTPUTS

O1 Open Collector Output 1. Programmed as module Anti-Sabotage by

default. The output is active when module sabotage occurs.

O2 Open Collector Output 2. Programmed as module Low Battery

Anomaly by default. The output is active when the programmed time has elapsed since the moment at which the battery was no longer detected or the does not respect the values indicated in the technical

specications.

O3 Open Collector Output O3. Programmed as module No 230V Mains

Anomaly by default. The output is active when the programmed time has elapsed since the moment at which the network was no longer detected.

O4 Open Collector Output O4. Programmed by default to indicate the

fault of the power supply unit or of the power supply outputs. The output is active when there is a fault in the power supply unit or on the power supply outputs V+bus, VAUX1 or VAUX2

For the Technical Specications linked to the type of power supply unit,

see paragraph 1.2.4.

Low Battery Fault Generation in

absence of EPS

11.5V

Switch-off Art. PCBPSU in absence of EPS for Protection against Deep

Discharges

10.5V

Intervention voltage of the protection

against

voltage surges: battery

disconnection

15V

Maximum current for Outputs

V+BUS OUT,V+AUX1, V+AUX2

1.5A

Output voltage operating range

(V+BUS OUT,V+AUX1,V+AUX2)

10-15V

CN1 input voltage operating range 12.8-15V

CN2 input voltage operating range

(Battery)

10.5-15V

Control panel card consumption

Art. PCBPSU (min./max.)

15/20mA

Maximum current available for

external devices

Grade 2: 550mA Grade 2: 1.45A

Maximum current delivered to

outputs TC1 and TC2

100mA

Operating temperature and Operating

humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Type of power supply unit

TYPE A according to standard EN50131-6

Environmental class II according to EN50131-1

Page 35

DL1

DL2

234

JP1

JP2

OUT

Art.VEDOISO

B A

OUT

V- V+

B A

24H V- V+

CONFIGURATION JUMPERS

ANTI-TAMPER CONNECTION

CONNECTING V- REFERENCE TERMINAL

EARTH CONNECTION

POWER SUPPLY UNIT CONNECTOR

Name Function

JP1 RS485 output termination*

JP2 RS485 input termination*

Name Function

CN1 External 230 V - 50 Hz power supply unit connector

CN2 Battery connector

* Always remember to insert an end-of-line resistor between A and B of the 485

connection (using the relevant jumpers) to the two ends of the main bus line.

LED MEANINGS

Name Function

DL1

Flashing slowly: no data transfer over BUS at the speed set using the dip switch. Flashing quickly: data transfer over BUS in progress.

DL2

Off: the peripheral is communicating correctly. Very slow ashing: (approx. 3 seconds) no data package on the

BUS.

DL3

On: indicates that one of the Open Collector outputs is under protection due to a short circuit.

The 24H terminal needs the Tamper contact to be connected in

single balanced conguration.

A resistance of 1.8KΩ, in series with the contact, is required.

The incoming RS485 bus (bus IN) is electrically isolated from the rest of the card. As a result, the V- input terminal must only be connected to the bus running towards the control panel.

ALARMS

SINGLE BALANCED

Do not connect the V- terminal for the incoming bus to

other V- terminals present, and do not use it as a reference for outgoing power supply voltage values. This could

damage the devices used, or cause them to malfunction.

For standard-compliant installation, connect the earth terminal to the system earth, passing through the power supply earth connection using the yellow/green cable supplied with the device housings.

To guarantee system certication, the power supply unit must be

positioned in boxes protected by an anti-opening switch, or in the control panel housing. The 24h input must be connected to a balanced line, and connected to a Vedo system input line.

This device can be used to isolate the system so that any faults or sabotage events which occur downline do not affect the entire system.

The device is equipped with a dual connection to the VEDO system 485 BUS:

• the IN port (input)

• the OUT port (output)

The section of the system that you want to isolate from the rest must be connected to the OUT port.

Isolator module on control panel bus series Vedo. Allows protection against faults and sabotage.

MAIN FEATURES

Art. VEDOISO omplies with standards EN50131-1 and EN50131-3

3.14 BUS ATOR (VEDOISO)

In the event of V+ V- power supply shortage, the auto-reset fuse intervenes. For the reset to take place correctly, the power supply

must be cut off for one minute.

TECHNICAL SPECIFICATIONS

BUS ISOLATOR TERMINAL BLOCK

Features Value

Name of manufacturer / supplier Comelit Group S.p.A.

Dimensions (b x h x d) 56 x 53 x 19 mm

Weight (without box) 26g + 4g xing screws

Consumption (min./max.) 40mA

Operating voltage 10V to 15V

Operating temperature and Operating

humidity

-10° / + 55° with warm dry air

-10° / + 40° C with max + 93% RH (not condensed)

Certiable safety grade 2 according to EN50131-1*

Device Type B according to EN50131-3

Environmental class II according to EN50131-1

* Respecting any indications for conguration and installation

Name Function

B RS485 data bus for connection to Input B of the control panel serial

line

A RS485 data bus for connection to Input A of the control panel serial

line

24H Tamper contact input

V- Power supply negative input

V+ Power supply positive input

OUT

B RS485 data bus, detects operating anomalies around the output

branch and intervenes by isolating the faulty or sabotaged branch. Terminal B for peripheral input connection via bus.

A RS485 data bus, detects operating anomalies around the output

branch and intervenes by isolating the faulty or sabotaged branch. Terminal A for peripheral input connection via bus.

V- Power supply negative output

V+ Power supply positive output

The device address must be unique and can only be programmed using dip switches.

ADDRESSING

No. DIP1 DIP2 DIP3

1 OFF OFF OFF

2 ON OFF OFF

3 OFF ON OFF

4 ON ON OFF

5 OFF OFF ON

6 ON OFF ON

7 OFF ON ON

8 ON ON ON

DIP4 DIP5 DIP6

not

used

Note that the standard speed of the bus for VEDO control panels is 38400 Baud.

SETTING THE SPEED OF THE CARD ON THE BUS

BAUD DIP7 DIP8

9600 OFF OFF

38400 (default) ON OFF

57600 OFF ON

115200 ON ON

Page 36

2 3

Note that the standard speed of the bus for VEDO control panels is 38400 Baud.

The plastic housing allows ush mounting in residential series

boxes or on DIN rails.

SETTING SPEED ON THE BUS

MOUNTING

BAUD DIP5 DIP6

9600 OFF OFF

38400 OFF ON

57600 ON OFF

115200 ON ON

Name Function

JP1 If activated, enables 485 bus input terminal resistor*

JP2 If activated, enables 485 bus output terminal resistor*

LED MEANINGS

TAMPER CONTACT CONNECTION

Name Function

DL1 Flashing slowly: no data transfer over bus at the speed set using

the dip switch. Flashing quickly: data transfer over bus in progress.

DL2 Off: the peripheral is communicating correctly;

Very slow ashing: (approx. 3 seconds) no data package on the

BUS.

To access dip switch S1 and jumpers JP1 and JP2, you must remove the plastic casing at the top.

DEFAULT

The 24H terminal needs the Tamper contact to be connected in single balanced conguration. A resistance of 1.8KΩ, in series with the contact, is required.

ALARMS

SINGLE BALANCED

To guarantee system certication, the isolator must be positioned in boxes protected by an anti-opening switch, or in the control panel housing. The 24h input must be connected to a balanced line.

CONFIGURATION JUMPERS

The device address must be unique and can only be

programmed using dip switches.

ADDRESSING

No.

DIP1 DIP2 DIP3 DIP4

1 OFF OFF OFF OFF

2 ON OFF OFF OFF

3 OFF ON OFF OFF

4 ON ON OFF OFF

5 OFF OFF ON OFF

6 ON OFF ON OFF

7 OFF ON ON OFF

8 ON ON ON OFF

9 OFF OFF OFF ON

10 ON OFF OFF ON

11 OFF ON OFF ON

12 ON ON OFF ON

13 OFF OFF ON ON

14 ON OFF ON ON

15 OFF ON ON ON

16 ON ON ON ON

Page 37

4. Appendix: Mounting instructions

4.1 OPENING THE HOUSING ART. BOXPLASTIC

4.3 FIXING THE HOUSING ART. BOXPLASTIC TO THE WALL

4.2 PREPARING THE HOUSING ART. BOXPLASTIC

If the control panel is already assembled, you will have to remove the electronic cards and the power supply unit from the housing, so as not to risk damaging them

Page 38

CLACK!

4.4 MOUNTING THE CONTROL PANEL CARD ART. PCBVEDO10 / PCBVEDO34 / PCBVEDO68 AND PCBPSU IN A HOUSING ART. BOXPLASTIC

4.5 MOUNTING THE POWER SUPPLY UNIT PSU15 IN A HOUSING ART. BOXPLASTIC

4.6 MOUNTING THE EXPANSION ART. VEDO8I8O AND ART. VEDORF IN A HOUSING ART. BOXPLASTIC

Page 39

open

4.7 OPENING THE HOUSING ART. BOXMETAL

4.8 FIXING THE HOUSING ART. BOXMETAL TO THE WALL

4.9 MOUNTING THE CONTROL PANEL CARD ART. PCBVEDO10 / PCBVEDO34 / PCBVEDO68 AND PCBPSU IN A HOUSING ART. BOXMETAL

4.10 MOUNTING THE EXPANSION ART. VEDO8I8O IN A HOUSING ART. BOXMETAL

Page 40

CLACK!

1 2

BLOCKING (OPTIONAL)

4.11 MOUNTING THE POWER SUPPLY UNIT PSU15 - PSU50 IN A HOUSING ART. BOXMETAL

4.12 MOUNTING THE MODULE ART. VEDOCCTV IN A METAL HOUSING ART. BOXMETAL

Page 41

4.13 MOUNTING THE KEYPAD ART. VEDOLCD - ART. VEDOLCDPROX ON BOX 503

4.14 MOUNTING THE KEYPAD ON THE WALL ART. VEDOLCD - ART. VEDOLCDPROX

OPENING

Page 42

150 cm

120 cm

4.15 MOUNTING THE VEDO TOUCH (ART. VEDOTOUCH) / MINI TOUCH (ART. 20034607) ON BOX 503

OPENING

Page 43

145-150 cm

115-125 cm

14,5 cm

ALTO UP HAUT OBEN

4.16 MOUNTING PLANUX MONITOR (ART. 20034801) WITH FLUSH-MOUNTED BOX ART. 6117

DISASSEMBLY

Page 44

145-150 cm

115-125 cm

14,5 cm

4.17 MOUNTING PLANUX MONITOR (ART. 20034801) WITH WALL SUPPORT ART. 6120

DISASSEMBLY

Page 45

max

= 7 cm

min

= 6,5 cm

Art. 20003310W

160 cm

130 cm

14,2 cm

14,7 cm

CLACK !

4.18 WALL-MOUNTING ICONA MANAGER VIP (ART. 6620) / SU 503 SERIES BOX / ROUND BOX

DISASSEMBLY

* Art. 6620 (optional)

with Art.6620*

with Art.6620* with Art.6620*

Page 46

CLACK !

160 cm

130 cm

max

= 10 cm

min

= 6 cm

Art. 20003310W

14,2 cm

14,7 cm

4.19 MOUNTING ICONA MANAGER VIP ON A FLUSH MOUNTED BOX ART. 6117

DISASSEMBLY

Page 47

VEDO8I8O VEDORF

4.20 PREPARING THE PLASTIC HOUSING FOR MOUNTING THE EXPANSION ART. VEDORF / VEDO8I8O

4.21 WALL-MOUNTING THE PLASTIC HOUSING FOR MOUNTING THE EXPANSION ART. VEDORF / VEDO8I8O

OPENING

Page 48

5.6.

5. Appendix: notes on installation and programming

5.1 WHAT TO DO BEFORE POWERING UP THE SYSTEM

5.2 DEFAULT CONFIGURATION

5.3 INTRODUCTION TO PROGRAMMING FROM THE KEYPAD

5.1.1 Connect the zone inputs correctly

5.1.2 Connect the bus modules

5.1.3 Close all the anti-tamper inputs

5.1.4 Powering up

5.3.1 Keypad description

5.3.2 Default codes

5.3.3 Keypad navigation mode

5.3.4 Modifying a numerical value

5.3.5 Editing an alphanumeric string

Make sure that all the inputs are connected correctly (closed to negative directly or via suitably sized resistors, according to the

conguration of the individual inputs).

Make sure that all the modules are connected to each other correctly and to the alarm control panel.

Remember to make as straight a connection as possible (in and out type), and that any branches must be as short as possible.

Always remember to insert an end-of-line resistor between A and B of the 485 connection to the two ends of the main bus line.

Close all the enclosures of the bus modules and of the control panel or, alternatively, bypass the anti-tamper microswitches.

For standard EN50131, the anti-tamper inputs must be congured

at least in single balance.

It will now be possible to power up the system: power up the alarm control panel from its power supply unit and connect the battery. If everything is connected correctly, the green LED on the power

supply unit will light up, conrming that the PSU is working

The control panel will start operating and will conrm this by causing LED DL3 to ash on the control panel card (1 second

on/off).

The control panel is factory-set to consider only keypad number 1 to be present. The control panel's alarm inputs, furthermore, are all enabled

and congured as double balance.

IMPORTANT: upon rst start-up, only keypad number 1 will

be considered active.

1. Partial 1 and Partial 2 Keys

2. Navigation keys/function keys

3. Conrm key

4. ON/OFF Keys

5. Programming key

6. Cancel key

The default codes are as follows:

Master Installer Code: 001961 User 1 Co de 111111

It is possible to congure the system and enter or modify data

using one of the system keypads.

Use the keys to move about in the menu and the key to pass to the next level or to conrm the entry of a new data item.

Press C to return to the previous menu

To modify a numerical value, type in the desired value, following the format shown on the display, omitting non-numerical

characters, but lling in all the numerical characters of the

proposed format.

Once you have selected the string you wish to change (for

example, the description of a zone) the rst character available for editing will start to ash. At this point characters can be

entered or replaced using the same technique as used in mobile telephones with a pushbutton keypad. Press the same key several times to change the suggested character in accordance with a set sequence. The table below shows the sequence of characters available for each key.

Press the C key when the rst character is ashing to exit the

string without saving any changes.

To move around within the string, use the right and left navigation keys.

Pressing the C key while inside the string deletes the character

to the left of the ashing character.

The new character, when necessary, will be entered to the left

of the ashing character.

Press Conrm to save the changes.

The table below shows the keys and the sequence of characters associated with each

When the keypad is packaged a transparent label is applied (it can then be removed during programming).

Incorrect application of the label can cause the keys to stick

e.g. date DD-MM-YY must be entered as DDMMYY; 2 September 2012 will become 020912, without dashes but

with a zero at the beginning to ll the tens digit for the days.

e.g. Setpoint 1.14 is entered as 114, without the decimal point.

Number key Corresponding character sequence

1 . , : ; _ - # * ' @ / 1 2 A B C a b c 2 3 D E F d e f 3 4 G H I g h i 4 5 J K L j k l 5 6 M N O m n o 6 7 P Q R S p q r s 7 8 T U V t u v 8

9 W X Y Z w x y z 9

0 (space) 0

THE UNAUTHENTICATED USER can use only the delete key “C”

or the numerical keys. If a key that is not usable is pressed, the display will show the message "FUNCTION NOT AVAILABLE".

THE USER WHO IS AUTHENTICATED on the keypad and who presses button C will be returned to the previous menu until the area status is displayed. If the value of the area status display time for that keypad is not unlimited, the next time button C is pressed will return the keypad to standby position, without giving

any indication of the current area status (immediately hiding the

information on the display).

Page 49

1. Press the prog key on the keypad: the display will show the

message 1 Cong. Bus followed by two vertical arrows (up

and down).

2. Press conrm .

3. Enter the serial number of the rst keypad by typing the

digits 001 in sequence, and then press conrm.

4. The display now shows the message SERIAL COM. Speed:

with the proposal "38400".

5. Press conrm.

1. From the keypad, enter a valid user code (default 111111)

followed by either the Partial 1 key or the Partial 2 key.

If necessary, use the up and down navigation keys to select a different

scenario from the proposed scenario, and then press Conrm.

3. The keypad conrms the action with the message:

“ACTIVATED”

1. From the keypad, enter a valid user code (the default setting

is 111111) and then press the ON key

2. The keypad asks for conrmation: “TOTAL ACTIVATION?”

3. Press the Conrm key to conrm.

4. The keypad conrms the action with the message:

“ACTIVATED”

√ To change the date and time from the keypad, you

need to go into programming mode.

1. From the keypad, enter a valid installer code (default master

code 001961).

2. Press Prog.

3. The rst and second lines of the display will show the

messages “Main Menu” and “Parameter Prog.” respectively, indicating that you can now modify the system options

4. Press the Conrm key to enter the respective submenus.

5. Using the navigation keys (up and down) select

“ProximityKeys” submenu. Press conrm.

6. The display will show the message “Key 1” and below it, the

parameter that you can modify, namely “Description”

7. Using the navigation keys (left and right), select the number

of the key you intend to acquire.

8. Press Conrm if you intend to change the description,

then conrm to make the change or press C to leave the

description as it is.

9. Using the navigation keys (up and down), select the

"Acquire" submenu. Still using the navigation keys, select the type of peripheral from which you intend to acquire the

key code and its bus address, then press Conrm again.

10. The display will show the message “Acq. Key: In progress...”

11. Bring the key close to the RFID reader: the message will

change from "In progress..." to "Acquired".

12. Press Conrm: the display will show a description of the

colour of the key's plastic housing

13. Press Conrm again to associate the key to the desired

user.

14. Once you have nished making changes from the keypad,

remember to transfer them to the PC by means of the

Comelit alarm control panels conguration programme.

As installer:

As user:

1. Go into programming mode as an installer (see relevant

paragraph).

2. Using the navigation keys, select “System Mgmt.”, then

continue as a user.

1. Go into programming mode as a user (see relevant

paragraph).

2. Using the navigation keys (up and down), select the

“Options” menu on the second line of the display, and press

Conrm.

3. Using the navigation keys (up and down), select the “Change

date/time” option on the second line, and press Conrm.

4. The rst line will show DD-MM-YY (day, month and year)

and the second line will display the date set on the control panel.

5. Enter the date using the number keys (e.g.: 1 September

2012 becomes 010912), then conrm.

6. The rst line of the display now shows HH-MM (hours and

minutes) and the second line shows the time set on the control panel.

7. Enter the time in the format displayed (e.g. 1.15 pm becomes

1315), then conrm.

8. This done, the display will show the message PARAMETER

CHANGED.

9. Press C to go up one level in the menu, or C repeatedly until

the date and time appear on the keypad.

1. From the keypad, enter a valid user code (the default setting

is 111111) and then press the OFF key.

2. The keypad conrms the action with the message:

“DEACTIVATED”

3. Deactivation will also deactivate any alarms in progress

within a few seconds.

1. From the keypad, enter a valid user code (default 111111)

2. Press Prog.

3. The rst line of the display will show the message "System

Mgmt.” indicating that you can now modify the system options.

1. Go into programming mode as a user (see previous

paragraph).

2. Using the navigation keys (up and down), select the

“COMMANDS” menu on the second line of the display, and

press Conrm: the message “GENERATE COMMAND” will appear on the rst line of the display.

3. Using the navigation keys (up and down), select “AUTH.

INSTALLER?” on the second line, and press Conrm: the

message “DONE” will appear on the display.

4. Press C until you have exited the menus completely (i.e.

until the date and time are displayed on the keypad).

5. From the keypad, enter a valid installer code (default master

code 001961).

6. Press Prog.

7. The rst and second lines of the display will show the

messages “Main Menu” and “Parameter Mgmt.” indicating

√ The installer code must be authorised by the user, so

the procedure is as follows:

1. From the keypad, enter a valid user code (default 111111).

2. Once the code has been recognised, press the Prog key

until the message “DONE” appears on the screen.

3. This will mute the alarm.

» Keypad number one will now be taken in charge by the

control panel and can be used for activating, deactivating and conguring the system.

5.3.7 Total activation of the alarm system

5.3.13 Changing date and time

5.3.14 Acquiring an RFID key code from the keypad

5.3.8 Partial activation of the alarm system /

execution of a scenario

5.3.9 Total deactivation of the alarm system

5.3.11 Entering programming as a User

5.3.12 Entering programming as an Installer

(installer code authorisation)

5.3.10 Muting an alarm with the system deactivated

that you can now display or modify the system options.

8. From this position, you can use the navigation keys to

select either the “System Mgmt.” menu, which corresponds to the user menu, or the “Parameter Prog.” menu, which is reserved for the installer.

9. Press the Conrm key to enter the respective submenus.

5.3.6 Setting the keypad serial number

At rst start-up, the keypad displays the message NOT

CONNECTED. To enable the control panel to recognise keypad number 1 (the only keypad that can be recognised by the control panel by default), proceed as follows:

Page 50

1. Insert the battery in the sensor to be learned and wait until

the led stops ashing.

2. From the keypad, enter a valid installer code (default master

code 001961).

3. Press Prog.

4. The rst and second lines of the display will show the

messages “Main Menu” and “Parameter Prog.” respectively, indicating that you can now modify the system options

5. Press the Conrm key to enter the respective submenus.

6. Using the navigation keys (up and down), select “Radio

Zones” submenu. Press conrm.

7. The display will show the message “Radio Zone 1” and below

it, the parameter that you can modify, namely “Description”.

8. Using the navigation keys (left and right), select the position

in which you intend to acquire the sensor.

9. Using the navigation keys (up and down), select “Acquisition”

and press Conrm The display will show the message “Acq.

Radio Zone: In progress...”

10. Now press and release the tamper button on the sensor.

11. If acquisition is successful, the display will show the type of

sensor and the unique code number of the sensor.

12. If acquisition fails because the sensor is already saved

on the control panel, the display will show the message “Acq. failed Dev. Duplicated” In this case, it is preferable to

acquire the parameters from a PC using the conguration

software, in order to check the programmed sensors, the acquired codes and their parameters. This will make it

easier to correct any conguration errors.

13. Once you have nished making changes from the keypad,

remember to transfer them to the PC by means of the

Comelit alarm control panels conguration programme.

1. Press buttons n° 2 and 3 simultaneously until the radio

control LEDs start ashing autonomously, then release

the buttons and wait for the LEDs to go off. Should this not happen within about ten seconds (e.g. with a new radio control) move onto the next point.

2. From the keypad, enter a valid installer code (default master

code 001961).

3. Press Prog.

4. The rst and second lines of the display will show the

messages “Main Menu” and “Parameter Prog.” respectively, indicating that you can now modify the system options

5. Press the Conrm key to enter the respective submenus.

6. Using the navigation keys (up and down), select the “Radio

Controls” submenu. Press Conrm

7. The display will show the message “Radio Control 1”

and below it, the parameter that you can modify, namely “Description”.

8. Using the navigation keys (left and right) select the position

in which you intend to acquire the radio control.

9. Using the navigation keys (up and down), select “Acquisition”

and press Conrm The display will show the message “Acq.

Radio Tel.: In progress...”

10. Press buttons 3 and 4 simultaneously until the radio control

LEDs start ashing, then release the buttons.

11. If acquisition is successful, the display will show the

message “DEV. PENDANT” and the unique code number of the radio control.

12. Using the navigation keys (up and down), select “User” and

press Conrm

13. Use the navigation keys to choose the user to whom the

radio control is to be associated and press Conrm.

14. Once you have nished making changes from the keypad,

remember to transfer them to the PC by means of the

Comelit alarm control panels conguration programme.

1. Disconnect the siren battery, if connected, and disconnect

the audio from its connector. If the audio is already

disconnected, connect it briey to discharge the capacitors

in the circuit and ensure subsequent clean switch-on.

2. From the keypad, enter a valid installer code (default master

code 001961).

3. Press Prog.

4. The rst and second lines of the display will show the

messages “Main Menu” and “Parameter Prog.” respectively, indicating that you can now modify the system options

5. Press the Conrm key to enter the respective submenus.

6. Using the navigation keys (up and down) select the “Radio

Outputs” submenu. Press conrm.

7. The display will show the message “Output 1” and below

it, the parameter that you can modify, namely“Description”

8. Using the navigation keys (left and right) select the position

in which you intend to acquire the radio control.

9. Using the navigation keys (up and down) select “Acquisition”.

10. Press and hold the siren's LEARN button, which is located

near the connection strip for the conguration jumpers, and

connect the battery. Hold the LEARN button down until the

siren ashing light starts ashing quickly, then release the

button.

11. Wait until the asher starts ashing more slowly.

12. Now press Conrm on the keypad. The display will show the

message “Acq. Radio Tel.: In progress...”

13. After about fteen seconds, the result of the acquisition will

appear on the display.

14. Once you have nished making changes from the keypad,

remember to transfer them to the PC by means of the

Comelit alarm control panels conguration programme.

 To exit programming mode, simply press C until you have

exited the menus completely, i.e. until the date and time are displayed on the keypad.

You can reset the control panel conguration at two levels: level one, dened as Partial, and level two, dened as Total.

A total reset recongures the control panel card to its default

settings, in such a way that it can be re-used as though newly unpacked from its packaging. Total resets can be performed

only via the conguration software, provided you know both a

user code and an installer code. It may be necessary to perform a partial reset to recover the necessary codes.

The total reset process is described in the procedures set down in the system conguration manual.

A partial reset is conned to recovering the control panel codes,

thereby making it possible to restore a system from which all the necessary codes for use and management have been lost.

A partial reset can be performed in hardware mode only.

To perform a partial reset to recover the default master installer and user codes, proceed as follows:

1. Switch off all power to the control panel card

2. Insert a jumper on connector JP6

3. Power up the control panel

4. Wait until LED DL3 starts ashing at about 1 ash per

second

5. Remove the jumper from JP6

6. The codes are now restored to their factory settings

5.3.15 Acquiring a radio sensor code from the

keypad

5.3.16 Acquiring a radio control code from the

keypad

5.3.17 Acquiring a siren code from the keypad

5.3.18 Exiting programming mode

5.3.19 Restoring factory settings

TOTAL RESET

PARTIAL RESET (CODE RECOVERY)

Page 51

This function allows the installer to work on the Vedo System with complete peace of mind, with the siren, PSTN part, GSM part and email all "silenced".

The control panel is working and can be programmed (via

Safe Manager) but does not generate any Alarm event.

1. From the keypad, enter a valid installer code (default master

code 001961).

2. Press Prog.

3. Remove jumper JP7.

4. Close the control panel cover.

5. Press C until you completely leave the menus.

5.3.20 Setting the control panel to Service Status

5.3.21 Exiting Service Status

1. From the keypad, enter a valid user code (default 111111).

2. Press Prog.

3. The rst line of the display will show the message “System

Mgmt.” indicating that you can now modify the system options.

4. Using the navigation keys (up and down), select the

“COMMANDS” menu on the second line of the display, and

press Conrm: the message “GENERATE COMMAND” will appear on the rst line of the display.

5. Using the navigation keys (up and down), select “AUTH.

INSTALLER?” on the second line, and press Conrm: the

message “DONE” will appear on the display.

6. Press C until you have exited the menus completely (i.e.

until the date and time are displayed on the keypad).

7. From the keypad, enter a valid installer code (default master

code 001961).

8. Press Prog.

9. Open the control panel cover.

10. Insert jumper JP7.

» The control panel will remain in service while jumper

JP7 remains inserted. The keypad display will show

"SCHEDULED MAINTENANCE!" or "N" across all areas.

At whatever menu depth level you are, it is possible to use fast navigation by inserting the coordinates.

The coordinates are inserted in pairs of lines, or columns, for each navigation depth level.

Each coordinate is conrmed by pressing prog.

The end of inserting the coordinates is conrmed by pressing .

Fast navigation can be cancelled by pressing "C" until all the

numbers entered have been deleted.

Any error in entering the coordinates is indicated with the message "FUNCTION NOT AVAILABLE". The same message is also displayed if a user does not possess the necessary authorisations for access to the navigation level requested.

Start entering the coordinates from the current level.

EXAMPLE 1: "ENABLE BUZZER" ON KEYPAD 1

Traditional navigation with keys

Fast navigation

Indices Parameters

1.1.1.1.x.16 Buzzer on

where x= "device number" coordinate

5.4 FAST NAVIGATION OF KEYPAD MENU (INSTALLER AND USER)

Keypad 1

Buzzer enabled

Prog. Parameters

Keypads

Main Menu

Prog. Parameters

Main Menu

System Mgmt.

Parameters Prog.

......

Keypad 1

Description

LEVEL 1

LEVEL 3 LEVEL 2 LEVEL 1

(1 (1

(.1

.1) .2)

....)

Parameters Prog.

Vedotouch

(.1

.2)

(.1

(.1 (.1

.1)

.1) .16)

LEVEL 2

LEVEL 3

1. Consult the table with the indices of the parameters* and

nd the index of the desired function

2. Type in the index as follows, pressing prog at "." and pressing at the end of the sequence:

* the following pages show only the indices of the parameters

to be congured to obtain grade 2 certication according to

EN50131-1.

1 1 1 1 1 16

EXAMPLE 1: "ENABLE BUZZER" ON KEYPAD 1 FROM DEPTH

LEVEL 2 PARAMETERS PRG./VEDOTOUCH

Traditional navigation with keys

Keypad 1

Buzzer enabled

Prog. Parameters

Keypads

Keypad 1

Description

(.1 (.1

.1)

.1) .16)

LEVEL 2

LEVEL 3

10 ×

Page 52

5.5.1 Keypads

Vedo 10 x: from 1 to 2 / Vedo 34 x: from 1 to 8 / Vedo 68 x: from 1 to 8

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.1.x.2 Checked areas At least one selected area

1.1.1.1.x.4 Tamper areas At least one selected area

1.1.1.1.x.5 Technical areas At least one selected area

1.1.1.1.x.16 Buzzer on Active

1.1.1.1.x.17 Entrance Buzzer Active

1.1.1.1.x.18 Exit Buzzer Active

1.1.1.1.x.19 Alarm Buzzer Active

1.1.1.1.x.22 Pre-alert Buzzer Active

1.1.1.1.x.24 System status display time 0 (+30 seconds)

1.1.1.1.x.25 Tamper cycles Unlimited

1.1.1.1.x.26 Technical cycles Unlimited

1.1.1.1.x.27

Unlimited System status

display time

Deselected

1.1.1.1.x.28 Unlimited tamper cycles Selected

1.1.1.1.x.29 Unlimited technical cycles Selected

1.1.1.1.x.30 System device Not used

1.1.1.1.x.33 Quick activation Deselected

1.1.1.1.x.35 Area status Selected

1.1.1.1.x.37 Zones open Selected

1.1.1.1.x.41 Send Digital Com Selected

1.1.1.1.x.43 Buzzer ActDeact Selected

1.1.1.1.x.44 Buzzer Act.Failed Selected

5.5.2 App

x: from 1 to 8

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.5.x.2 Controllable areas At least one selected area

1.1.1.5.x.3 Tamper areas At least one selected area

1.1.1.5.x.4 Tamper cycles Unlimited

1.1.1.5.x.10 Send digital communication Selected

1.1.1.5.x.12 Unlimited tamper cycles Selected

1.1.1.5.x.23 Unlimited start-up time Deselected

5.5.3 Input/output expansions (8I8O)

Vedo 10 x: not available / Vedo 34 x: from 1 to 8 / Vedo 68 x: from 1 to 12

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.7.x.2 Tamper areas At least one selected area

1.1.1.7.x.3 Technical areas At least one selected area

1.1.1.7.x.4 Tamper cycles Unlimited

1.1.1.7.x.5 Technical cycles Unlimited

1.1.1.7.x.8 Unlimited tamper cycles Selected

1.1.1.7.x.9 Unlimited technical cycles Selected

1.1.1.7.x.12 Send Digital Com Selected

5.5.4 Power supply stations

Vedo 10 x: from 1 to 1 / Vedo 34 x: from 1 to 4 / Vedo 68 x: from 1 to 8

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.8.x.2 Tamper Areas At least one selected area

1.1.1.8.x.3 Technical Areas At least one selected area

1.1.1.8.x.4 Tamper cycles Unlimited

1.1.1.8.x.5 Technical cycles Unlimited

1.1.1.8.x.7 Unlimited tamper cycles Selected

1.1.1.8.x.8 Unlimited technical cycles Selected

1.1.1.8.x.11

Send digital communications

Selected

1.1.1.8.x.13 Tamper enabled Selected

1.1.1.8.x.14 Network alarm delay Max 60 seconds

1.1.1.8.x.15 Battery alarm delay Max 5 minutes

This chapter provides indications on the conguration parameters

which, if varied, could lower the safety level of the system, and the

congurations necessary to guarantee I&HAS certication.

For further details on programming and conguration, consult the programming technical manual (downloadable from the website www.comelitgroup.com).

5.5 CONFIGURATIONS NECESSARY TO GUARANTEE GRADE 2 CERTIFICATION ACCORDING TO EN50131-1

Fast navigation

Indices Parameters

1.1.1.1.x.16 Buzzer on

1. Consult the table with the indices of the parameters* and

nd the index of the desired function, starting from the

current depth level

2. Type in the index as follows, pressing prog at "." and pressing at the end of the sequence:

* the following pages show only the indices of the parameters

to be congured to obtain grade 2 certication according to

EN50131-1.

1 1 1 16

LEVEL 3 LEVEL 2

Page 53

5.5.5 Isolators

Vedo 10 x: from 1 to 4 / Vedo 34 x: from 1 to 8 / Vedo 68 x: from 1 to 16

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.9.x.2 Tamper areas At least one selected area

1.1.1.9.x.3 Technical areas At least one selected area

1.1.1.9.x.4 Tamper cycles Unlimited

1.1.1.9.x.5 Technical cycles Unlimited

1.1.1.9.x.7 Unlimited tamper cycles Selected

1.1.1.9.x.8 Unlimited technical cycles Selected

1.1.1.9.x.11

Send digital communications

Selected

1.1.1.9.x.13 Tamper enabled Selected

5.5.6 Radio expansion

Vedo 10 x: from 1 to 1 / Vedo 34 x: from 1 to 2 / Vedo 68 x: from 1 to 3

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.10.x.2 Tamper areas At least one selected area

1.1.1.10.x.3 Technical areas At least one selected area

1.1.1.10.x.4 Tamper cycles Unlimited

1.1.1.10.x.5 Technical cycles Unlimited

1.1.1.10.x.7 Unlimited tamper cycles Selected

1.1.1.10.x.8 Unlimited technical cycles Selected

1.1.1.10.x.11 Send digital communication Selected

5.5.7 Radio outputs

Vedo 10 x: from 1 to 16 / Vedo 34 x: from 1 to 32 / Vedo 68 x: from 1 to 48

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.11.x.7

Siren on time out (not active)

1.1.1.11.x.8

Siren sound for on (not active)

1.1.1.11.x.13 Cycle Outputs **

1.1.1.11.x.14 Unlimited Cycle Outputs **

1.1.1.11.x.15 Output type *** Monostable

1.1.1.11.x.17 OFF Time **

1.1.1.11.x.19 ON Time **

1.1.1.11.x.20 System status areas At least one selected area

1.1.1.11.x.21 Tamper and technical areas At least one selected area

1.1.1.11.x.22 Sabotage cycles Unlimited

1.1.1.11.x.23 Technical cycles Unlimited

1.1.1.11.x.24 Monitoring time Maximum 20 minutes

1.1.1.11.x.25 Unlimited sabotage cycles Selected

1.1.1.11.x.26 Unlimited technical cycles Selected

1.1.1.11.x.31 Disable battery check Selected

** The total activation time of a siren must not exceed that prescribed by local regulations. *** These apply only to sirens

RADIO OUTPUT EVENTS

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.11.x.27.y.1 Event

* Alarms/Sabotage+ Motion sensor jamming fault

1.1.1.11.x.27.y.2 Polarity * Direct

1.1.1.11.x.27.y.3 And/or * OR

* These apply only to sirens

RADIO OUTPUT CONFIGURATION

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.11.x.28.1.1

Timer in And * No timer

1.1.1.11.x.28.1.2

Timer in Or * No timer

1.1.1.11.x.28.1.7

Events logic * OR

1.1.1.11.x.28.1.12

Output activation only with

system activated

Selected if connected to a siren

* These apply only to sirens

5.5.8 Radio controls

Vedo 10 x: from 1 to 8 / Vedo 34 x: from 1 to 32 / Vedo 68 x: from 1 to 50

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.12.x.3 Areas At least one selected area

1.1.1.12.x.5 Unlimited fault cycles Selected

1.1.1.12.x.7 Fault cycles Unlimited

1.1.1.12.x.14

Send digital communications

Selected

1.1.1.12.x.19 Forced activation Deselected

5.5.9 Radio zones

Vedo 10 x: from 1 to 16 / Vedo 34 x: from 1 to 64 / Vedo 68 x: from 1 to 96

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.13.x.3 Monitoring Maximum 20 minutes

1.1.1.13.x.16 Unlimited fault cycles Selected

1.1.1.13.x.18 Fault cycles Unlimited

1.1.1.13.x.20 Tamper enable Selected

RADIO SUBZONE PARAMETERS

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.13.x.21.1.3

Areas At least one selected area

1.1.1.13.x.21.1.4

Alarm cycles Unlimited

1.1.1.13.x.21.1.22

Can be self-disabled (alarm only)

Deselected

1.1.1.13.x.21.1.23

Can be self-disabled with

reset (alarm only)

Deselected

1.1.1.13.x.21.1.30

Unlimited alarm cycles Selected

1.1.1.13.x.21.1.45

Send digital com Selected

5.5.10 Wired zones

Vedo 10 x: from 1 to 16 / Vedo 34 x: from 1 to 95 / Vedo 68 x: from 1 to 133

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.14.x.13 Balancing

All alarm, fault and command zones must be set to double or triple balance or double with EOL. The sabotage zones must be set to single or double or triple or triple with jamming or double with EOL.

1.1.1.14.x.14 Unlimited fault cycles Selected

1.1.1.14.x.15 Fault cycles Unlimited

* If triple balance is not used for all the sensors, three inputs of the control panel must be programmed to signal the following events:

- Detector fault

- Anti-robbery device fault, if robbery zone present

- Siren fault In order to guarantee compliance with Standards EN50131-1 and EN50131-3: In order to guarantee compliance with Standards EN50131-1 and EN50131-3, a siren sabotage zone must be provided.

SUBZONE PARAMETERS

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.14.x.15.y.3

Areas At least one selected area

1.1.1.14.x.15.y.4

Alarm cycles Unlimited

1.1.1.14.x.15.y.22

Can be self-disabled (alarm only)

Deselected

1.1.1.14.x.15.y.23

Can be self-disabled with

reset (alarm only)

Deselected

1.1.1.14.x.15.y.30

Unlimited alarm cycles Selected

1.1.1.14.x.15.y.45

Send digital com Selected

5.5.11 Areas

Vedo 10 x: from 1 to 2 / Vedo 34 x: from 1 to 8 / Vedo 68 x: from 1 to 8

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.16.x.4 Entry 1 time Max 45 seconds

1.1.1.16.x.5 Entry 2 time Max 45 seconds

1.1.1.16.x.8 Pre-alert time Other than 0

1.1.1.16.x.10 Pre-alarm time 0

1.1.1.16.x.15 Report pre-alert Selected

5.5.12 Wired outputs

Vedo 10 x: from 1 to 7 / Vedo 34 x: from 1 to 75 / Vedo 68 x: from 1 to 115

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.17.x.3 Output type * Monostable

1.1.1.17.x.5 Unlimited cycles Deselected

1.1.1.17.x.6 ON time scale **

1.1.1.17.x.7 ON Time **

1.1.1.17.x.8 OFF TIME: **

1.1.1.17.x.10 Cycles **

* These apply only to outputs connected to sirens ** The total activation time of a siren must not exceed that prescribed by local regulations.

WIRED OUTPUT EVENTS

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.17.x.11.y.1

Event

* Alarms/Sabotage+ Motion sensor jamming fault

1.1.1.17.x.11.y.2

Polarity * Direct

1.1.1.17.x.11.y.3

And/or * OR

* These apply only to outputs connected to sirens

Page 54

WIRED OUTPUT CONFIGURATION

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.17.x.12.1.1

Timer in And * No timer

1.1.1.17.x.12.1.2

Timer in Or * No timer

1.1.1.17.x.12.1.7

Events logic * OR

1.1.1.17.x.12.1.10

Send digital dialler Selected

1.1.1.17.x.12.1.12

Output activation only with

system activated

Selected if connected to a siren

* These apply only to outputs connected to sirens. For standard EN50131 an output of the control panel must be activated in the case of a fault and must not be connected to a siren.

5.5.13 User

Vedo 10 x: from 1 to 8 / Vedo 34 x: from 1 to 32 / Vedo 68 x: from 1 to 50

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.20.x.18 Send digital dialler Selected

The codes accepted must have 6 gures and range from 000000 to 999998. Code 999999 is

not an accepted code. The robbery code is the user code + 1. Example: user code 111111, the corresponding robbery code is 111112. Code 119999, robbery code = 120000. Code 123459, robbery code = 123460 - It is not possible to register a user code corresponding to an existing user code + 1, since this new code corresponds to the robbery code of the existing user. In the system it is therefore possible to store up to a theoretical maximum of 999943 user codes. The calculation is the result of the fact that it is not possible to create a user code that is the same as an existing user code + (which is the robbery code). The actual maximum

number of user codes that can be tted is shown in the table "USER CODES / KEYS /

REMOTE CONTROLS" on page 5.

The authorised user can perform an innite number of changes of his user code and can

create and eliminate another user, whereas he is unable to modify any user code other than his own.

CODE TYPE

x: from 1 to 9

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.22.x.19 Request assistance

Active for at least one type of user (x enab. inst.) and one type of installer (x enab. manuf.)

1.1.1.22.x.20 Change Pin Active only for installers

1.1.1.22.x.21 Reset control panel Active for manufacturer

1.1.1.22.x.23 Fault management Active

1.1.1.22.x.26 Programme from PC Active for installer and manufacturer

1.1.1.22.x.42 Codes menu Active

1.1.1.22.x.44 FW Update Only for manufacturer

5.5.14 Installers

Vedo 10 x: from 1 to 3 / Vedo 34 x: from 1 to 6 / Vedo 68 x: from 1 to 6

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.21.x.6 Send digital dialler Selected

CODE TYPE

x: from 1 to 9

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.22.x.19 Request assistance

Active for at least one type of user (x enab. inst.) and one type of installer (x enab. manuf.)

1.1.1.22.x.20 Change Pin Active only for installers

1.1.1.22.x.21 Reset control panel Active for manufacturer

1.1.1.22.x.23 Fault management Active

1.1.1.22.x.26 Programme from PC Active for installer and manufacturer

1.1.1.22.x.42 Codes menu Active

1.1.1.22.x.44 FW Update Only for manufacturer

5.5.15 GSM settings

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.25.1.24 Jamming control Selected

5.5.16 Telephone Options

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.27.1.5 Tones recognition timeout = 60 seconds

1.1.1.27.1.9

Telephone line parameters (pstn)

Selected

1.1.1.27.1.10 Length of call = 60 seconds

1.1.1.27.1.12 Voice message repetition 5

1.1.1.27.1.14 Attempts 3

1.1.1.27.1.15 Send message Press key 1

1.1.1.27.1.16

Termination with conrmation

Selected

1.1.1.27.1.19 Tones control (pstn) Selected

1.1.1.27.1.20

Telephone line control (pstn)

Selected

5.5.17 Phone Book / Email

x: from 1 to 16

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.28.x.1 Description *

1.1.1.28.x.2 Phone *

* If the digital dialler is not active, at least one user must be present

5.5.18 Digital dialler contacts list

x: from 1 to 4

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.29.x.2 Periodic test Active

1.1.1.29.x.4 Protocol Contact ID

1.1.1.29.x.5 Test period <=25h

1.1.1.29.x.6 Attempts 1

1.1.1.29.x.7 Number to call

If the digital dialler is not active, at least the telephone sounder must be

correctly congured

1.1.1.29.x.8 Customer code Valorised

1.1.1.29.x.10 Periodic test start date

Value before date of activating the system (must be before current date)

5.5.19 Generic events

Vedo 10 x: from 1 to 20 / Vedo 34 x: from 1 to 32 / Vedo 68 x: from 1 to 48

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.30.x.2 Event *

1.1.1.30.x.5 Activation voice message Active for at least one phone

1.1.1.30.x.6 Reset voice message Active for at least one phone

* If the digital dialler is not active, the following events must be signalled:

- Robbery Alarm

- Burglar Alarm

- H24 Alarm

- Sabotage

- No network

- Radio sensor battery low

- Radio siren battery low

- Auto-activation failed

- Failed activation fault

- Zone fault

- Robbery zone fault

- Motion sensor jamming fault Of course it must also be completed by sending the respective voice message.

5.5.20 Detailed events

x: from 1 to 8 y: from 1 to 6

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.31.x.3 Dialler telephones At least one selected

1.1.1.31.x.4 Areas At least one selected

DETAILED EVENTS FLAGS

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.31.x.6.y.2 Zone Exclusion * Selected

1.1.1.31.x.6.y.3 Zone Isolation * Selected

1.1.1.31.x.6.y.4 Total ON * Only set selected

1.1.1.31.x.6.y.5 Partial 1 ON * Only set selected

1.1.1.31.x.6.y.6 Partial 2 ON * Only set selected

1.1.1.31.x.6.y.7 Effective activation * Only set selected

1.1.1.31.x.6.y.8 Deactivated * Only set selected

1.1.1.31.x.6.y.10 Burglar Alarm * Selected

1.1.1.31.x.6.y.11 24H Alarm * Selected

1.1.1.31.x.6.y.12 Fire Alarm * Selected

1.1.1.31.x.6.y.13 Panic Alarm * Selected

1.1.1.31.x.6.y.14 Robbery Alarm * Selected

1.1.1.31.x.6.y.15 Flood alarm * Selected

1.1.1.31.x.6.y.16 Gas Alarm * Selected

1.1.1.31.x.6.y.17 Medical Alarm * Selected

1.1.1.31.x.6.y.18 Zones Sabotage Tamper * Selected

1.1.1.31.x.6.y.19 Siren tamper * Selected

1.1.1.31.x.6.y.20 Radio device jamming * Selected

1.1.1.31.x.6.y.21 Tamper App * Selected

1.1.1.31.x.6.y.26 Bus I/O expansions tamper * Selected

1.1.1.31.x.6.y.27 Bus keypad tamper * Selected

1.1.1.31.x.6.y.28 RFID tamper * Selected

1.1.1.31.x.6.y.29 Safetouch tamper * Selected

1.1.1.31.x.6.y.30 Touch Tamper * Selected

1.1.1.31.x.6.y.31

Bus power supply station or isolator tamper

* Selected

1.1.1.31.x.6.y.32

Bus radio concentrator

tamper

* Selected

1.1.1.31.x.6.y.33 Bus siren tamper * Selected

1.1.1.31.x.6.y.34

Alarm communication

device tamper

* Selected

1.1.1.31.x.6.y.35 IP expansion tamper * Selected

Page 55

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.31.x.6.y.36 IP video expansion tamper * Selected

1.1.1.31.x.6.y.42

Remote communications

tamper

* Selected

1.1.1.31.x.6.y.43 GSM concentrator jamming * Selected

1.1.1.31.x.6.y.44 False code * Selected

1.1.1.31.x.6.y.45 Zone Fault * Selected

1.1.1.31.x.6.y.46 Siren fuse fault * Selected

1.1.1.31.x.6.y.47 Radio control fault * Selected

1.1.1.31.x.6.y.48 Power supply unit fuse fault * Selected

1.1.1.31.x.6.y.49

Power supply unit battery

fault

* Selected

1.1.1.31.x.6.y.50 Radio output battery fault * Selected

1.1.1.31.x.6.y.51 Siren battery fault * Selected

1.1.1.31.x.6.y.52

No power supply unit network

* Selected

1.1.1.31.x.6.y.53 Radio zone battery fault * Selected

1.1.1.31.x.6.y.54 Radio control battery fault * Selected

1.1.1.31.x.6.y.55 Input voltage level fault * Selected

1.1.1.31.x.6.y.56 Output voltage level fault * Selected

1.1.1.31.x.6.y.57 Zones RX monitoring * Selected

1.1.1.31.x.6.y.58 Outputs RX monitoring * Selected

1.1.1.31.x.6.y.59 Output fault * Selected

1.1.1.31.x.6.y.60 Camera fault * Selected

1.1.1.31.x.6.y.61 No GSM/GPRS coverage * Selected

1.1.1.31.x.6.y.62 Telephone line fault * Selected

1.1.1.31.x.6.y.63 Failed communication fault * Selected

1.1.1.31.x.6.y.64 Robbery zone fault * Selected

1.1.1.31.x.6.y.65 Failed activation fault * Selected

1.1.1.31.x.6.y.66 IP Expansion fault on bus * Selected

1.1.1.31.x.6.y.67

Motion sensor jamming fault

* Selected

1.1.1.31.x.6.y.70 I/O expansion Bus Fault * Selected

1.1.1.31.x.6.y.71 Keypad Bus Fault * Selected

1.1.1.31.x.6.y.72 Reader Bus Fault * Selected

1.1.1.31.x.6.y.73 Safe Touch Bus Fault * Selected

1.1.1.31.x.6.y.74 Touch Bus Fault * Selected

1.1.1.31.x.6.y.75

Isolator Power Supply Unit

Bus Fault

* Selected

1.1.1.31.x.6.y.76

Radio Concentrator Bus Fault

* Selected

1.1.1.31.x.6.y.77 Siren Bus Fault * Selected

1.1.1.31.x.6.y.78

Alarm Communication Device Bus Fault

* Selected

1.1.1.31.x.6.y.79 IP Expansion Bus Fault * Selected

1.1.1.31.x.6.y.80

IP Video Expansion Bus

Fault

* Selected

1.1.1.31.x.6.y.86 Control Panel Battery Fault * Selected

1.1.1.31.x.6.y.87

Control Panel Power Supply

Mains Outage

* Selected

1.1.1.31.x.6.y.88 Control panel pstn fault * Selected

1.1.1.31.x.6.y.89 Control panel GSM fault * Selected

1.1.1.31.x.6.y.90 Control panel IP fault * Selected

1.1.1.31.x.6.y.91

Control panel voice

synthesis fault

* Selected

1.1.1.31.x.6.y.94

Auxiliary power supply

fuse fault

* Selected

1.1.1.31.x.6.y.95 Bus power supply fuse fault * Selected

1.1.1.31.x.6.y.96

Siren power supply fuse

fault

* Selected

1.1.1.31.x.6.y.97

Control panel power supply

unit fault

* Selected

1.1.1.31.x.6.y.98 Control panel bus fault * Selected

1.1.1.31.x.6.y.99 Telephone line fault * Selected

1.1.1.31.x.6.y.100

No GSM network * Selected

1.1.1.31.x.6.y.101

No GPRS network * Selected

1.1.1.31.x.6.y.102

Date lost * Selected

1.1.1.31.x.6.y.108

L2 forced ON * Selected

1.1.1.31.x.6.y.109

L3 forced ON * Selected

1.1.1.31.x.6.y.116

Timed activation error * Selected

1.1.1.31.x.6.y.119

Technical programming * Selected

1.1.1.31.x.6.y.120

Control panel in service * Selected

1.1.1.31.x.6.y.126

Change date and time * Selected

1.1.1.31.x.6.y.127

Change site data * Selected

1.1.1.31.x.6.y.140

Lock RFID * Selected

1.1.1.31.x.6.y.143

Lock Web * Selected

1.1.1.31.x.6.y.144

Lock PC * Selected

1.1.1.31.x.6.y.145

Lock SMS * Selected

1.1.1.31.x.6.y.146

Voice Lock * Selected

1.1.1.31.x.6.y.151

Activation action * Only set selected

1.1.1.31.x.6.y.152

Burglar Alarm Action * Only set selected

1.1.1.31.x.6.y.153

24H Alarm Action * Only set selected

1.1.1.31.x.6.y.154

Fire Alarm Action * Only set selected

1.1.1.31.x.6.y.155

Panic Alarm Action * Only set selected

1.1.1.31.x.6.y.156

Robbery Alarm Action * Only set selected

1.1.1.31.x.6.y.157

Flood Alarm Action * Only set selected

1.1.1.31.x.6.y.158

Gas Alarm Action * Only set selected

1.1.1.31.x.6.y.159

Medical Alarm Action * Only set selected

1.1.1.31.x.6.y.177

Zone exclusion command * Only set selected

1.1.1.31.x.6.y.178

Zone inclusion command * Only set selected

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.31.x.6.y.179

Zone isolation command * Only set selected

1.1.1.31.x.6.y.180

Zone activation command * Only set selected

1.1.1.31.x.6.y.183

Safe Touch lock * Selected

1.1.1.31.x.6.y.188

Touch lock * Selected

1.1.1.31.x.6.y.200

App lock * Selected

1.1.1.31.x.6.y.205

Touch lock * Selected

1.1.1.31.x.6.y.208

Digital dialler manual test * Selected

* Only for the digital dialler columns

5.5.21 Service voice messages

x: from 1 to 6

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.36.x.1 Text

The system address eld must be

completed

5.5.22 System Parameters

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.42.1.1 DB version Cannot be edited

1.1.1.42.1.2 Customer Name Fill in the eld

1.1.1.42.1.3 System Address Fill in the eld

1.1.1.42.1.4 Network alarm delay Max 60 seconds

1.1.1.42.1.5 Battery alarm delay Max 5 minutes

1.1.1.42.1.14 Code errors 10

1.1.1.42.1.15 Reactivation time Minimum 2 minutes

1.1.1.42.1.16 Alarm Cycles Unlimited

1.1.1.42.1.17 Fault Cycles Unlimited

1.1.1.42.1.18 Unlimited Alarm Cycles Selected

1.1.1.42.1.19 Unlimited fault cycles Selected

1.1.1.42.1.20

Device locked for incorrect

code

Selected

1.1.1.42.1.23

Activation with monitoring

fault

Selected

1.1.1.42.1.24 Forcing level 3 faults Selected

1.1.1.42.1.25 Forcing level 3 sabotage Selected

1.1.1.42.1.30 Installer always active Deselected

1.1.1.42.1.33 Audio control enable Active if digital dialler is not enabled

1.1.1.42.1.34 GSM card enable

At least one active between PSTN and GSM

1.1.1.42.1.37 PSTN enable (on board)

At least one active between PSTN and GSM

1.1.1.42.1.38

Failed activation fault enable

Selected

1.1.1.42.1.39

Enable test for fault and zones sabotage

Deselected

5.5.23 Events to be saved

x: from 1 to 2

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.43.x.2 Zone Exclusion Selected

1.1.1.43.x.3 Zone Isolation Selected

1.1.1.43.x.4 Total ON Only set selected

1.1.1.43.x.5 Partial 1 ON Only set selected

1.1.1.43.x.6 Partial 2 ON Only set selected

1.1.1.43.x.7 Effective activation Only set selected

1.1.1.43.x.8 Deactivated Only set selected

1.1.1.43.x.10 Burglar Alarm Selected

1.1.1.43.x.11 24H Alarm Selected

1.1.1.43.x.12 Fire Alarm Selected

1.1.1.43.x.13 Panic Alarm Selected

1.1.1.43.x.14 Robbery Alarm Selected

1.1.1.43.x.15 Flood alarm Selected

1.1.1.43.x.16 Gas Alarm Selected

1.1.1.43.x.17 Medical Alarm Selected

1.1.1.43.x.18 Zones Sabotage Tamper Selected

1.1.1.43.x.19 Siren tamper Selected

1.1.1.43.x.20 Radio device jamming Selected

1.1.1.43.x.21 Tamper App Selected

1.1.1.43.x.26 Bus I/O expansions tamper Selected

1.1.1.43.x.27 Bus keypad tamper Selected

1.1.1.43.x.28 RFID tamper Selected

1.1.1.43.x.29 Safetouch tamper Selected

1.1.1.43.x.30 Touch Tamper Selected

1.1.1.43.x.31

Bus power supply station or isolator tamper

Selected

1.1.1.43.x.32

Bus radio concentrator

tamper

Selected

1.1.1.43.x.33 Bus siren tamper Selected

1.1.1.43.x.34

Alarm communication

device tamper

Selected

1.1.1.43.x.35 IP expansion tamper Selected

1.1.1.43.x.36 IP video expansion tamper Selected

1.1.1.43.x.42

Remote communications

tamper

Selected

1.1.1.43.x.43 GSM concentrator jamming Selected

Page 56

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.43.x.44 False code Selected

1.1.1.43.x.45 Zone Fault Selected

1.1.1.43.x.46 Siren fuse fault Selected

1.1.1.43.x.47 Radio control fault Selected

1.1.1.43.x.48 Power supply unit fuse fault Selected

1.1.1.43.x.49

Power supply unit battery

fault

Selected

1.1.1.43.x.50 Radio output battery fault Selected

1.1.1.43.x.51 Bus siren battery fault Selected

1.1.1.43.x.52

No power supply unit network

Selected

1.1.1.43.x.53 Radio zone battery fault Selected

1.1.1.43.x.54 Radio control battery fault Selected

1.1.1.43.x.55 Input voltage level fault Selected

1.1.1.43.x.56 Output voltage level fault Selected

1.1.1.43.x.57 Zones RX monitoring Selected

1.1.1.43.x.58 Outputs RX monitoring Selected

1.1.1.43.x.59 Output fault Selected

1.1.1.43.x.60 Camera fault Selected

1.1.1.43.x.61 No GSM/GPRS coverage Selected

1.1.1.43.x.62 Telephone line fault Selected

1.1.1.43.x.63 Failed communication fault Selected

1.1.1.43.x.64 Robbery zone fault Selected

1.1.1.43.x.65 Failed activation fault Selected

1.1.1.43.x.66 IP Expansion fault on bus Selected

1.1.1.43.x.67

Motion sensor jamming fault

Selected

1.1.1.43.x.70 I/O expansion Bus Fault Selected

1.1.1.43.x.71 Keypad Bus Fault Selected

1.1.1.43.x.72 Reader Bus Fault Selected

1.1.1.43.x.73 Safe Touch Bus Fault Selected

1.1.1.43.x.74 Touch Bus Fault Selected

1.1.1.43.x.75

Isolator Power Supply Unit

Bus Fault

Selected

1.1.1.43.x.76

Radio Concentrator Bus Fault

Selected

1.1.1.43.x.77 Siren Bus Fault Selected

1.1.1.43.x.78

Alarm Communication Device Bus Fault

Selected

1.1.1.43.x.79 IP Expansion Bus Fault Selected

1.1.1.43.x.80

IP Video Expansion Bus

Fault

Selected

1.1.1.43.x.86 Control Panel Battery Fault Selected

1.1.1.43.x.87

Control Panel Power Supply

Mains Outage

Selected

1.1.1.43.x.88 Control panel pstn fault Selected

1.1.1.43.x.89 Control panel GSM fault Selected

1.1.1.43.x.90 Control panel IP fault Selected

1.1.1.43.x.91

Control panel voice

synthesis fault

Selected

1.1.1.43.x.94

Auxiliary power supply

fuse fault

Selected

1.1.1.43.x.95 Bus power supply fuse fault Selected

1.1.1.43.x.96

Siren power supply fuse

fault

Selected

1.1.1.43.x.97

Control panel power supply

unit fault

Selected

1.1.1.43.x.98 Control panel bus fault Selected

1.1.1.43.x.99 Telephone line fault Selected

1.1.1.43.x.100 No GSM network Selected

1.1.1.43.x.101 No GPRS network Selected

1.1.1.43.x.102 Date lost Selected

1.1.1.43.x.103 Inactivity Selected

1.1.1.43.x.106 Zone test Selected

1.1.1.43.x.107 User logged in Selected

1.1.1.43.x.108 L2 forced ON Selected

1.1.1.43.x.109 L3 forced ON Selected

1.1.1.43.x.110 Negligence Selected

1.1.1.43.x.111 Alarm memory Selected

1.1.1.43.x.113 Reset alarms Selected

1.1.1.43.x.114 Stop alarms Selected

1.1.1.43.x.115 Stop telephone calls Selected

1.1.1.43.x.116 Timed activation error Selected

1.1.1.43.x.119 Technical programming Selected

1.1.1.43.x.120 Control panel in service Selected

1.1.1.43.x.123 Reset system alarms Selected

1.1.1.43.x.124 Stop system alarms Selected

1.1.1.43.x.125 Stop system telephone calls Selected

1.1.1.43.x.126 Change date and time Selected

1.1.1.43.x.127 Change site data Selected

1.1.1.43.x.131

Outgoing phone

communication

Selected

1.1.1.43.x.132 Digital dialler periodic test Selected

1.1.1.43.x.135 Keyboard lock Selected

1.1.1.43.x.140 Lock RFID Selected

1.1.1.43.x.143 Lock Web Selected

1.1.1.43.x.144 Lock PC Selected

1.1.1.43.x.145 Lock SMS Selected

1.1.1.43.x.146 Voice Lock Selected

Indices Parameters

Congurations necessary to guarantee Grade 2 certication

1.1.1.43.x.151 Activation action Only set selected

1.1.1.43.x.152 Burglar Alarm Action Only set selected

1.1.1.43.x.153 24H Alarm Action Only set selected

1.1.1.43.x.154 Fire Alarm Action Only set selected

1.1.1.43.x.155 Panic Alarm Action Only set selected

1.1.1.43.x.156 Robbery Alarm Action Only set selected

1.1.1.43.x.157 Flood Alarm Action Only set selected

1.1.1.43.x.158 Gas Alarm Action Only set selected

1.1.1.43.x.159 Medical Alarm Action Only set selected

1.1.1.43.x.160 Event 1 key command Only set selected

1.1.1.43.x.161 Event 2 key command Only set selected

1.1.1.43.x.162 Extraordinary command Only set selected

1.1.1.43.x.163 Stop alarms command Only set selected

1.1.1.43.x.164 Reset alarms command Only set selected

1.1.1.43.x.165

Reset telephone calls

command

Only set selected

1.1.1.43.x.166

Reset Control panel

command

Only set selected

1.1.1.43.x.167 Request support command Only set selected

1.1.1.43.x.168

Authorise installer command

Only set selected

1.1.1.43.x.169 Conrm code command Only set selected

1.1.1.43.x.170 Conrm key command Only set selected

1.1.1.43.x.171 Login upgrade command Only set selected

1.1.1.43.x.172

Authorise manufacturer command

Only set selected

1.1.1.43.x.177 Zone exclusion command Only set selected

1.1.1.43.x.178 Zone inclusion command Only set selected

1.1.1.43.x.179 Zone isolation command Only set selected

1.1.1.43.x.180 Zone activation command Only set selected

1.1.1.43.x.183 Safe Touch lock Selected

1.1.1.43.x.188 Touch lock Selected

1.1.1.43.x.191 Added code command Only set selected

1.1.1.43.x.192 Removed code command Only set selected

1.1.1.43.x.193 Changed code command Only set selected

1.1.1.43.x.194 Added key command Only set selected

1.1.1.43.x.195 Removed key command Only set selected

1.1.1.43.x.196 Changed key command Only set selected

1.1.1.43.x.197 Database reset command Only set selected

1.1.1.43.x.200 App lock Selected

1.1.1.43.x.205 Touch lock Selected

1.1.1.43.x.208 Digital dialler manual test Selected

1.1.1.43.x.213 Activation lock cause Selected

Page 57

5.6 OFFICIAL SYMBOL CONVENTIONS FOR ANTIINTRUSION SYSTEMS

5.7 SHIELDED CABLE CONDUCTOR RESISTANCE TABLE

5.7.1 Input and signal connections

Control panel

Magnetic contact detector

Inertial vibration detector

Microphone glass break detector

Microphone detector

Passive infrared detector

Microwave detector

Control component with electronic key

Message dispatcher on dedicated line

Message dispatcher on switched line

Self-powered audible alarm device

Audible alarm device

Illuminating alarm device

SHIELDED ALARM CABLE FORMATION

CONDUCTOR DIAMETER [mm]

MINIMUM RESISTANCE OHM PER 1 METRE

MINIMUM RESISTANCE OHM PER 100 METRES

n X 0.22 mm

0.50 0.085 8.5

n X 0.50 mm

0.80 0.032 3.2

n X 0.75 mm

0.90 0.026 2.6

n X 1 mm

1 0.020 2

n X 1.5 mm

1.28 0.013 1.3

n X 2.5 mm

1.65 0.008 0.82

For the bus signals (A and B) you can use a conductor with section of 0.22 mm².

The resistance shown in the table refers to a single conductor, so if, for example, you want to evaluate the additional resistance introduced by the cable for a run of 100m, you need to double the length. You therefore need to consider 200m total length of conductor (100m outward to the point and 100m return from the point).

In the case of a contact connected to the control panel by a run of 100m of cable with “n” structure for 0.22 mm², the total resistance added by the cable becomes 17 ohm. For connection to an alarm input, 17 ohm does not generally compromise the performance of the system.

Page 58

5.7.2 Power supply connections

In the above circumstances, the resistance can be overlooked in the majority of cases. More care must be taken, however, if the cable has to carry power: in this case, the resistance could

cause a signicant drop for the purposes of correct operation of

the device you intend to power.

Supposing we have a run of 100m of cable powering a device with consumption of 100mA. Using Ohm's Law 1, let us analyse the voltage drops for a range of sections:

0.22 mm² : V=R*I = 17*0.1 = 1.7V

0.50 mm² : V=R*I = 6.4*0.1 = 0.64V

0.75 mm² : V=R*I = 5.2*0.1 = 0.52V

1 mm² : V=R*I = 4*0.1 = 0.4V

This is why it is important to size the power supply conductors correctly.

V = R * I. The estimated drop in Volts is equal to the total resistance of the circuit, expressed in Ohms, multiplied by the circulating current I, expressed in amps.

To connect the IP module from the Vedo control panel to a data network, you need to go through a hub or a network switch. The control panel will be connected by means of a network cable in

straight conguration. In many cases, it will be possible to buy a

standard cable of suitable length, but when this is not possible, you will need to make the connection autonomously.

This is done using UTP CAT5 cable or higher.

The cable will be terminated at both ends with RJ45 plugs with

the aid of a specic crimp tool. Both RJ45 plugs must be wired in the same sequence as shown in the gure.

The conductor colours shown in the gure must be rigorously

observed. Non-conformance with the colours may cause the connection to work intermittently or not at all.

Procedure:

1. Remove about 5 cm of jacket from the cable so as to make

the 4 pairs of wire accessible

2. Separate the conductors in the pairs

3. Stretch the conductors out so as to straighten them, and

place them in the order shown in the gure

4. Adjust the length of the conductors to about 12mm

5. Insert the conductors as shown in the gure (the connector

is illustrated as seen from the side)

5.8 DATA NETWORK CONNECTION CABLE

Page 59

Page 60

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