Comelit VEDO68M Technical Manual

Brand: Comelit

Model: VEDO68M

Category: Musical Equipment

Type: Technical Manual

This manual is also suitable for

Passion.Technology.Design.

TECHNICAL

MANUAL

Technical manual for the Vedo system

[ PRELIMINARY ]

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

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

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

4.13 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) ...

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

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 Yes

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:

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

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

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

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

1 2

2 3 41

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.

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

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

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

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

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)

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 stand-

ard)

• 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 mod-

ule (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.

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.

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.

 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

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

D1D2

3 4

D1D2

1 2

3.4.4 TCP/IP Ethernet expansion module (Art. VE-

DOIP)

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).

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

AL ARM

-V

1K8

ALARM

-V

TAMPER

ALARM

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 FAULT

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.

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Comelit VEDO68M Technical Manual

Brand: Comelit

Model: VEDO68M

Category: Musical Equipment

Type: Technical Manual

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