Honeywell Vigilon 4 loop, Vigilon 6 loop, Vigilon Compact, Vigilon Compact VA Generic Commissioning Instructions

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Page 1

by Honeywell

Generic Commissioning Instructions

ISSUE 7

for Vigilon 4/6 loop & Compact range of fire panels & network nodes

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

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Commissioning instructions

Contents

Preliminary information ----------------------6

Safety information ----------------------------- 6 Pre-visit checks ------------------------------- 6 Pre-commissioning ----------------------------- 6 Points to remember ----------------------------- 7

A typical commissioning process------------------8 Product Approval and Standards ------------------11

Fire detection and alarm control panel -------------------- 11 Interface Units ------------------------------- 11 Manual Call points ----------------------------- 11 S-Cubed Mark 3 ------------------------------ 12 S-Quad Sensors with Visual alarm device (VAD) - introduced post April 2014 - 13

S-Quad Sensors (Legacy product range) ------------------- 15

S-Cubed Mark 2 (Legacy product range) -------------------16

Fire Panels ----------------------------17

Vigilon 4/6 loop panels (EN/BS) ----------------------- 17 Vigilon Compact Panel (EN) ------------------------ 17 Vigilon Compact VA panel (EN) (Legacy panel) ---------------17

Controls and indications ----------------------18 Vigilon 4/6 loop Panels ----------------------23

Second fix parts------------------------------- 23 Remove the protective covers ------------------------ 23 Fitting the inner door ---------------------------- 24 Printer paper roll ------------------------------ 25 Setting the DKC card ---------------------------- 26 Card installation ------------------------------ 27 Terminals on Terminal Card -------------------------28 Pre power-up checks ---------------------------- 29 Mains supply wiring ---------------------------- 29 Battery installation ----------------------------- 30 PSU LED indications ---------------------------- 31 Write protect link on backplane ----------------------- 31 Fire Routing LEDs (Post Mid 2015) ---------------------32 Command Build LEDs CB253 and CB254 (Pre Mid 2015) ----------32

How to configure the 'U' buttons ----------------------- 33 Factory settings ------------------------------- 33 How to fit the outer door -------------------------- 33

Vigilon Compact Panel ----------------------34

Cards and internal cables of the panel -------------------- 35 Installing a replacement MCB in an older Vigilon Compact panel -------36 Terminals on the Master Control Board (MCB) ----------------37 Settings on the DKC ---------------------------- 38 Pre Power up checks ---------------------------- 39 Battery Installation ----------------------------- 39 Mains supply -------------------------------- 40 How to configure the monitored input --------------------41 Fire Routing LEDs (post mid 2015) --------------------- 42 How to configure the LEDs CB253 and CB254 (pre mid 2015) --------42 How to configure the U1 and U2 buttons ------------------- 43 External printer ------------------------------- 43 Factory settings ------------------------------- 44

Vigilon Compact Voice Alarm Panel - (legacy product) -------45

Cards and internal cables of the panel -------------------- 46 Terminals on the Audio Control Card -------------------- 47 Terminals on the Master Control Board-------------------- 48 Pre power up checks ---------------------------- 48 Battery Installation ----------------------------- 49 Mains supply -------------------------------- 50 External printer ------------------------------- 50 How to configure the monitored input --------------------50 How to configure the buttons U1 and U2 ------------------- 50 How to configure LEDs CB253 and CB254 (Legacy) -------------50 How to check and set the audio signal --------------------51 Factory settings ------------------------------- 51

Indications on power up ----------------------52 Initial tests ----------------------------52 Useful menu options -----------------------53

Panel Buzzer -------------------------------- 53 Software version check --------------------------- 53

Contents

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

Password or PIN code -----------------------53

How to create an Engineer PIN ----------------------- 54 How to change the Customer PIN ----------------------54 How to erase a PIN ----------------------------- 54

Address allocation ------------------------55

Address allocation with Loop circuit end 1 connected -------------55 Allocation faults ------------------------------ 56 How to re-allocate addresses to a loop circuit -----------------56 Address allocation with Loop circuit End 2 connected -------------56 Plexus Devices ------------------------------- 56

SAFE Addressing -------------------------57

To SAFE address a device --------------------------57 To convert from SAFE to soft address -------------------- 57

Checking a loop map -----------------------58

To find devices on a loop circuit -----------------------58

Non Volatile Memory (NVM) -------------------59

NVM Hardware Write protect ------------------------ 59 NVM Software - 'write protect' and 'unprotect' ----------------60 To back up loop data to NVM ------------------------60 To recover loop data from NVM ---------------------- 61 How to electrically erase the NVM ---------------------- 61

2km Loop circuit - tests using LDT ----------------62

Loop diagnostic tool ---------------------------- 62 How to [Repair] a loop circuit ------------------------ 62 Loop resistence measured by the panel -------------------- 62

1km Loop circuit - manual tests ------------------62

Loop resistance and capacitance ----------------------- 62

Loop circuit tests -------------------------63

Loop short circuit test ---------------------------- 63 Ground break test ------------------------------ 63 Positive line break test---------------------------- 64 Earth fault test ------------------------------- 64

Checking device STATUS---------------------65

Loop Device Status ----------------------------- 65 Plexus Device Status ---------------------------- 67

Device checks --------------------------68

Checking the time averages ------------------------- 68 Checking the Exception/Subfault codes-------------------- 70 Condition Codes for S-Quads (Exception / Sub Fault codes) ---------71

Pre Fire, Fire and Super fire --------------------72 S-Quad Sensor with VAD - STATES VAD (current range of devices) 73 S-Quad Sensor with Strobe - STATES (legacy devices) -------74

S-Quad Heat sensor STATES ------------------------ 75 S-Quad Dual Optical & Heat / Optical & Heat sensor STATES --------75 S-Quad Dual Optical, Heat & CO sensor STATES --------------76 S-Quad Optical sensor STATES ----------------------- 76

Beam sensor STATES-----------------------77 Interface Unit STATES ----------------------78

Single channel interface input STATES ------------------- 78 4 - Channel Interface Unit STATES --------------------- 78

34000 range of sensors STATES (legacy devices)----------79

Optical heat sensor (plus sounder) STATES (34000 range) ----------79 Heat sensor STATES (34000 range) --------------------- 80

Installed equipment tests----------------------81

Preparation --------------------------------- 81 Communication to site occupants ---------------------- 81 Commissioning Tool ---------------------------- 81 Plant equipment------------------------------- 81 Zone 'Test' mode (for EN panels only) -------------------- 81 'Commission' mode (for BS panels only) ------------------- 81 Fire Sensors -------------------------------- 82 Manual Call Points ----------------------------- 82 Interface Units ------------------------------- 82 S Cubed ---------------------------------- 83 Repeat panel (Loop connected) ----------------------- 83 Mimic Panel -------------------------------- 83 Mains powered DAU and micro DAU (Legacy devices) ------------83 VIGILON Compact VA system (Legacy system) --------------- 83 Deviations from standards -------------------------- 83

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Contents

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Commissioning instructions

Vigilon Compact Network ---------------------84

Single Network ------------------------------- 84 Wiring the single network -------------------------- 85 Single network without domain bridge -------------------- 85 Network Card for VIGILON Compact - baud and node address switch settings - 86 Powering-up the Network --------------------------87 How to check a Network map ------------------------ 87 How to check Network Card status ---------------------- 88 Fault Finding -------------------------------- 88 High errors --------------------------------- 88

Single Vigilon Network ----------------------89

Single Network ------------------------------- 89 Wiring a Copper network -------------------------- 90 Wiring a Fibre network --------------------------- 90 Single network without domain bridge -------------------- 91 Powering-up the Network --------------------------91 How to check a Network map ------------------------ 91 How to check Network Card status ---------------------- 92 Fault Finding -------------------------------- 92 High errors --------------------------------- 92

Multiple Vigilon Networks --------------------93

Domain Bridge using Input Output card ------------------- 93 Two networks using Domain bridge IO card -----------------93 Star network using Domain bridge IO cards -----------------93 IO domain bridge network switch settings ------------------ 94 Message routing ------------------------------ 95 Domain bridge message passing tests--------------------- 96 Domain bridge using Fibre Optic network card ---------------- 96 FO Domain Network switch settings ---------------------97

Appendix A-1 - Menu maps for EN54 (V4) Vigilon panel ------98 Appendix A-2 - Menu maps for BS (V3+) Vigilon panel ------107 Appendix B - Message Action List -----------------116

Clearable fault events ---------------------------- 116 Latching fault events ---------------------------- 116 Repairable fault events --------------------------- 116 Message Action list ----------------------------- 117

Appendix C - Guidelines for standalone system commands -----139

Labels ----------------------------------- 139 Long labels --------------------------------- 140 Sectors ----------------------------------- 143 Integral sounder operation -------------------------- 144 Default fire plan ------------------------------ 145 Fail safe fire plan ------------------------------ 145 Site specific fire plan ---------------------------- 145 Delay Blocks -------------------------------- 146 Sound and Resound alarms options---------------------- 148 Time slots and Time blocks ------------------------- 149 Zones ----------------------------------- 150 Groups ----------------------------------- 150 Zone Tasks --------------------------------- 151 Command Builds ------------------------------ 152 Sounders Configuration --------------------------- 153 Auxiliary Relays ------------------------------ 154 Radio Device -------------------------------- 154 Fire Alarm Routing Equipment (FARE) ------------------- 155 Fire Protection Equipment (FPE)-----------------------156 S-Cubed Mark III or II and S-Quad ---------------------157 Voice and Sounder mode pluse VAD/Strobe action --------------158

Appendix D - Guidelines for Networked system commands -----159

Master Sectors ------------------------------- 159 Master Groups ------------------------------- 160

Appendix E - Cards ------------------------161

Contents

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

Preface

This is the seventh issue of the Commissioning instructions for the fire alarm system based on the

EN54/BS Vigilon 4/6 loop panels, Vigilon Compact panel (&VA) (with network capability) and Vigilon Network nodes. This manual covers EN panels having Master Control Card / Master

Control Board software at version 4.53 or higher and BS panels having Master Control Card software at version 3.97 or higher. It also covers FARE, FPE and Part 23 devices.

Associated documents

The Vigilon control panels and network nodes are supplied with respective copies of the operating and installation instruction manuals:

EN54 Vigilon 4/6-loop panel based system - Installation instructions & Operating instructions EN54 Vigilon Compact panel based system - Installation instruction & Operating instructions EN54 Vigilon Compact Voice Alarm panel - Installation instructions & Operating instructions Vigilon Compact Network node - Installation instructions

Vigilon Network Node - Installation instructions Commissioning tool - User guide

Conventions

This is a note to highlight important text that is normally hidden in the main text.

warning to inform of dangerous conditions that may result in injury or death.

Symbol Keys

This is either a caution to prevent damage to the equipment or a

What you will see.

Abbreviations

ACC Audio Control Card

ADC Analogue to digital

converter

C Common

CH channel

CO Carbon monoxide

DAU Distributed Amplifier Unit

DEV Device

DIL Dual in line

DKC Display keyboard card

DPCO Double pole change over

(relay contacts)

EEPROM Electrically Erasable

Programmable ROM

EOL End of line

FAB First action byte

IO or I/O Input Output channels

IP Ingress protection

LED Light emitting diode

LRT Loop Radio Transceiver

LPC Loop processor card

LPCB Loss prevention council

certification board

MCB Master control board

(CARD 0)

MCC Main control card or Main

controller card (CARD 0)

MCP Manual call point

Mpeg Moving picture expert

group

N/C or NC Normally closed

N/O or NO Normally open

NVM Non Volatile Memory

(CARD14)

O/C or OC Open circuit

PA Public Address

PCB Printed circuit board

PIN Personal identification

number (usercode, password, access code)

PSU Power supply unit

PTT Press to Talk

PVC Polyvinyl chloride

QB Quick blow (fuse)

S/C or SC Short circuit

SAB Second action byte

SAFE Software addressed

firmware encoded

SPCO Single pole change over

relay contacts

SPL Sound pressure level

T Anti-surge (fuse)

USB Universal serial bus

VA Voice Alarm

What you will hear.

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Commissioning instructions

Preliminary information

34K Control Panels

This manual covers the Vigilon range of control panels and does not specifically cover the 34K 4-Loop Control Panel.

For information on 34K 4-Loop Control panel refer to Vigilon BS 4-Loop Control panel in this manual, as both ranges of panels have version 3+ software and the only difference is in the branding.

Safety information

1. Do not remove or replace printed circuit boards, fuses or attempt to wire the control panel with the panel powered up. Always power down the mains supply at the fused spur unit and disconnect the battery supply to the panel.

2. When powering up always power-up the mains supply first before the battery supply. The power-down should be done in reverse order.

3. When installing the cards into the master control board or backplane always use anti-static work procedures.

Pre-visit checks

Ensure there are accurate as fitted wiring drawings available, 2 copies are required.

Any damaged equipment has been noted for replacement.

Ensure access will be provided to system equipment installed in the protected

premises.

The installer (electrical contractor) will be in attendance until the installation is

proved.

Site contact or representative will be available during the visit.

Ensure the commissioning tool along with the associated cables, printer and

instructions are available.

Ensure spare parts are available, such as:

MCP glasses

•

MCP test key

•

Printer paper roll

•

Equipment door keys.

•

Pre-commissioning

Check the installation of fire alarm equipment with reference to the most recent as fitted wiring drawings.

Get the feel of the operating condition of areas on the site:

•

action the installer to carry out any rectification work plus

•

report discrepancies for administration purposes.

Where the operating condition of an area is not right for the equipment installed, then the appropriate replacement action must be taken.

Ensure the fire system equipment is installed in accordance with the appropriate standards and project specification.

4. Do not use anti-static procedures on live equipment.

Preliminary information

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Points to remember

Earth leads

All earth leads supplied with the system equipment must be securely fitted to

maintain earth continuity.

Parts for later installation

All unused parts should be retained in their respective container for safe keeping until

required.

Loop wiring

The loop cable should have been connected to the appropriate terminals at each

device, as shown in the installation manual in locations identified on the as fitted wiring drawings.

Enclosure

Access into equipment enclosure is usually by means of opening an outer door/cover.

A panel may also have an inner door which will also need opening.

Unattended equipment

Where equipment is to be left unattended, then it is important to close the door /cover

for safety.

Copper fingers

Copper fingers are conductive spring like strips fitted to metal assemblies. They are fitted to shield against electromagnetic and radio frequency interferences. Ensure the copper finger strips are intact and no damage has occurred. Damaged fingers will reintroduce the gap to let in/out interferences.

Static precaution

The discharge of static electricity can damage or degrade sensitive electronic components on printed circuit boards. Anti-static procedures should be followed when handling static sensitive boards.

It is important that anti-static procedures are NOT carried out on live equipment.

Removal and disconnection

Any disconnection of cables or removal of parts from an assembly must be restored or replaced.

Battery

To prevent damage to batteries and equipment, the terminals of the battery must not simultaneously touch any conductive part of the equipment enclosure.

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Sealed lead acid battery can have a useful life of up to 5 years from the date of

manufacture, it is strongly recommended that batteries are replaced after 4 years. The batteries must be disposed of correctly by following national or local legislation and battery manufacturers recommendations.

Powering up

When equipment is being powered up always connect the mains supply before the

battery supply. Power-down should be done in reverse order.

powered equipment.

Panel Buzzer

It may be necessary during commissioning to switch Off the panel buzzer. It is

possible to selectively switch the disablement, fault, fire, supervisory and command build buzzer sound to Off or On. It is important to ensure that the buzzer is switched On for normal operation after commissioning.

Fire plan

The system should be tested in accordance with the project specification.

Sensor cover

Each fire sensor installed in the system should have been fitted with a dust cover during installation. The dust covers must be removed from all the fire sensors after the panel loops have been satisfactorily powered-up and with addresses allocated to each device ready for further checks and tests.

Site specific installation

Plant equipment interfaced to the system should be tested to recommendations made in the project specification.

Test mode (EN - V4) & Commission Mode (BS - V3+)

During commissioning of the system you will need to switch On the Test/Commission mode. It is important to switch Off the Test/Commission mode after the work is over, to ensure the system operates normally.

Informing responsible persons

It is important to inform the person(s) responsible for the fire alarm system that the system is being commissioned.

Arcing may occur when the battery circuit is connected to mains

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Preliminary information

Page 8

Commissioning instructions

Before powering up the Panel

Open the outer cover and inner cover of the panel and: – Check all the internal cables within the enclosure are securely fitted

– Ensure no external circuits are connected at this stage, except for

the mains supply which must be connected but not switched ON

–

– Fit the loop card(s) into the required location(s)

Fit the resistors to the master alarm circuits. – Connect the external printer to the RS232 port, if required. – Ensure the input - output lines of interface units on the loop are not

connected.

end of line

Inform responsible person(s)

Inform responsible person(s) that the fire alarm system is being commissioned and occupants in the protected premises will hear test alarms. Ensure occupants are made aware of alternative site procedures should there be a fire event while the system is commissioned.

Pre visit checks

Ensure you have:

shows installed system equipment

Installer will be present to rectify wiring faults Tools and spare parts are available.

– – – –

As-fitted-drawings that

Access will be available to protected areas having system equipment

Always power-down the panel when.working on the system, for example when wiring or replacing parts

Survey the installation

Refer to the most recent and ensure that all the fire system equipment has been installed in accordance with the installation instructions, respective standards and project specification.

as-fitted-drawings

Power up

– Fit the batteries inside the panel enclosure and connect the battery

leads and then switch ON the mains supply.

Initial tests and set ups

– Carry out a display test and ensure DISPLAY and LEDs are working – Set the system clock time and date

Configure the RS232 printer port, if an external printer is installed.

– Setup Access levels PIN codes, if required

–

Loop Devices

Configure the links on all LV 4-channel interface units connected to the loop. Ensure links are set for either Input or Output application.

–

– Power up the mains powered interface unit on the loop.

Ensure all interface Input/Output external wiring remains disconnected at this stage, unless otherwise instructed. This action will prevent inadvertent operation of output/plant while the system is being commissioned.

Loop device address allocation

– Connect only End 1 of a loop circuit and power-up the loop – Allow address allocation to finish. Any fault(s) on the loop during

allocation must be rectified. Power-down the loop when correcting loop wiring faults and the power-up to continue address allocation

– Connect only End 2 of the loop circuit and power cycle the loop and

ensure address allocation is complete from End 2.

– Connect both End 1 and End 2 of the loop and check the loop

allocation is complete with both ends of the loop connected. – ‘Starting Loop n’ displayed after successful allocation of addresses. – Check all the devices on the loop circuit are installed in their correct

location using the ‘ ’ function at the panel and by referring

to the ‘ ’ – Check to ensure correct devices are installed by viewing the

‘Device status’ – Repeat the allocation process on other loop circuits.

Find Device

as fitted wiring drawings

Continue on next page

Pre-allocate the wireless devices

– If the system has wireless devices then pre-allocate the

wireless devices and bind them to the respective LRT. Then allocate loop again to allow panel to see the devices.

Radio

Devices

A typical commissioning process

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Installed system test

Put the panel in test mode and then carry out tests in accordance with the recommendations of BS5839:Part 1 and also in accordance with project requirements:

– Interface units

Prior to functional test on external equipment connected to the I/O circuits, ensure the I/O circuits remain isolated. After functional tests, reconnect the I/O circuits and where appropriate test the I/O circuits to project recommendations.

S-Cubed - The output volume of an S-Cubed can be adjusted using: [Set up] ->[Setup]-> [Device]-> [Loop]->[S-Cubed]->[Volume] and then enter a value between 16 min to 100 max. command at the panel. Repeat and Mimic panels Check events are displayed and indicated

carrying out

– Fire sensors

Ensure a device fire causes alarms in the system to sound in accordance with site specific requirement.

–

– Connect Master alarm and Monitored input circuits and move the

end-of-line resistor to the end of each circuit.

– Sounders - Conduct sound level tests to ensure the levels do not fall

below the requirements.

– VAD / Strobe - Check the appropriate S-Quad and S-Cubed devices

provide the visual alarm.

– Messages - Check the correct messages are announced from the

Speakers, S-Cubed and S-Quad devices where installed.

– Remove the Test mode and ensure any disablements are re-enabled.

Procedures for Vigilon Compact VA only

Background music and PA microphone

– Connect and test Background music system – Connect and test PA microphone – Test the emergency microphone.

Retrieve the system data to Commissioning tool

Connect the commissioning tool and retrieve the system data, see Commissioning tools manual.

Devices set up

Ensure all devices on the loop circuits are correctly set up. – Calibrate speaker circuits on micro DAUs – Adjust volume of audio at each micro DAU and

Mains Powered DAU.

Audio loop wiring tests

Connect each audio loop and carry out tests to ensure live and auxiliary messages are outputted to the DAU speaker circuits.

Backup

Back-up the system loop address allocation data to the memory.

Regularly back-up the configuration data during commissioning, do this every 15 minutes to ensure the changes made to the configuration is not lost.

Loop wiring tests

Repair

Carry out tests on each loop wiring by introducing open and short circuit wiring faults. Ensure the panel provides an indication of each fault. Run the ‘ ’ function at the panel after each wiring fault removal.

From previous page

Configure the system using the Commissioning Tool

Configure the system to site specific requirement using the Commissioning tool.

Beam Sensor alignment

If there are beam sensors on the loop then commission the beam sensor pair using the alignment and autogain function at the panel.

Transmit the configured system to the panel

Connect the commissioning tool to the panel and transmit the system configuration.

Continued on next page

Vigilon 4/6 loops & Compact (VA) panels & network nodes

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A typical commissioning process

Page 10

Commissioning instructions

Configuration data file

Ensure site file held at the Commissioning tool is the same as the one held at the panel for future reference and for traceability.

PIN Codes

Change the user PIN code(s) and inform the new codes to the respective users.

Final changes to configuration

Use the panel menu options to make minor adjustments if required to the system configuration and then back up the work. All major changes to the configuration must be done using the Commissioning tool.

From previous page

A typical commissioning process

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

Product Approval and Standards

Fire detection and alarm control panel

The following fire detection and alarm control panels are LPCB approved.

Product number Description Standard

VIG1-24 VIG1-72 COMPACT-24-N

COMPACT-VA EN Vigilon Compact VA 2-loop panel EN 54 Parts 2, 4 & 16. - a Legacy panel

Interface Units

The following interface units are LPCB approved.

Product number Description Standard

S4-34410 S4-34450 S4-34420 S4-34415 S4-34411 S4-34401 S4-34404

S4-34440-02 and S4-34440-12

EN Vigilon 4-loop panel EN Vigilon 4/6-loop panel EN Vigilon Compact 2-loop panel

1 Input interface module (loop powered) 4 Input / output Interface module (loop powered) 1 Output & 1 input (confirmation) interface module (loop powered) 1 Output Interface Single output interface (loop powered) Single Channel Mains Switching Interface

Four Channel mains Switching Interface

Mains Powered Interface Units EN54-17: 2005

EN 54 Parts2&4

EN54-17:2005 and EN54-18:2005

EN54-18: 2005 & EN54-4:1997 + A1: 2002 + A2: 2006

Manual Call points

The following manual call points are LPCB approved.

Product number Description Standard

S4-34842 S4-34805

S4-34485 S4-34800

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Manual Call Points EN54 Part 11: 2001

EN54 Part 17: 2005

Product Approval and Standards

Page 12

Commissioning instructions

S-Cubed Mark 3

The following S-Cubed Mark 3 devices are LPCB approved.

Product number Description Standard

Type A Devices

S3-S-R S3-V-R S3-S-W S3-V-W

S3-VAD-HPW-R S3-VAD-HPR-R

S3-S-VAD-HPW-R S3-S-VAD-HPR-R S3-S-VAD-HPW-W S3-S-VAD-HPR-W S3-S-VAD-LPR-R S3-S-VAD-LPW-R

S3-V-VAD-HPW-R S3-V-VAD-HPR-R

Environmentally protected Devices

S3EP-S-R S3EP-VAD-HPW-R S3EP-VAD-HPR-R S3EP-V-VAD-HPW-R S3EP-V-VAD-HPR-R

S3 Sounder/Red Body S3 Voice Sounder/Red Body S3 Sounder/White Body S3 Voice Sounder/White Body

S3 VAD/High Perf. White VAD/Red body S3 High Perf. Red VAD/Red Body

S3 Sounder/High Perf. White VAD/Red Body S3 Sounder/High Perf. Red VAD/Red Body S3 Sounder/High Perf. White VAD/White Body S3 Sounder/High Perf. Red VAD/White Body S3 Sounder/Standard Perf. Red VAD/Red Body S3 Sounder/Standard Perf. White VAD/Red Body

S3 Voice Sounder/High Perf. White VAD/Red Body S3 Voice Sounder/High Perf. Red VAD/Red Body

S3 Sounder/Red Body/EP S3 VAD/High perform. White VAD/Red Body/EP S3 VAD/High perform. Red VAD/Red Body/EP S3 Voice Sounder/High perform. White VAD/Red Body/EP S3 Voice Sounder/High perform. Red VAD/Red Body/EP

EN54-3 : 2001, A1:2002, A2:2006 (for Sounder) EN54-23 : 2010 (for Visual Alarm Device VAD) EN54-17 : 2005 (for Short circuit isolator)

Product Approval and Standards

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

S-Quad Sensors with Visual alarm device (VAD) - introduced post April 2014

The following S-Quad with VAD sensors when operating in the STATES shown in table below are LPCB approved to the respective standard.

Part number Description Standard

S4-711-VAD-HPR S4 Dual Optical & Heat Sensors / Red VAD EN54-5 : 2000, A1 : 2002 (heat)

S4-720-V-VAD-HPR S4 Heat sensor / Voice Sensor Sounder / Red VAD

S4-711-V-VAD-HPR S4 Dual Optical & Heat Sensors / Voice Sounder / Red VAD

S4-911-V-VAD-HPR S4 Dual Optical & Heat & CO Sensors / Voice Sounder / Red VAD

S4-711-VAD-LPW S4 Dual Optical & Heat Sensors / White VAD

S4-711-VAD-HPW S4 Dual Optical & Heat Sensors / White VAD (HP)

S4-711-V-VAD-LPW S4 Dual Optical & Heat Sensors / Voice Sounder / White VAD (Std)

S4-711-V-VAD-HPW S4 Dual Optical & Heat Sensors / Voice Sounder / White VAD (HP)

S4-720-V-VAD-HPW S4 Heat / Voice Sounder / White VAD (HP)

S4-911-V-VAD-HPW S4 Dual Optical & Heat & CO Sensors / Voice Sounder / White VAD HP

Non VAD devices

S4-720 Heat sensor EN54 : Part 5 :2002* - (heat)

S4-715 Optical sensor EN54 : Part 7 : 2000* - (optical smoke)

S4-710 Optical Heat sensors EN54 : Part 7 : 2000* - (optical smoke)

S4-711 Dual Optical & Heat Sensors

S4-711-V S4 Dual Optical & Heat Sensors / Voice Sounder EN54-5 : 2000, A1 : 2002 (heat)

S4-770-S S4 Optical & Heat Sensors / Sounder

S4-771-S S4 Dual Optical & Heat Sensors / Sounder

S4-780-S S4 Heat Sensor Sounder

S4-901 S4 Dual Optical & Heat & CO Sensors

EN54-7 : 2000, A1 : 2002, A2 : 2006 (optical) EN54-3 : 2001, A1 : 2002, A2 : 2006 (sounder) EN54-23 : 2010 (visual alarm device VAD) EN54-17:2005 (short circuit isolator) EN54-18:2005 (input output devices)

EN54 : Part 5 : 2000* - (heat) CEA 4021 : 2003-07 Class P heat multisensor detector

EN54-7 : 2000, A1 : 2002, A2 : 2006 (optical) EN54-3 : 2001, A1 : 2002, A2 : 2006 (sounder) EN54-17:2005 (short circuit isolator) EN54-18:2005 (input output devices)

* - these standards are met when the sensor is operating LPCB approved STATES, see STATES table below. Sounder tone description - see next page

can be also configured using controls at the main panel.

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If a S-Quad sensor is configured to operate a non LPCB STATE, then this will contravene the LPCB approval. The required STATE is configured during commissioning and

Product Approval and Standards

Page 14

Commissioning instructions

LPCB approved S-Quad Sensor with VAD device STATES

# - factory default settings

Device

Dual Optical & Heat sensor variant - S4-711

(With VAD) S4-711-VAD-HPR

(With VAD) S4-711-VAD-LPW

(With VAD) S4-711-VAD-HPW

(With Speech) S4-711-V

(With VAD & Speech) S4-711-V-VAD-HPR

(With VAD & Speech) S4-711-V-VAD-HPW

(With Sounder) S4-771-S

Dual Optical, Heat & CO sensor variant- S4-901

(With Speech & VAD) S4-911-V-VAD-HPR

(With Speech & VAD) S4-911-V-VAD-HPW

LPCB approved STATE Meets ~ EN54-7 : 2000, A1:2002, A2:2006

STATE 0 #

STATE 5

STATE 8

STATE 0 #

STATE 9

* EN54-5 : 2000, A1:2002

Medium optical smoke ~ / Class A1 heat *

Medium optical smoke ~ / Class B heat *

Delayed medium optical smoke ~ / Class A1 heat*

Medium optical smoke ~ / Class A1 heat *

Class A1 heat *

Optical & Heat sensor variant - S4-710

(With Sounder) S4-770-S

STATE 0 # Medium optical smoke ~ / Class A1 heat*

Heat sensor variant - S4-720

(With Speech & VAD) S4-720-V-VAD-HPR

(With Speech & VAD) S4-720-V-VAD-HPW

(With Sounder) S4-780-S

Optical sensor - S4-715

STATE 0 #

STATE 5

State 0 # Medium optical smoke

Class A1 heat *

Class B heat *

All S-Quad range of sensor sounder devices meet EN54-17:2005 Input/Output devices plus EN54-18:2005 Short circuit isolation for use on the transmission path of fire detection and alarm systems. Sounder tone - Meets the following tone settings: High tone ( Continuous 933Hz) & Alternate tone (High 933Hz for 0.25s / low 700Hz for 0.25s)

When an S-Quad sensor is configured to operate a non LPCB approved STATE then this will contravene the LPCB approval.

# - these standards are met when the sensor is operating LPCB approved STATES.

All the LPCB approved STATES applicable to S-Quad fire sensors are shown. The required STATE is configured during commissioning. On initial power-up of the system all the sensors operate in STATE 0. Note sensor STATES are not applicable for wireless sensors.

Product Approval and Standards

14 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 15

Vigilon 4/6 loops & Compact (VA) panels & network nodes

S-Quad Sensors (Legacy product range)

The following S-Quad sensors when operating in the STATES shown in table below are LPCB approved to the respective standard.

Product number Description Standard

S4-720-ST-VO Heat sensor Strobe and Speech (Speech and Strobe - no approval) EN54 : Part 5 :2002* - (heat)

S4-780

S4-780-ST

S4-711-ST Dual Optical & Heat Sensors Strobe (Strobe - no approval) EN54 : Part 7 : 2000* (optical smoke)

S4-911 Dual Optical, Heat & CO Sensors (CO - no approval)

S4-711-ST-VO Dual Optical & Heat Sensors, Speech & strobe (Speech and Strobe - no approval) EN54 : Part 7 : 2000* (optical smoke)

S4-711-VO Dual Optical & Heat Sensors, Speech (Speech - no approval)

S4-771 Dual Optical & Heat Sensors & Sounder

S4-911-ST-VO Dual Optical, Heat & CO Sensors, Speech & Strobe

S4-770 Optical & Heat sensors and Sounder

* - these standards are met when the sensor is operating LPCB approved STATES, see STATES table below. Sounder tone description - see next page

Heat Sensor plus Sounder Heat Sensor plus Sounder & Strobe (Strobe - no approval)

(Speech, Strobe & CO - no approval)

EN54 : Part 5 : 2002* - (heat) EN54 : Part 3 : 2001 - (sounder)

EN54 : Part 5 : 2002* (heat) CEA 4021 : 2003-07 Class P heat multisensor detector

EN54 : Part 5 : 2002* (heat) EN54 : Part 3 2001 - (sounder tone)

CEA 4021 : 2003-07 Class P heat multisensor detector

can be also configured using controls at the main panel.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 15

If a S-Quad sensor is configured to operate a non LPCB STATE, then this will contravene the LPCB approval. The required STATE is configured during commissioning and

Product Approval and Standards

Page 16

Commissioning instructions

LPCB approved S-Quad Sensor STATES (Legacy product range)

Meets ~ EN54 : Part 7 :2000

* EN54 : Part 5 :2002

Device

LPCB approved STATE

# - default STATE

Dual Optical & Heat sensor variant -

(With Strobe) S4-711-ST

(With Speech) S4-711-VO

(With Strobe & Speech) S4-711-ST-VO

(With Sounder) S4-771

Dual Optical, Heat & CO sensor variant -

STATE 0 #

STATE 5

STATE 8

STATE 0 #

Medium optical smoke ~ / Class A1 heat *

Medium optical smoke ~ / Class B heat *

Delayed medium optical smoke ~ / Class A1 heat*

Medium optical smoke ~ / Class A1 heat *

S4-911

(With Speech & Strobe) S4-911-ST-VO

STATE 9

Class A1 heat *

Optical & Heat sensor variant -

(With Sounder) S4-770

STATE 0 # Medium optical smoke / Class A1 heat*

Heat sensor variant -

(With Speech & Strobe) S4-720-ST-VO

(With Sounder) S4-780

(With Strobe) S4-780-ST

STATE 0 #

STATE 5

Class A1 heat *

Class B heat *

All S-Quad range of sensor sounder devices meet CEA 4021: 2003-07, where applicable, and meet EN54-17:2005 Input/Output devices plus EN54-18:2005 Short circuit isolation for use on the transmission path of fire detection and alarm systems.

Sounder tone - Meets the following tone settings: High tone ( Continuous 933Hz) & Alternate tone (High 933Hz for 0.25s / low 700Hz for 0.25s)

When an S-Quad sensor is configured to operate a non LPCB approved STATE then this will contravene the LPCB approval.

# - these standards are met when the sensor is operating LPCB approved STATES.

S-Cubed Mark 2 (Legacy product range)

The Sounders in the following S-Cubed Mark 2 range of products listed below are LPCB approved to EN 54 : Part 3

S3IP-VP-W, S3-VP-W, S3IP-VP-ST-WR, S3-VP-ST-WR, S3IP-VP-R, S3-VP-R, S3IP-VP-ST-RR, S3-VP-ST-RR, S2IP-VP-W, S2IP-VP-R, S3IP-SN-W-V2, S3-SN-W-V2, S3IP-SN-ST-WR-V2, S3-SN-ST-WR-V2, S3IP-SN-R-V2, S3-SN-R-V2, S3IP-SN-ST-RR-V2, S3-SN-ST-RR-V2, S3IP-SN-ST-RW-V2, S2IP-SN-R-V2 and S2IP-SN-W-V2.

Product Approval and Standards

16 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 17

Fire Panels

VigilonFireSystem

GENT2015

DesignedtoEN54 Pt 2 & 4

15:45

Fault

SystemFault

Test

Fire

Power

PowerFault

Fault/Dis

Disablement

Previous Next

Delay

Verify

Active

12345678910111213141516 17 18 19 20 21 22 23 24 25 26 27 28 29 30 30 32

Zones

Sounder

FireRoutingO/P

Fault/Dis

Active

FireRoutingO/P

Indicators

Pocket for

Operating instructions

and Log Book

Message display

Access level 1 Controls to scroll events

Key lock for outer door

Inner door

Printer

Outer door

Access level 2 & 3 Controls

Key lock for outer door

Indications

Inner door

Operating instructions and Log Book

Outer door

Message Display

Access level 1 Controls to scroll fire events

Access level 2 Controls

Fault/Dis

Active

FireRoutingO/P

Fault/Dis

Active

FireRoutingO/P

VigilonCompactVoice Alarm System

GENT2010

DesignedtoEN54 Pts 2, 4 & 16

Panelhealthy

15:45

12345678910111213141516

17 18 19 20 21 22 23 24 25 26 27 28 29 30 30 32

Zones

Fault

Disablement

PowerFault

SystemFault

Delay

Test

Fire

Power

Verify

Sounder

CB253

CB254

AllZones

ClearZones

VoiceAlarmZones

SpeakNow

Auxiliarymessages

Emergencymessages

1423 5

6978

ALERT

BOMB

EVACUATE

MIC

TESTSTART

STANDDOWN

TESTEND

byHoneywell

EN54Part2,4&

1 6

COMPACTVOICE

Vigilon

VAActivated

0XXXx

Access level 2 & 3 Controls

Indications

Pocket for

Operating instructions

and Log Book

Message display

Access level 1 Controls to scroll events

Key lock for outer door

Inner door

Emergency Microphone

Outer door

Vigilon 4/6 loop panels (EN/BS)

A BS panel is very similar to an EN panel:

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Vigilon Compact VA panel (EN) (Legacy panel)

Vigilon Compact Panel (EN)

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 17

Fire Panels

Page 18

Commissioning instructions

Fault

System Fault

Test

Fire

Power

Power Fault

Disablement

Sounder

12345678910111213141516

17 18 19 20 21 22 23 24 25 26 27 28 29 30 30 32

Zones

Previous Next

Delay

Verify

890

& *

(

;

)

YU I OP

Fire

GHJ KL

ZXC

Sound Alarms

Silence Alarms

Reset

Cancel Buzzer

Menu On/Off

F1 F2

Insert

Delete

SpaceShift

Enter

;

Verify

Panel buzzer

Vigilon Compact panel or Vigilon Compact Voice Alarm panel (legacy)

has CB253 / CB254 LEDs in place of Fire routing LEDs

EN Vigilon 4-loop panel or BS Vigilon 4-loop panel

BS Vigilon 4-loop panel:

Commission

Warning

BS Vigilon 4-loop panel:

NOT USED

Not fitted on

BS Vigilon 4-loop

panel

Previous Next

ABC

DEF

GHI

JKL

MNO

Cancel Buzzer

Menu On/Off

Verify

1 2 3

4 5 6

PQRS

TUV WXYZ

7 8 9

Sound Alarms

Silence Alarms

Reset

Enter

THRU

BKSP

INS

DEL

F1 F2

F3 F4

12345678910111213141516

17 18 19 20 21 22 23 24 25 26 27 28 29 30 30 32

Zones

Fault

System Fault

Delay

Test

Fire

Power

Power Fault

Verify

Disablement

Sounder

Active

Fault/Dis

Fire Routing O/P

Active

Fault/Dis

Fire Routing O/P

Controls and indications

18 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 19

Indications applicable for all Vigilon panels

Zones 1

Power

Fire

Verify

Fault

System Fault

Disablement

Warning

Power Fault

Sounder

Delay

Test

Commission

Indicators Description

Display The Display provides messages of the system status / events by means of 8 lines by 40 characters per line display.

(red)

(green)

(red)

(amber)

Fire routing O/P

Hidden-until-lit fire zones indicators. When "Zones" text and number(s) are illuminated it indicates that a FIRE has been detected in the specific zone(s). (Zone indicators are not applicable for BS Vigilon panels and Network Nodes)

When illuminated it indicates that a supply to the panel is present.

When illuminated it indicates that a FIRE has been detected in the protected premises.

When illuminated it indicates that the Verify button has been pressed and the alarm sounders in the system are delayed from sounding.

When illuminated it indicates that a FAULT has been detected in the fire detection and alarm system or in the audio system.

When illuminated it indicates that a fault has occurred with the system processor. It is important to investigate this fault because the

fire alarm system may not be able to detect fires. Applicable for EN Vigilon panels only. When illuminated it indicates that a part of the system has been disabled.

Applicable for BS Vigilon panels only. When illuminated it indicates part of the system has been disabled, delayed or not functioning.

Applicable for EN panels only from mid 2015 onwards. When illuminated it indicates the Fire Alarm Routing Equipment is active.

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Active

Fire routing O/P

(red)

Prior to mid 2015 this LED was

CB253 (amber) and it operates with Command Build 253.

Applicable for EN panels only from mid 2015 onwards. When illuminated and steady it indicates the Fire Alarm Routing Equipment is faulty. When illuminated and flashing it indicates the Fire Alarm Routing Equipment is disabled.

Fault/Dis

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 19

(amber)

Prior to mid 2015 this LED was

CB254 (amber) and it operates with Command Build 254.

When illuminated it indicates the battery or mains supply to the panel has failed.

Applicable for EN Vigilon panels only. When illuminated (always with either the FAULT light or the DISABLEMENT light) it indicates that there is a sounder fault (flashing indication) or sounder disablement (steady indication).

Applicable for EN Vigilon panels only

When illuminated it indicates that one or more delay blocks are setup on the panel.

Applicable for EN Vigilon panels only

When illuminated it indicates one or more zones are in Test mode.

Applicable for BS Vigilon panels only

When illuminated it indicates panel is in commissioning mode.

Controls and indications

Page 20

Commissioning instructions

Menu On/Off

F1 F4

Cancel Buzzer

Sound Alarms

Silence Alarms

Reset

Verify

Enter

Controls applicable for all Vigilon panels

Controls Description

Pressing Menu On/Off will enable/disable the on screen menu facility which gives access to the system menus.

The 'Fn' buttons are used to select functions and sub-functions of the system menus which appear on the display. Each option available at a menu level has an associated function button and on pressing a function button will select the option described on the display.

The Cancel Buzzer button when pressed will stop the internal panel buzzer from sounding. Note the local buzzer is automatically silenced when the emergency microphone is being used to announce live speech from a Vigilon

Compact VA panel.

Pressing the Sound Alarms button will announce 'evacuate message' and sound the evacuate alarms. This button is only pressed in an emergency or at other agreed times, for example when conducting a system test or practice evacuation.

Pressing the Silence Alarms button will stop emergency message announcements and silence the system alarms.

Pressing the Reset button will clear any fires and return the panel to the condition seen before the fire event. If a fire condition should reoccur immediately after a 'reset' then the indicated device should be investigated.

Controls and indications

If the Verify facility has been set up, then pressing the 'Verify' button soon after a fire detection will increase the time delay before the alarm sounders are activated. This gives the user time to investigate the cause of the alarm and option to cancel the alarm within the delay time period.

The 'U' buttons can be configured during commissioning to output user-defined actions, such as to disable devices in areas where smoke may be generated and to activate a plant shutdown, for example during a fire condition.

The function of the 'U' buttons should be written on the label that is fitted on the back of the outer door.

Note: The Vigilon 4/6 loop panels have four configurable 'U' buttons. At a Vigilon panel to operate a 'Un' key: press the 'Shift' key first then the 'Un' key.

This is pressed to acknowledge an entry of data or label text.

20 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 21

Controls applicable for Vigilon Compact (& VA) panels only:

ABC

DEF

GHI

JKL

MNO

1 2 3

4 5 6

PQRS

TUV WXYZ

7 8 9

THRU

BKSP

INS

DEL

Controls Description

These four buttons are used to scroll the displayed text.

These buttons allow data to be entered manually at the control panel.

When entering a label each press of a key will scroll the character string, for example:

key 2 will scroll key 1 will scroll 1?,.;&*/

The bottom row of keys are explained here: The button is used to enter a SPACE between characters The INS key allows text to move one position to the right The DEL key allows a character to be deleted The BKSP button will delete previous character.

When entering a range data the THRU key is used to represent a '-', for example 1 THRU 5 equals 1-5.

ABC2abc.

Vigilon 4/6 loops & Compact (VA) panels & network nodes

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 21

Controls and indications

Page 22

Commissioning instructions

All Zones

(Green)

Clear Zones

Speak Now

VA Activated

Auxiliary messages

(green)

Emergency messages

(Red)

All Zones

Clear Zones

Voice Alarm Zones

Speak Now

Auxiliary messages

Emergency messages

1423 5

6978

ALERT

BOMB

EVACUATE

TEST START

STAND DOWN

TEST END

VA Activated

Controls applicable for Vigilon Compact VA panel only - (legacy product)

Pressing one or more of the 10 buttons selects the local Voice Alarm Zone(s) of the local system to which emergency or auxiliary messages, or emergency microphone is to be announced. The two LEDs beneath flash alternately to show the Voice Alarm Zone has

(green and red)

(green)

been selected. On selecting the required emergency or auxiliary message only one of these LEDs changes

to steady or flashing indication determined by the type of audio to be outputted to the selected Voice Alarm Zones. The left LED indicates auxiliary message selection while the right LED indicates emergency message selection.

Pressing the 'All Zones' button allows quick selection of all Voice Alarm Zones simultaneously. The accompanying LED gives a steady indication when the button is pressed. Note all the VA Zones that have been setup in your system will give a flashing indication and those not setup will give no indications.

Pressing 'Clear Zones' button will clear selected Voice Alarm Zones, also when auxiliary messages are being announced pressing 'Clear Zones' will silence the announcements.

When 'Speak Now' light is illuminated the system is ready to allow live speech announcement to selected Voice Alarm Zones via the Emergency microphone.

The indicator is lit following the selection of Voice Alarm Zones and on pressing the Press to Talk (PTT) button on the Emergency microphone.

If the 'Press to Talk' button is released the 'Speak Now' indicator will flash and switch off after 20seconds duration or immediately switch off on pressing the Clear Zone button.

When the 'VA Activated' LED is illuminated it indicates the voice announcements are being made or emergency microphone is in use for speech announcement to Voice Alarms Zones.

(red)

When illuminated the system is announcing auxiliary message n to the selected Voice Alarm

Zones.

The indicator is lit following the selection of Voice Alarm Zone(s) and on pressing the required Auxiliary message button.

Controls and indicationsControls and indicationsControls and indications

Controls and indicationsControls and indications

22 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

When illuminated the system is announcing emergency message n to the selected Voice Alarm Zones.

The indicator is steady or flashing determined by the type of emergency message being announced to Voice Alarm Zones.

Page 23

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Earth to inner door

Hinge points for inner and outer doors

PSU

Hinge points for inner and outer doors

Cardboard cover over PSU

Cables of external circuits

Mains cable

Printer 0V

Transparent cover over backplane

Card guides

Vigilon 4/6 loop Panels

These procedures assume the respective 1st fix assembly of the Vigilon 4 loop (VIG1-24) / 6 loop (VIG1-72) panel is already installed. The 1st fix backbox assembly may be surface or flush mounted.

The second fix parts must now be installed before powering up the control panel.

Second fix parts

Check that you have the second fix parts, which are supplied with the panel:

Parts

Inner door assembly

Battery Pack (2 x 12V 21Ah)

Battery box

Outer door assembly

Main Control Card

Loop card

EN Vigilon 4 loop

Control panel

(VIG1-24)

(Option of

up to 4 maximum)

EN Vigilon 6 loop

Control panel

(VIG1-72)

(option of

up to 6 maximum)

Spares pack (see installation manual for pack content)

1pack 1pack

Remove the protective covers

Remove the cardboard protection cover fitted over the PSU. The cover is held in by a retaining clip.

Remove the transparent protection cover fitted over the backplane held together by an elastic band.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 23

Vigilon 4/6 loop Panels

Page 24

Commissioning instructions

Earth to inner door

Cables of external circuits

Printer 0V

Transparent cover over backplane

WARNING

REMOVAL OF COVER

EXPOSES HIGHVH

VOLTAGES

Transit position of printer paper roll and holder pin held together with an elasticband

Hinge point

Paper roll holder bracket

Connector for printer 0V

Earth spade for connection from backbox

Inner door

Preformed ribbon cables held together under masking tape to be fitted during commissioning

Card guide

Danger

Masking tape

BACKBOX (Part view)

Backbox

Inner door

locating the hinge pin

Fitting the inner door

Locate the hinge pins on the inner door assembly into the two hinge pin holes j on the backbox outer face.

Fit the earth lead from the backbox to the inner door spade connector k.

Fit together the two blue connectors of the printer 0V leads l, the leads are located at the inner door and backbox intersection.

Vigilon 4/6 loop Panels

24 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 25

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Fold paper end thus before attempting to feed it through printer

Printer mechanism

Door

Paper roll

Paper feed knob

Printer paper roll

The printer paper roll is secured with an elastic band to the card guide on the inner door.

Remove the paper roll from the card guide and install paper into the printer mechanism. Ensure the paper roll enters the printer mechanism as shown.

On the outside of the inner door there is a paper feed knob, DO NOT turn the knob in an upward direction as this may damage the integral printer.

Upon completion of all commissioning work a new paper roll should be fitted.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 25

Vigilon 4/6 loop Panels

Page 26

Commissioning instructions

DKC ASSEMBLY

WARNING

REMOVALOF COVER

EXPOSESHIGHVH

VOLTAGES

Inner door assembly

Danger

RV1

Sound Alarms

Silence Alarms

Reset

Verify

Control buttons

Inner door

1234

17 18 19 20

Zones

With Zone indicators (EN)

Display and keyboard Card (DKC)

Without Zone indicators (BS) panel or Network node

Buttons enabled

Buttons disabled

Factory setting is with link fitted

8 7 6 5 4 3 2 1

SW1

RV1

LCD Contrast adjust

OFF

Clockwise Darker

Anti-Clockwise Lighter

Link is NOT USED leave link fitted.

It is for special use with keyswitch application

Setting the DKC card

The links, pot and switch on the DKC are factory configured as shown below.

Control buttons

The emergency control buttons must always be left in an enabled state, with the 'control buttons' link fitted.

There is no indication given at the panel when the link is set for inactive controls.

Display Contrast

The display contrast is set using the Pot RV1 on the DAC, which is factory adjusted

for optimum contrast. You can also adjust the contrast using the menu option under [Test/Eng], see Appendix A menu maps.

applicable for some older build of panels.

Domain Address and baud rate settings

Typically the Baud rate set using these switches should be the same as the setting made using the [TestEng] menu. The baud rate set must be backed up to the NVM. Where a baud rate value that can only be achieved by [Test/Eng] menu, this must be set using the menu and backed up to NVM.

Baud Rate Domain address

Off Off 1200 Off Off Off Off Off Off 64

Off On 2400 Off Off Off Off Off On 1

On Off 9600 Off Off Off Off On Off 2

On On 19200 etc

Zone indicators

The Zone indicators are enabled for normal operation at an EN control panel and must NOT be disabled.

The contrast adjustment function using the menu options may not be

2 Baud

5678Address

On On On On On Off 62

On On On On On On 63

Factory set domain address - 1 with 19200 baud (see SHADED cells)

Vigilon 4/6 loop Panels

26 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

The zone indicators are not applicable on a Network node nor on a BS Control panel. On these products the 'zone indicator' links are set in the 'disable' position.

Page 27

Card installation

Master Controller Card (MCC) to be fitted to socket P1 CARD 0 on backplane

Secure the two ribbon cables (at the fold) under the clamp located on the backplane

40 way ribbon

20 way ribbon

Card guides

Backplane

Main Controller Card (SUPPLIED)

Network or IO Card (Optional)

Loop Processor Card (SUPPLIED) or RS232

Loop Processor Card or RS232 (Option)

Fibre Network or RS232 or Loop Card#

Network or RS232 or Loop Card#

# for VIG1-72 only

P1 CARD 0

P2 CARD15

P3 CARD 1

P4 CARD 2

P5 CARD 3

P6 CARD 4

P7 CARD 5

P8 CARD 6

Backplane

Use the USB port on the MCC to connect to the Commissioning tool.

Vigilon 4/6 loops & Compact (VA) panels & network nodes

When installing cards into the backplane always use anti-static work

procedures. DO NOT use anti-static procedures on live equipment.

connect to the Commissioning tool. The DKC now connects directly to the MCC card. The Commissioning tool connects directly to the USB port on the MCC.

The two ribbon cables held together under a masking tape on the DKC assembly must be routed into the backbox to connect to the Main Controller Card.

backplane. Fit the Main Controller Card (MCC) into the backplane before the ribbon cables are connected to the MCC.

An IO Card is not required for connection to DKC and neither is it required to

Ensure the two ribbon cables from DKC are secured under a clamp on the

Always ensure the panel is completely powered down before removal or fitting of cards into the backplane. Power down the battery supply before the mains supply. The power up should be done in reverse order.

Ensure all the cards are installed in their correct location into the backplane and are firmly seated into their respective slots.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 27

Vigilon 4/6 loop Panels

Page 28

Commissioning instructions

L N

PSU board (located behind the cardboard cover)

PB1

PB2

Backplane

NETWORK CARD IN SLOT P8

0V1 +VE1 -VE1 0V2 N/C +VE2 -VE2 N/C

LOOP CARD IN SLOT P8 (Loop 6)

L1 0V L2 0V

IO CARD IN SLOT P8

A 5V B 0V CTS Rx RTS TX

IO (RS232) CARD IN SLOT P7

N/C 0V CTS RX RTS TX

LOOP CARD IN SLOT P7 (Loop 5)

L1 0V L2 0V

LOOP 4

L1 0V L2 0V

LOOP 3

L1 0V L2 0V

LOOP 2

L1 0V L2 0V

LOOP 1

L1 0V L2 0V

RS485

A 5VB0V

RS232

TxCTSRxRTS

(WITH IO CARD IN SLOT P2 OF BACKPLANE)

MA1+ MA1- MA2+ MA2-

Master alarm

Clean C

NC C NO

Auxiliary Relay 1 NCCNONCCNO

Auxiliary Relay 2 NCCNONCCNO

RS232 0V

0V 0V 0V 0V

P12

Terminal card

Quick release terminals

0V1 +VE1 -VE1 0V2

N/C N/C +VE2 -VE2

(WITH NETWORK CARD IN SLOT P2 OF BACKPLANE)

CTSRXRTSTX

CARD 4

RS232

CTSRXRTSTX

CARD 3

RS232

CTSRXRTSTX

CARD 2

RS232

CTSRXRTSTX

CARD 1

RS232

Terminals for Network node

These RS232 terminals are for use with the RS232 wiring associated with IOC fitted in Card slots 1 to 4.

Terminals for Control panel

Terminals for Control panel and Network node

Terminals on Terminal Card

Vigilon 4/6 loop Panels

28 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 29

Pre power-up checks

PSU PCB

The mains cable must be stripped back to the length shown to allow live and neutral wires to be wound through the ferrite core.

Dedicated mains supply from consumer unit

5A Unswitched fused spur unit

max. 230V ac

Panel

must be sleeved

Use cable ties (supplied)

ferrite

core

(supplied)

45mm

35mm

Gland

270mm

50mm

5mm

mains

cable

The mains cable is the only external cable that is required to be connected at this initial stage.

Other external circuit cables are left disconnected, but are connected and tested later, they include:

all loop circuits

•

clean contacts

•

auxiliary circuits

•

master alarm circuits, has the end-of-line resistors (22K Ohm) fitted to the terminals on the

•

terminal card to inhibit a master alarm circuit fault indication.

and RS232/RS485

•

commissioned.

Ensure all cards are securely fitted into their appropriate slots on the backplane.

Ensure all ribbon cables are securely fitted into their respective sockets.

A networked system is commissioned after all the individual standalone systems are fully

Vigilon 4/6 loops & Compact (VA) panels & network nodes

The Mains power is switched on after battery is installed and connected.

Mains supply wiring

1. The fire alarm system products are NOT designed to be powered from IT Power systems.

2. All mains powered equipment must be earthed.

Ensure the mains supply cable enters the equipment via a dedicated cable entry point, which is located adjacent to the mains terminal block and is also segregated from other loop wiring.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 29

Mains supply to any fire alarm control and indicating equipment must be via an unswitched 5A fused spur unit. A disconnect device must be provided to disconnect both poles and must have a minimum gap of 3mm. The 'disconnect device' should be available as part of the building installation and must be easily accessible after installation is complete.

The fused spur isolator unit cover should be marked:

FIRE ALARM - DO NOT SWITCH OFF

Hazardous voltage remains after operation of a protection fuse. Take appropriate action to guard against the risk of equipment having exposed live mains supply.

Vigilon 4/6 loop Panels

Page 30

Commissioning instructions

It is recommended that the mains supply to the panel is switched during battery installation.Off

Fit the bolt, spade connector, washer, spring washer to each battery terminal, as shown.

Insert the battery on the right into the back box.

Fit the ‘White’ link lead to outer + and - spade connectors on the two batteries, as shown.

Fit the battery lead assembly (red & black) to the remaining + and - spade connectors on the two batteries, observe polarity.

Insert the battery on the left into the back box.

Plug the plug on the battery lead to connector P20 located on the bottom left of power supply PCB.

The panel will only power up after the mains supply is switched On.

P20

BT+ BT-

It is recommended that the mains supply to the panel is switched during battery installation.Off

Fit the bolt, spade connector, washer, spring washer to each battery terminal, as shown.

Insert the battery on the right into the back box.

Fit the ‘White’ link lead to outer + and - spade connectors on the two batteries, as shown.

Fit the battery lead assembly (red & black) to the remaining + and - spade connectors on the two batteries, observe polarity.

Insert the battery on the left into the back box.

Plug the plug on the battery lead to connector P20 located on the bottom left of power supply PCB.

The panel will only power up after the mains supply is switched On.

Red Black

White

Black

Red

TH-

TH+

BT2-

BT2+BT1+

TH1

BT1-

TH-

TH+

BT2-

BT2+BT1+

TH1

BT1-

In-line fuse rated 10A QB ceramic 20mm x 5mm

8 - 12V 21Ah batteries

Battery Box

Lower shelf

Upper shelf

4 - 12V 21Ah batteries

Battery Box

Upper shelf

Lower shelf

The panel will only power up after the mains supply is switched .

Route the battery red/black lead through hole in the shelf of the battery box and fit the connector end of the lead to the PCB, located on the top right side.

Place two more batteries 'B' onto the lower shelf and repeat procedures to .

Where required, add further four batteries onto the upper shelf, use procedures to . The only exception is that the red/black lead is directly connected

to the respective upper connectors on the PCB.

Red

White.

Black

It is recommended that the mains supply is switched

during battery installation.Off

Fit the bolt, spade connector, washer and spring washer to each battery terminal as shown above.

Place the two batteries on the lower shelf and lay them horizontally with terminals facing outwards.

Fit the white link lead and then fit the red/black fused lead to the battery terminals, as shown above.

White.

Red Black

Raise the two batteries to an upright position and push them back into the enclosure.

Ensure the batteries are held in place while they are being wired. Ensure the battery terminals do not come into contact with the metal enclosure.

Black

Red

Battery installation

useful life of 5 years or more from the date of manufacture. It is strongly recommended that batteries are replaced after 4 years of use. All batteries must be disposed of as per recommendation made by battery manufacturer.

an explosion if incorrect batteries are used.

VIG1-24 panel battery installation

Vigilon 4/6 loop Panels

30 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

The panel makes use of sealed lead acid type batteries which can have a

Always use the recommended replacement battery. As there is a risk of

VIG1-72 panel battery installation

Page 31

Vigilon 4/6 loops & Compact (VA) panels & network nodes

LD1

LD2

LD3

LD4

LD5

P11

Indicates communicating with MCC

Ribbon cable

to Terminal Card

connector P10

Ribbon cable to

Backplane

connector P12

Spade connector

for 0V lead to printer

LD1

LD2

LD3

LD4

LD5

Indicates Thermistor is O/C or S/C or 43V boost test has failed.

RAM write/read test failed

ROM checksum error

EEPROM checksum error

EEPROM stuck in busy mode

EEPROM reinitialised

EEPROM read does not match RAM copy

The above LEDs flash 1s on and 1s off.

When a LED is ON it indicates an error. For more than one error the LEDs will flash in sequence.

PSU

ERROR

Steady indication

Flashing indication

LD1 LD2 LD3 LD4

LD5

Backplane

Protected

- write protected

LK1

Unprotected

- not write protected (factory setting)

PSU LED indications Write protect link on backplane

The backplane assembly is fitted inside the left side of the backbox.

The backplane has the card slots to facilitate interconnection of plug-in cards, such as the Main Controller Card (MCC), Loop Processor Cards, IO Cards and Network Cards.

The backplane also has the flash memory (NVM) which is under the control of MCC and is a shared memory to which the system configuration data is saved.

The link header on the backplane marked LK1 provides 'write' protection and will stop the SAVE and BACKUP commands from the panel controls modifying the memory.

Once the system is fully commissioned the link LK1 should be configured to 'write protected', this is important on sites where customers require compliance to the EN54 Part 2 standard.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 31

The NVM should always hold the complete system back up.

Vigilon 4/6 loop Panels

Page 32

Commissioning instructions

Fire

Power

CB253

Sounder

Pre mid 2015

Verify

CB254

Not on BS panels

Fire

Power

Sounder

Verify

Active

Fault/Dis

Fire Routing O/P

Post mid 2015

Fire Routing LEDs (Post Mid 2015)

The Fire Alarm Routing Equipment FARE red LED works with FARE Interface configured to operate as a FARE device. The FARE LEDs illuminate to indicate status of FARE.

Command Build LEDs CB253 and CB254 (Pre Mid 2015)

The switching of the amber LEDs CB253 or CB254 occurs from a trigger of Command builds 253 or 254. The switching action must be configured during commissioning.

Example

This example shows how to configure the panel such that by activating an interface input (can be a push button switch), it will cause the panel LED - CB254 and Master alarms to switch On. If the interface input is released then the panel LED - CB254 and Master alarms will switch Off.

The following procedures assume a password entry is not required. # - will appear if a PIN is setup.

Configure Command build trigger: Press Menu On/Off button and select [SetUp] -> [Usercode]# , momentarily press <etc> to select [SetUp] and [Build], type in the

command build number 254, select [Trigger] and [IO line], type in the interface input channel number, select [Device], type in the interface device number, select [Loop], type in the loop number and then select [Enter]. The command build 254 is now configured to be triggered by the interface input.

Vigilon 4/6 loop Panels

Configure Command build label: Press Menu On/Off button and select [SetUp] -> [Usercode]#, momentarily press <etc> to select [SetUp] and [Build], type in the

command build number 254, select [Label] and type in a label of up to 40 characters in length, select [Display] to display the label on the panel when the command build 254 is triggered.

Configure Command build action: Press Menu On/Off button and select [SetUp] -> [Usercode]#, momentarily press <etc> to select [SetUp] and [Build], type in the

command build number 254, select [Action] and [Start MA], [Enter], [Reversbl] and [Enter].

32 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 33

Vigilon 4/6 loops & Compact (VA) panels & network nodes

;

)

Fire

Insert

Delete

Space

Enter

;

Part of the Keyboard

How to configure the 'U' buttons

The U1, U2, U3 and U4 buttons are active at access level 2, that is the buttons are accessible by opening the panel outer door.

To operate a 'U' button first press the 'Shift' key and then the respective 'U' button. Each 'U' button is linked with a command build:

U1 button will trigger command build number 251

¨ ¨

U2 button will trigger command build number 252

U3 button will trigger command build number 253

U4 button will trigger command build number 254

During commissioning the required command build action must be configured.

Example This example shows how to configure the U1 button such that pressing it will start the master alarm

sounders and pressing 'U1' button again or pressing the Silence alarm button will stop the sounders.

Factory settings

An EN Vigilon 4/6 loop control panel has the following factory settings:

System configuration

All devices are assigned to Sector 1

All devices are assigned to Zone 1

Port settings

P3 - USB (on MCC)

Options: P0 - RS232 - (Terminal card - terminals P4) when an optional IOC is fitted in slot P2 of backplane P1 - RS485 - (Terminal card - terminals P4) when an optional IOC is fitted in slot P2 of backplane

Addresses

Domain address - 1 for EN panel and 0 for BS Panel

Panel (Node) address - 1

NVM protect

Software 'write' allowed (NVM protect - disabled)

Hardware 'write' allowed (NVM protect -disabled)

How to fit the outer door

To fit the outer door you will first need to close the inner door and secure it to the backbox using the two fasteners located on the right edge of the inner door.

Fit the Outer door to the enclosure by hooking it onto the side hinge pins. The outer door may be secured to the backbox using the key lock.

The following procedures assume a password entry is not required. # - will appear if a PIN is setup.

Press Menu On/Off button and select [SetUp] -> [Usercode]# , momentarily press <etc> to select [SetUp] -> [Build] and type in the command build number 251, select [Action] -> [Start MA] -> [Enter] -> [Reversbl] -> [Enter]. The U1 button is now configured to start the master alarm sounders.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 33

Vigilon 4/6 loop Panels

Page 34

Commissioning instructions

ESD Earth Bonding point

Inner door

Cardboard cover protecting the Master Control Board and Loop Card

Plastic cover protecting PSU

REMOVAL OF COVER EXPOSES HIGH VOLTAGE

WARNING

Earth lead from back box to inner door

Cover to protect the Display and keyboard PCB

Warning removal of cover exposes

live parts

Battery bracket

Back box

Ribbon cable and clamp

MAINS SUPPLY

LOOP 1 END 1

LOOP 1 END 2

Master alarms 1

Master alarms 2

NET 1 END 2

NET 1 END 1

Vigilon Compact Panel

The following procedures assume the fire alarm control panel is installed, with cables terminated at the backbox and with the inner and outer doors fitted. Also the protective cover fitted over the Master control board (MCB) inside in the backbox has been removed.

Connect the flying earth lead j from the back box to the inner door spade connector.

If not already done remove the protective cover k fitted over the Master control board inside in the backbox.

Connect the ribbon cable l from the Display KEYBOARD (DKC) to the socket marked 'KEYBOARD' on the Master control board. Secure the ribbon cable to the side of the

enclosure using the cable clamp provided.

Vigilon Compact Panel

34 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 35

Vigilon 4/6 loops & Compact (VA) panels & network nodes

WARNING

REMOVAL OF COVER

EXPOSES HIGH VOLTAGE

KEYBOARD INDICATORS AND DISPLAY

L2-0VL2+

L1-

PB1A PB1B

PP2

Network Card

Loop Card 2

P13

SW1 RESET

SW2 MODE

NVM Protect - [Disabled]

NVM Protect - [Enabled]

BATT3

PB15 PB6

PB9

P2 CARD 1

IC3

KEYBOARD

IC16

POWER SUPPLY

P12

MA2 - FS2 250mA

MA1 - FS1 250mA

P1 CARD 2

P16

P13

SW1 RESET

24V B A

TX1RX1

PB8

MA1+

MA1-MA2+

MA2-

MIPNC C

FIRMWARE

BACKUP

PB10

PB7

L10V L2 0V

24V

FS3 200mA

TX2RX2

PB14

L1 0V L2 0V

PB11

Master Control

Board (MCB)

Power Supply Unit (PSU)

FS3 3.15A(T) Mains fuse

DANGER

FS6

1A TE5

43V

FS4 - 1A TE524V

P7 BAT1

FS1 - 3.15A TE5Bat 1

Remove insulation disk

Warning

Removalof

coverexposes

liveparts

DANGER

SW2 MODE

Loop Card 1

L1+

BATT3

Remove Sleeve

Cards and internal cables of the panel

Battery

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 35

The lithium battery s is disconnected on leaving the factory by means of an insulation disk over the top connector. The insulation disk must be removed before powering up the system.

Set the Rotary switch SW2

This switch is set to the required position for the panel build on leaving the factory. Before installing the Loop cards and Network card onto the Master

control board MCB ensure the switch

j SW2 is set to a required setting if

the panel is to be installed in an existing system, see table on the next page.

NVM hardware link P13

The NVM can be enabled or disabled by setting the hardware link k on the MCB. If the NVM protect is hardware disabled then it is also possible to software enable or disable the NVM using the [Protect] option under the [Setup] menu at the panel.

Unprotect: Normally during commissioning the NVM is disabled (unprotected) and writing to NVM is allowed.

Protect: Once the configuration is backed up to the NVM the hardware link must be in the enabled position to disallow writing to the NVM.

Installing the Cards

The MCB can accommodate two Loop Cards. One Loop card l can be fitted into the slot labelled CARD1 and the other Loop card

n into the slot

labelled CARD2.

A networkable system has a Network Card m fitted into

the slot CARD 2 on the MCB and additionally the Network Card can accommodate the second Loop card.

Earth Link

The earth link lead o is supplied with the Network Card. This link lead must be fitted to the spade connector on the top edge of MCB with the other end to the spade connector on the Network Card.

Terminals

The terminal blocks p on the top edge of the MCB are used for wiring

external circuits. The terminal block for wiring the mains supply to the panel. The connector

bottom edge of the PSU board is used to connect the battery supply.

q on the top edge of the PSU is used

r located on the

Vigilon Compact Panel

Page 36

Commissioning instructions

BATT3

PB15 PB6

PB9

P2 CARD 1

IC3

KEYBOARD

IC16

POWER SUPPLY

P12

MA2 - FS2 250mA

MA1 - FS1 250mA

P1 CARD 2

P16

P13

SW1 RESET

24V B A

TX1RX1

PB8

MA1+

MA1-MA2+

MA2-

MIPNC C

FIRMWARE

BACKUP

PB10

PB7

L10V L2 0V

24V

FS3 200mA

TX2RX2

PB14

L1 0V L2 0V

PB11

Replacement Master Control Board (MCB)

- networkable

SW2 MODE

OLD Master Control Board (MCB)

- non networkable

P15 P10 P11 P9 P8

P2 CARD 1

IC3

KEYBOARD

PRINTER

IC16

POWER SUPPLY

P12

MA1 - FS1 250mA

MA2 - FS2 250mA

P1 CARD 2

P16

P13

SW1

CODE

BCKUP

24V

FS3 200mA

P14

BATT1

Insulation Disk

Installing a replacement MCB in an older Vigilon Compact panel

These instructions cover how to fit a replacement Master Control Board (VCS-MCB-N) into a COMPACT-24-N (networkable) or COMPACT-24 (non networkable) Vigilon Compact panel.

- When a network card is fitted onto the MCB, ensure a spade tab (supplied) is fitted under the PCB fixing screw at position u.

- Also ensure the bottom PCB fixing screw v is tightened to give good electrical connection.

How to replace the MCB

There are in existence four variants of Vigilon Compact panels in the field. Here are the steps to replace an MCB fitted in a Vigilon Compact panel.

Save Configuration to Commissioning tool

Power down

Vigilon Compact Panel

36 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

If the panel is functioning correctly then before powering down ensure the system configuration is retrieved using the commissioning tool.

Completely power down the panel by isolating the mains and battery supply and then remove the ribbon cable connectors from the MCB.

Remove the cards

Remove the Loop card(s) and Network card# from the MCB and then

remove the MCB from the panel. (# - where applicable)

Select the firmware part number and set the rotary switch

Make a note of the firmware number on the chip in socket IC3 of the

MCB being replaced. Determine the applicable switch setting required from the table below and set the rotary switch on the replacement MCB.

The firmware in socket IC3 of MCB being replaced

SW2 on replacement MCB

Applicable setting of switch

2211-148 0 2211-146 1 2211-136 2 2211-127 3

Re-fit the cards

¨ Fit the replacement MCB into the panel and reconnect the ribbon

cables, and then fit the previously removed Network and Loop cards.

An earth lead must be fitted between the spade tabs u on MCB and Network card.

Configuration

Using a chip extractor extract the back up 'Configuration' chip fitted in socket IC16 (NVM) of the MCB being replaced and fit this chip into the replacement MCB.

Where the Configuration chip is known to be corrupt or is incompatible then DO NOT fit the chip into the replacement MCB. Instead transmit the saved configuration from the commissioning tool to the replacement MCB. The transmission must take place after panel power up. After transmitting the configuration to the panel 'back up' the data to NVM on Card 14.

Power up

Power up the mains and battery supplies to the panel.

Page 37

Vigilon 4/6 loops & Compact (VA) panels & network nodes

PB15 REPEAT INDICATOR RS-485

24V B A

Master Control Board

PB8 MASTER ALARMS

MA1+

MA1- MA2+

MA2-

PB9 MONITORED INPUT and CLEAN CONTACTS

MIP

NC C NO

PB10 AUXILIARY RELAY 1

PB7 LOOP 1

L1 0V L2 0V

PB14 LOOP 2

L1 0V L2 0V

PB11 AUXILIARY RELAY 2

PB6 RS-232

TX1 RX10VTX2 RX2

BATT3

PB15 PB6

PB9

P2 CARD 1

IC3

KEYBOARD

IC16

POWER SUPPLY

P12

MA2 - FS2 250mA

MA1 - FS1 250mA

P1 CARD 2

P16

P13

SW1 RESET

24V B A

TX1RX1

PB8

MA1+

MA1- MA2+

MA2-

MIPNC C

FIRMWARE

BACKUP

PB10

PB7

L10V L2 0V

24V

FS3 200mA

TX2RX2

PB14

L1 0V L2 0V

PB11

SW2 MODE

Terminals on the Master Control Board (MCB)

Descriptions of MCB terminals

Terminals Description

24V, 0V, B and A These terminals accept the connection of a repeat indicator

panel (Port 0). Also the power terminals may be used on a Network node to supply BACnet Gateway.

NC, C and NO Aux 1- 2-sets

Aux 2 - 1set

0V, TX, A, RX and B

L1, 0V, L2, 0V (Loop 1 and Loop 2)

MA1+, MA1-, MA2+ and MA2-

0V and MIP These are monitored input terminals that can accept the

NC, C and NO (clean contact)

These are auxiliary relay contacts. The auxiliary relay 1 is normally de-energised and operates with any fire event. The auxiliary relay 2 is normally energised and operates (de-energises) with any fault event.

These are terminals for RS232 or RS485 (Port 1 or 2 respectively).

These terminals accept the connection of system devices on a loop circuit that starts at L1 and ends at L2. Devices that are connected to the loop circuit include addressable fire sensor/sounders, manual call points, interface units and repeat/mimic panels.

These terminals can accept two master alarm circuits that can operate 24V conventional alarm devices.

connection of a switch. An active input will trigger Command build 250.

These are voltage free relay contacts (output) that operate with a fire event.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 37

Vigilon Compact Panel

Page 38

Commissioning instructions

RV1

Sound Alarms

Silence Alarms

Reset

Verify

Control buttons

Inner door

1234

17 18 19 20

Zones

With Zone indicators (EN)

Display and keyboard Card (DKC)

Without Zone indicators Network node

Buttons enabled

Buttons disabled

Factory setting is with link fitted

RV1

LCD Contrast adjust

Clockwise Darker

Anti-Clockwise Lighter

This link is used for keyswich application only. Leave link fitted.

Settings on the DKC

The links and pot on the DKC are factory configured as shown below.

Control buttons

The emergency control buttons MUST always be left in an enabled state, with the 'control buttons' link fitted.

There is no indication given at the panel when the links are set for inactive controls.

Display Contrast

The display contrast is set using the Pot RV1 on the DKC, which is factory adjusted

for optimum contrast. You can also adjust the contrast using the menu option under [Test/Eng].

applicable for some older build of panels.

Address and baud rate

a required address using the panel [Test/Eng] menus.

The contrast adjustment function using the menu options may not be

The node and domain addresses can be changed from the factory settings to

Vigilon Compact Panel

Zone indicators

The Zone indicators are enabled for normal operation at the control panel and must NOT be disabled.

The Zone indicators are not applicable for a Network node or BS panel so the zone indicator links are set in the disabled position.

38 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 39

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Black

Red

Black

2 - 12V 12Ah battery

43V FS6

24V FS4 - 1A

P7 BAT1

Bat1 - FS1 - 3.15A

Y1 Y2 G1

PANEL

PSU BOARD

++--

Pre Power up checks

The mains cable is the only cable required to be

connected, with other external cables left disconnected at this stage of commissioning:

loop circuits

•

clean contacts

•

auxiliary circuits

•

master alarms (the 10K Ohm end-of-line resistor

•

fitted to inhibit a fault indication).

Monitored input (the 10K Ohm end-of-line

•

resistor is fitted to inhibit fault indication).

securely connected to the mains terminal block on the Power supply unit (PSU).

Ensure all cards are securely fitted into their

appropriate slots on the MCB.

Ensure all ribbon cables are securely fitted into their respective sockets.

Ensure the mains cable to the panel is

Battery Installation

Remove the battery support bracket from the backbox.

Fit the battery lead to the PSU.

Fit the batteries in their correct orientation inside the backbox, see illustration.

Refit the battery bracket to secure the batteries in place.

date of manufacture. It is strongly recommended that batteries are replaced after 4 years of use.

of as per recommendation made by the battery manufacturer and in accordance with local regulations.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 39

batteries are used.

Connect the battery leads as shown but leave the final circuit connection until after the Mains supply is switched On.

The panel makes use of sealed lead acid type batteries which can have a useful life of 5 years or more from the

All batteries must be disposed

Always use the recommended replacement battery, as there is a risk of an explosion if incorrect

Vigilon Compact Panel

Page 40

Commissioning instructions

43V FS6

24V FS4 - 1A

P7 BAT1

Bat1 - FS1 - 3.15A

Y1 Y2 G1

PSU BOARD

Y1 Y2 G1

PAN EL

Dedicated mains supply from consumer unit

5A Unswitched fused

spur unit

FS3 3.15A(T) Mains fuse

DANGER

230V ac

Mains supply

dedicated cable entry point.

Power system.

All mains powered equipment must be earthed. Mains supply to any fire alarm control and indicating equipment must be via a dedicated unswitched 5A fused spur unit, which should be clearly labelled FIRE ALARM - DO NOT SWITCH OFF.

A 'disconnect device' must be provided to disconnect both poles and must have a minimum gap of 3mm. The device should be available as part of the building installation and must be easily accessible after installation is complete.

appropriate action to guard against the risk of equipment having exposed live mains supply.

Ensure the mains supply cable enters the panel enclosure through a

These fire alarm system products are NOT designed to be powered from an IT

Hazardous voltage remains after operation of a protection fuse. Take

PSU Indicators

Description Y1

(yellow LED)

Normal condition (no faults in the system)

Mains out of limit slow flash

24VDC failure only fast flash fast flash

Battery 1 failure only slow flash fast flash

Battery 1 and 24VDC failure slow flash fast flash

43VDC failure only fast flash fast flash

No power to PSU

Earth fault only On On On

(yellow LED)

(green LED)

fast flash

On initial power-up all three PSU LEDs will switch ON for approximately 1 second.

Vigilon Compact Panel

40 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 41

Vigilon 4/6 loops & Compact (VA) panels & network nodes

MIP

PAN EL

2 - 10K Ohms resistors must be fitted as shown.

MASTER CONTROL BOARD

Normally open contacts

An active input will trigger the command build No 250

The command build action is configured during commissioning.

Monitored Input

These contacts can be a push button switch, fire/fault relay contacts from another panel or contacts from a timer.

43V FS6

24V FS4 - 1A

P7 BAT1

Bat1 - FS1 - 3.15A

Y1 Y2 G1

PSU BOARD (part view)

Ensure a link is fitted accross pins 1-2

PSU EEPROM link

Ensure a shorting link is fitted to the programming header P1 located on the PSU. The link must be fitted such that it shorts pins 1 and 2. This enables the EEPROM hardware write protect.

The link is supplied fitted on the PSU board manufactured after September 2007.

How to configure the monitored input

The monitored input at the fire panel is activated by an external switch installed a maximum of 100m cable distance away from the fire panel. The input is monitored for both short and open circuit faults. When the input is active it triggers the command build number 250 of the fire panel.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 41

Example The following example shows how to configure the monitored input at the panel to provide an

output sound signal 1 alarm in sector 2 of loop 1 as a reversible action. This means on operating or "closing" the monitored input the panel will start alarms in sector 1 and on releasing or "opening" the monitored input the panel will stop all the alarms from sounding.

# - will appear if a PIN is setup.

The following procedures assume a password entry is not required. Press Menu On/Off button and select [SetUp] -> [Usercode]#, momentarily press <etc> to select

[SetUp] -> [Build] and type in the command build number 250, select [Action] -> [UserCode], momentarily press <etc> to select [Sector], type in 2 for sector 2 and select [Loop] and type in 1 for Loop 1 -> [Action] -> [Signal 1] -> [Enter] -> [reversb] -> [Enter].

Vigilon Compact Panel

Page 42

Commissioning instructions

Power

CB253

CB254

Sounder

Pre mid 2015

Power

Sounder

Active

Fault/Dis

Fire Routing O/P

Post mid 2015

Fire Routing LEDs (post mid 2015)

The Fire Alarm Routing Equipment FARE red LED work with FARE Interface configured to operate as a FARE device. The FARE LEDs illuminate to indicate the status of FARE.

How to configure the LEDs CB253 and CB254 (pre mid 2015)

The switching of the amber LEDs CB253 and CB254 is controlled by action of command builds 253 and 254 respectively. The switching action must be configured during commissioning.

Example

This example shows how to configure the panel such that by activating an interface input (can be a push button switch on the input), it will cause the panel LED - CB253 and Master alarms to switch On. If the interface input switch is released then the panel LED - CB253 and Master alarms will switch Off.

The following procedures assume a password entry is not required.

# - will appear if a PIN is setup.

Configure the Command build trigger: Press Menu On/Off button and select [SetUp] -> [Usercode]#, momentarily press <etc> to select [SetUp] ->

[Build] and type in the command build number 253, select [Trigger] -> [IO line] and type in the interface input channel number, select [Device] and type in the interface device number, select [Loop] and type in the loop number -> [Enter]. The command build 253 is now configured to be triggered by the interface input.

Configure the Command build label: Press Menu On/Off button and select [SetUp] -> [Usercode]#, momentarily press <etc> to select [SetUp] ->

[Build] and type in the command build number 253, select [Label] and enter a label of up to 40 characters in length, select either [Display] to display the label on the panel when the command build 253 is triggered.

Configure the Command build action: Press Menu On/Off button and select [SetUp] -> [Usercode]#, momentarily press <etc> to select [SetUp] ->

[Build] and type in the command build number 253, select [Action] -> [Start MA] -> [Enter] -> [Reversbl] and [Enter].

Vigilon Compact Panel

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

PANEL

MASTER CONTROL BOARD

Terminal PB6 - PORT 1 of Master Control Board

(Card 0)

PORT 1 is configured for RS232 Communication.

The PORT 1 mode must be set to mode

and the baud rate may be adjusted

if required during commissioning.

Ensure panel and printer baud rate are set to

the same value.

Printer

Download lead - 77821-01NM

GND GND

Tx Rx

Rx Tx

Hand held printer

9-way D-type connector

PB6 RS-232

TX1 RX10VTX2 RX2

How to configure the U1 and U2 buttons

On operating the U1 or U2 at the panel it will cause triggering of command build number 251 (for button U1) or command build number 252 (for button U2). During commissioning the required command build action must be configured.

Example

This example shows how to configure the U1 button such that pressing it will start the master alarm sounders releasing the U1 button will stop the sounders. Additionally the sounders can be stopped by pressing the Silence alarm button on the panel.

The following procedures assume a password entry is not required. # - will appear if a PIN is setup.

The U1 and U2 buttons are accessible by opening the panel outer door.

External printer

An external printer (part number PRINTER-HAND) may be connected to the control panel during commissioning. It is essential that the printer is connected to the RS232 - Port 1.

The panel's baud rate for Port 1 is factory set to 1200, and the factory set Mode is Standard and must be changed to Printer when a printer is connected to Port 1.

# - will appear if a PIN is setup.

How to configure Port 1 mode to the printer

To configure Port 1 to the Printer mode: Press Menu On/Off button and then select [Test/Eng]-> [Usercode]#, select <etc> and then select [Config]. Momentarily press <etc> to select [Comms].

Then select [Card] and enter 0 on choosing the master control card. Then enter 1 to select Port 1. Select [Mode] and using the [Previous] and [Next] buttons scroll to Printer and select by the [Enter] option.

To switch ON the printer

If the printer is not working and is switched Off then you can switch it On. To switch On the printer: Press Menu On/Off button and then select [Control] -> [UserCode]# and select [Printer] and then select [On] and [Enter].

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Vigilon Compact Panel

Page 44

Commissioning instructions

Factory settings

An EN Vigilon Compact Control panel has the following factory settings:

System configuration

All devices are assigned to Sector 1

All devices are assigned to Zone 1

Port settings

P0 - RS485, Baud: 1200, Mode: Repeat

P1 - RS232, Baud: 38400, Mode: Standard

P2 - RS232, Baud: 38400, Mode: Standard

P3 - USB

Addresses

Domain address - 1 for EN panel

Panel (Node) address - 1

NVM protect

Software 'write' allowed (NVM protect - disabled) Hardware 'write' allowed (NVM protect -disabled)

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Page 45

Vigilon Compact Voice Alarm Panel -

Connect microphone cable to socket P11 labelled ‘microphone’ on the ACC and secure cable to the P clip.

Connect the 14-way ribbon to socket ACC DKC.

Secure 14-way ribbon to Inner door using cable clamps supplied.

Connect the 40-way ribbon to the socket labelled KEYBOARD on MCB and secure cable to the side of the enclosure.

Fit the earth lead to the inner door

ACC

MCB

ACC DKC

PSU

Mains terminal block with fuse

P Clip for mains cable

REMOVALOF COVER

EXPOSES HIGH VOLTAGE

WARNING

(legacy product)

The following procedures assume the Control panel is installed with cables terminated at the backbox.

Open the Outer door of the enclosure using the door key supplied and then open the

inner door.

Remove the protective cover fitted over the printed circuit boards located inside the

backbox.

Earth Lead

Ensure the earth lead located at the top right of the backbox is connected to the spade connector on the inner door.

DAC ribbon cable

Connect the 40-way ribbon cable from the DKC to the socket marked KEYBOARD on the left edge of the Master Control Board (MCB). Secure the ribbon cable to the side of the enclosure using the cable clamp provided.

ACC DAC ribbon cable

Route the 14-way ribbon cable from the backbox on to the inner door and connect it to the left unoccupied socket on the ACC DKC. Secure the ribbon cable to the inner door using the cable clamp provided.

Vigilon 4/6 loops & Compact (VA) panels & network nodes

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 45

Emergency microphone cable

Connect the Emergency microphone cable to the socket P11 labelled 'microphone' on the bottom edge of the ACC board. Secure the microphone lead to the 'P' clip on the backbox.

Vigilon Compact Voice Alarm Panel - (legacy product)

Page 46

Commissioning instructions

Audio Control Card Controls and indicators

WARNING

REMOVAL OF COVER

EXPOSES HIGH VOLTAGE

KEYBOARD INDICATORS AND DISPLAY

L2-0VL2+

L1-

PB1A PB1B

PP2

Network Card

Loop Card 2

P13

SW1 RESET

SW2 MODE

NVM Protect - [Disabled]

NVM Protect - [Enabled]

BATT3

PB15 PB6

PB9

P2 CARD 1

IC3

KEYBOARD

IC16

POWER SUPPLY

P12

MA2 - FS2 250mA

MA1 - FS1 250mA

P1 CARD 2

P16

P13

SW1 RESET

24V B A

TX1RX1

PB8

MA1+

MA1-MA2+

MA2-

MIPNC C

FIRMWARE

BACKUP

PB10

PB7

L10V L2 0V

24V

FS3 200mA

TX2RX2

PB14

L1 0V L2 0V

PB11

Master Control

Board (MCB)

Remove insulation disk

SW2 MODE

Loop Card 1

L1+

Audio Control Card (ACC)

Power Supply Unit (PSU)

FS33.15A(T) Mainsfuse

DANGER

FS6

1A TE5

43V

FS4 - 1A TE524V

P7 BAT1

FS1 - 3.15A TE5Bat 1

Warning

Removalof

coverexposes

liveparts

DANGER

P15

PTT

P10

PA2PTT2

P13

O/AO/B I/A I/B

AUDIO LOOP2

P12

O/A

O/B I/A I/B

AUDIO LOOP1

BGM

PA MIC 1

24V

P14

AUDIOLOOP1

AUDIO1

AUDIO2

P1P3

SMT

P2 P9

-SMT

LD1

PAMIC 2

BGMMPG MIC PA

MICROPHONE

P11

AUDIOLOOP2

FS2

FS1

TE51A0

BATT3

Remove Sleeve

Cards and internal cables of the panel

Battery

Setting the Rotary switch SW2

This switch is set to the required position for the panel build on leaving the factory. Before installing the Loop and Network cards into the MCB ensure the rotary switch

Firmware in socket IC3 of MCB Applicable setting of switch SW2 on MCB 2211-148 0 2211-146 1 2211-136 2 2211-127 3

The lithium battery s is disconnected on leaving the factory by means of an insulation disk over the top connector. The insulation disk must be removed before powering up the system.

j SW2 is set to an appropriate setting if it is used as a replacement in an existing panel.

NVM hardware link P13

The NVM can be enabled or disabled by setting the hardware link

k on the MCB. If the NVM protect is hardware disabled

P13 then it is possible to software enable or disable the NVM using the [Protect] option under the [Setup] menu at the panel.

Unprotect: Normally during commissioning the NVM is disabled (unprotected) and writing to NVM is allowed.

Protect: Once the configuration is backed up to the NVM, the hardware link must be placed in the enabled position to disallow writing to the NVM.

Installing the Cards

The MCB can accommodate two Loop Cards. One Loop card l can be fitted into the slot labelled CARD1 and the other Loop

n into the slot labelled CARD2.

card

" A networkable system has a Network Card m

fitted into the slot CARD 2 on MCB and additionally the Network Card can accommodate the second Loop card.

Earth Link lead

An earth link lead o is supplied with the Network Card. This link must be fitted to the spade connector on the top edge of MCB with the other end to the spade connector on the Network Card.

Terminals

The terminal blocks p on the top edge of the MCB are used for

wiring external fire system circuits. The terminal block top edge of the PSU is used for wiring the mains supply to the

panel. The connector

r located on the bottom edge of the PSU

board is used to accept battery cable. The terminals on the top edge of the ACC are used to connect to the audio circuits.

q on the

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Terminals on the Audio Control Card

P15

PTT

P10

PA2 PTT2

P13

O/A O/B I/A I/B

AUDIO

LOOP 2

P12

O/A

O/B I/A I/B

AUDIO

LOOP 1

BGM

PA MIC 1

24V

P14

AUDIO LOOP1

AUDIO 1

AUDIO 2

P1 P3

SMT

P2 P9

-SMT

LD1

PA MI C2

BGM MPG MIC PA

MICROPHONE

P11

AUDIO LOOP2

FS2

FS1

TE5 1A0

AB PTT1

P10

PA2

PTT2

P13P12

O/A O/B I/A I/B

AUDIO LOOP 1

PA MI C 2

PA MI C 1

P15

BGM

24V

P14

PA1

FOR FUTURE USE

O/A O/B I/A I/B

AUDIO LOOP 2

Message card with Audio Pack

O/A O/B I/A I/B

AUDIO LOOP

How to link out an audio loop if it is not being used

Descriptions of ACC terminals

Terminals Description

These terminals accept the connection of background music, for example pre amplified output of an amplifier.

Vigilon 4/6 loops & Compact (VA) panels & network nodes

24V, B, A, PA1, PTT and 0V

These terminals accept the connection of a microphone for PA application.

PA2, PTT2 and 0V These terminals are for future use to accept the connection

of a second microphone.

O/A, O/B, I/A and I/B (for Audio loop 1 and 2)

These terminals accept the audio loop circuit connections. Here the 'O' in O/A and O/B signify output, while the 'I' in I/A and I/B signify input. There are two audio loops and these are Audio loops1&2. Ifthesecond audio loop is not being used then it must be linked out, as illustrated.

Vigilon Compact Voice Alarm Panel - (legacy product)

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Page 48

Commissioning instructions

BATT1

PB15 REPEAT INDICATOR RS-485

24V

PB15 PB6

PB9

P2 CARD 1

IC3

KEYBOARD

IC16

POWER SUPPLY

P12

MA2 - FS2 250mA

MA1 - FS1 250mA

P1 CARD 2

P16

P13

SW1 RESET

24V B A

TX1RX1

PB8

MA1+

MA1-MA2+

MA2-

MIPNC C

FIRMWARE

BACKUP

Loop Card

Master Control Board

PB10

PB7

L10V L2 0V

24V

FS3 200mA

TX2RX2

PB14

L1 0V L2 0V

PB11

PB8 MASTER ALARMS

MA1+

MA1- MA2+

MA2-

PB9 MONITORED INPUT and CLEAN CONTACTS

MIP

NC C NO

PB10 AUXILIARY RELAY 1

PB7 LOOP 1

L10VL2

PB14 LOOP 2

L1 0V L2 0V

PB11 AUXILIARY RELAY 2

PB6 RS-232

TX1 RX10VTX2 RX2

Terminals on the Master Control Board

Descriptions of MCB terminals

Terminals Description

24V, 0V, B and A These terminals accept the connection of a repeat indicator panel

(Port 0). The power terminals may be used on a Network node to supply BACnet Gateway card.

NC, C and NO Aux 1 - 2-sets

Aux 2 - 1-set

These are auxiliary relay contacts. The auxiliary relay 1 is factory set as a normally de-energised relay that operates with any fire event. The auxiliary relay 2 is factory set as a normally energised relay that operates (de-energises) with any fault event.

0V, TX, A, RX & B These are terminals for RS232 or RS485 (Ports 1 or 2 respectively).

L1, 0V, L2, 0V (Loop 1 and Loop 2)

These terminals accept the connection of system devices on a loop circuit that starts at L1 and ends at L2. Devices that can be connected on the loop circuit include addressable fire sensor/sounders, manual call points, interface units repeat/mimic panels and micro and mains distributed amplifier units

MA1+, MA1-, MA2+ and MA2-

These terminals can accept two master alarm circuits that can operate 24V conventional alarm devices.

0V and MIP These are monitored input terminals that can accept the connection of

a switch. An active input will trigger Command build 250.

NC, C and NO (clean contact)

These are voltage free relay contact outputs that operate with a fire event.

Pre power up checks

Ensure the following external circuit cables are left disconnected at this stage of commissioning:

•

loop circuits

•

audio circuits

•

clean contacts

•

auxiliary circuits

•

master alarms (the 10K Ohm end-of-line resistor is fitted to inhibit a fault indication).

•

monitored input (the 10K Ohm end-of-line resistor is fitted to inhibit fault indication).

Ensure the mains cable to the panel is securely connected to the mains terminal

block on the Power supply unit (PSU).

Ensure all cards are securely fitted into their appropriate slots on the MCB.

Ensure all ribbon cables are securely fitted into their respective sockets.

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Battery Installation

Battery brackets secured with two nuts

Battery lead connects to PSU board P2 Bat1

Battery brackets secured with two screws

Panel with doors open

PSU

Black

Red

2 - 12V 12Ah battery

43V

FS6

24V FS4 - 1A

P7 BAT1

Bat1 - FS1 - 3.15A

Y1 Y2 G1

PANEL

PSU BOARD

Vigilon 4/6 loops & Compact (VA) panels & network nodes

A battery lead supplied in the spares pack must be fitted to the Power supply board,

connector P7 labelled BAT1. The next step is to install the batteries inside the enclosure, which requires removal of battery brackets from the backbox and then installation of the batteries in correct orientation, standing on the small side with terminals at the top facing outwards. Secure the batteries by refitting the battery brackets.

Switch On the mains supply to the panel and then make the connections to the battery.

useful life of 5 years or more from the date of manufacture. It is strongly recommended that batteries are replaced after 4 years of use.

recommendation made by the battery manufacturer and in accordance with local regulations.

an explosion if incorrect batteries are used.

The panel makes use of sealed lead acid type batteries which can have a

All batteries must be disposed of as per

Always use the recommended replacement battery, as there is a risk of

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 49

Vigilon Compact Voice Alarm Panel - (legacy product)

Page 50

Commissioning instructions

PANEL

Dedicated mains supply from consumer unit

5A Unswitched fused

spur unit

FS3 3.15A(T) Mains fuse

DANGER

230V ac

AUDIO LOOP 1

BGM MPG MIC PA

AUDIO LOOP 2

Mains supply

cable entry point.

Ensure the mains supply cable enters the panel through a dedicated

Power system.

These fire alarm system products are NOT designed to be powered from an IT

appropriate action to guard against the risk of equipment having exposed live mains supply.

Audio LEDs

When the emergency microphone is used and on pressing the PTT button the attention tone will sound, so the MPG LED is lit briefly before the MIC LED is lit again for live announcements.

PSU Indicators

As for VIGILON Compact, see page 40.

PSU link

As for VIGILON Compact, see page 41.

Hazardous voltage remains after operation of a protection fuse. Take

The Audio LEDs on the ACC card are associated with Audio Loop 1 and Audio Loop 2, to indicate when the audio is active. When the background

music, centrally stored message held on the message store card (these include attention tones), emergency microphone and/or PA microphone is active, then the respective LED is lit.

Under normal condition the MIC LED is lit, this is a 'park' position.

External printer

As for VIGILON Compact, see page 43.

How to configure the monitored input

As for VIGILON Compact, see page 41.

A disconnect device must be provided to disconnect both poles and must have a minimum gap of 3mm. The 'disconnect device' should be available as part of the building installation and must be easily accessible after installation is complete.

Vigilon Compact Voice Alarm Panel - (legacy product)

50 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

How to configure the buttons U1 and U2

As for VIGILON Compact, see page 43.

How to configure LEDs CB253 and CB254 (Legacy)

As for VIGILON Compact, see page 43.

Page 51

Vigilon 4/6 loops & Compact (VA) panels & network nodes

large signal

small signal

Noise

remains constant irrespective of signal level

PANEL

ACC BOARD

AUDIO 1

AUDIO 2

How to check and set the audio signal

Jack sockets

There are two stereo 3.5mm jack sockets on the Audio Control Card labelled Audio 1 and Audio 2. A standard low impedance headphone may be plugged into the each jack sockets to listen to the audios. Any audio from the panel that is outputted can be listened to using the headphone.

VU Meter

The VU (Volume Unit) meter provides an indication of the signal level of audio being sent to the two audio loops. For an optimum setting of audio the deflection on the VU meter must not exceed 0dB.

The noise level remains constant for all input signals. If the input signal is low as read on the VU meter then noise level will be more noticeable.

Factory settings

An EN VIGILON Compact VA Control panel has the following factory settings:

System configuration

All devices are assigned to Sector 1

All devices are assigned to Zone 1

Sector 1 is assigned to all ten Voice alarm zones

Port settings

P0 - RS485, Baud: 1200 Mode: Repeat

P1 - RS232, Baud: 38400, Mode: Standard

P2 - RS232, Baud: 38400, Mode: Standard

¨ P3 - USB

Addresses

Domain address - 1 for a EN panel

Panel (Node) address - 1

NVM protect

Software 'write' allowed (NVM protect - disabled)

Where an amplifier of a music system provides an adjustable pre-amplified output, the adjustment must be such that the heavy beat of background music does not cause the pointer on the VU meter to deflect above 0dB, ie in the red range.

The actual volume settings of background music, PA and VA to the speaker circuits are held at the micro-DAUs and Mains powered DAUs in the system. The settings of these volume levels are made to site specific requirement using the commissioning tool.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 51

Hardware 'write' allowed (NVM protect -disabled)

Vigilon Compact Voice Alarm Panel - (legacy product)

Page 52

Commissioning instructions

Indications on power up

These are typical power up indications given at the VIGILON, VIGILON Compact and VIGILON Compact VA panels with no loop circuits connected.

At this stage of commissioning the audio loop circuit of VIGILON Compact VA panel must remain disconnected.

Switch On the mains power to the panel and then connect the battery supply:

the panel buzzer sounds

•

some LEDs on the panel will be momentarily lit and the display reads:

•

Powering up - please wait

........

the dots below the powering up message indicates progress.

•

the Disablement light gives a flashing indication and after a short duration change

•

to a steady indication and the display gives messages similar to:

Time not set NVM Card Fitted Audio Card Keypad fitted -(Compact VA only) Loop 1; 0V resistance is 28.4R, L is 1 NVM is not write protected Card found at Card 1 x.xx (aa/bb/cc) Allocating Loop n ACC Loop O/S 2 -(Compact VA only)

•

NVM Card - Non Volatile Memory Card found

•

Card 1 - Loop card 1 found

•

Loop 1 has a measured 0V line loop resistance form end to end is 28.4R. The relative inductance ratio is 1

•

the x.xx is the software version number of the card

•

Audio controller card (ACC) Loop has 2 outstations found this appears on VIGILON compact VA panel only.

•

the aa/bb/cc signifies the day, month and year of software release.

Allocation: OK at Card X : Allocated zzz

There may be other indications and messages depending on the panel condition.

•

Disablement indicator is lit.

Initial tests

button. For details of the menu options see Appendix A - Menu Maps .

# - will appear if a PIN is setup.

Display test

To test the display press the Menu On/Off button and then select [Test/Eng] ->[Disp

Test]. The Display Test option will cause all the LEDs and buzzer (including backlight) to remain On for a short duration.

Setting the Clock

To set up the time and date, press the Menu On/Off button and then select [SetUp]

-> [Usercode]# ->[Set Clock]. The Set Clock option will allow the setting of the time and date at the panel.

Printer test (if fitted)

To test the printer, press the Menu On/Off button and then select [Control] -> [Usercode]#->[Printer], if the printer is On select [Test] to carry out a printer test.

Power supply test

Test the panel’s mains and battery supply by carrying out temporary disconnection and reconnection, to allow event indications to be given on the panel. Ensure sufficient time is given for the event to be displayed, normally within 2 minutes.

Master alarms circuit tests

Check that indications are given when there is a fault on the master alarm circuit. Carry out an open circuit test by disconnecting the end of line resistor. Then carry out a short circuit test by shorting the master alarm circuit terminals.

The menus at the control panel are accessible by pressing the Menu On/Off

Indications on power up

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

Useful menu options

The menu maps of all the menu options that are accessible at the control panel are detailed in Appendix A.

Panel Buzzer

It may be necessary during commissioning to disable the panel buzzer. It is possible

to selectively switch the disablement, fault, fire and supervisory buzzer sound to Off or On. It is important to ensure that the buzzers are switched On for normal operation after commissioning.

# - will appear if a PIN is setup.

Press Menu On/Off button and then select [Test/Eng] -> [UserCode]# and select <etc> [Config], [Buzzer] this will allow selection of [Disable], [Fault], [Fire] or [Supervis] and then select [On/Off] and [Enter].

There is no indication given at the panel of buzzer disablement.

Software version check

The software version of the panel can be displayed by viewing the status of the master control board / Main control card.

To check the software version of the Master control board / Main control card: Press Menu On/Off button and then select [Info], momentarily press <etc> to select [Status] -> [Card] and enter Card number 0, which is the Main control board / Master control card and then select [Enter]. The display will show software version number and date of release.

Password or PIN code

Access code mean the same and are used interchangeably.

A password restricts access to the controls available to the user at the Control panel.

There are three access levels to the controls. These are access level 1, 2 and 3.

The Access level 1 controls only allow cycling through of multiple fire events

messages on the screen using the two buttons on the outer door.

Access level 2a is for the CUSTOMER. Here the person responsible for the system

can access the 'essential controls' by opening the panel outer door using a key

Access level 2b is for the CUSTOMER. Here the person responsible for the system

can access essential controls and some configuration menus using the panel door key plus a customer PIN.

Access level 3 is for the ENGINEER. Here the person responsible for the system can access essential controls and all system menus using the panel door key plus Engineer PIN.

Daily PIN

There is another password that changes daily, which is available to the servicing organisation. This daily password provides the same access to controls as the Engineers' PIN. The daily PIN is only used when the Engineer's PIN is not known.

created. Ensure the Customer PIN is passed on to the person responsible for the fire alarm system on the site.

The terms Password, PIN (Personal Identification Number), Usercode and

Always make a note of the Customer and Engineering PINs once they are

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Useful menu options

Page 54

Commissioning instructions

How to create an Engineer PIN

The Vigilon and Vigilon Compact panels leave the factory with no Engineer PIN code (Access level 3 code). Therefore on first power up there is an open access to all the Access level 3 menus.

The menu options under the Engineer PIN provides access to access level 3 controls that can alter the configuration of the system.

# - will appear if a PIN is setup.

To create or change an existing Engineer PIN: (You will need to be at Access level 3 if an Engineer PIN is already set up.)

Press the Menu On/ Off button and select [Test/Eng] ->[UserCode]# -> then

momentarily press <etc> to select [Config] -> [New Pass] and then type a new PIN or change an existing PIN and press the Enter key.

It is recommended that the PIN is at least 4 numbers and no greater than 15 numbers

for VIGILON compact and VIGILON Compact VA panels. The VIGILON panels

can use numbers and as well as letters in the password code.

How to change the Customer PIN

automatically set up with a FACTORY DEFAULT CUSTOMER PIN:2222,once an Engineer PIN is made active.

The Customer PIN provides access to access level 2 restricted menu options that cannot alter the configuration of the system. To change a Customer PIN:

# - will appear if a PIN is setup.

You will need to be at Access level 2.

Press the Menu On/Off button and then [Test/Eng] -> [UserCode]# -> enter the

existing Customer PIN and select [Enter], select [New Pass] and then type a PIN of less than 15 characters in length and press the Enter key.

It is recommended that the PIN is at least 4 numbers and no greater than 15 numbers

for VIGILON compact and VIGILON Compact VA panels. The VIGILON panels

can use numbers and as well as letters in the password code.

All the VIGILON range of fire panels with MCC/MCB at V4.53 or greater are

How to erase a PIN

The Engineer or Customer PIN can be erased. To erase the PIN of either Customer or Engineer level you will need to be at the respective access level.

Press the Menu On/Off button and then [Test/Eng] -> [UserCode] -> enter the existing Customer PIN/Engineer PIN and select [Enter], select [New Pass] and then just press the Enter key, this will erase the PIN. If the Engineer PIN is erased then Customer PIN is also erased giving open access to all the menus.

Password or PIN code

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Address allocation

1 2 3

9 10

5 6 7 8

23 24 25

32 27 26 20 19 18 17

CONTROL

Main

loop

circuit

Spur

main

loop

Spur on main loop

END 2

Note: The End 2 connection is not made at this stage of commissioning

Spur

main

loop

END 1

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Resonance Search

Where S-Quad sounder devices manufactured post April 2014 are installed in a system then these devices automatically check that the components used to produce the sound output are working at their resonant frequency, this is the optimum point where the sound output is at its loudest for the lowest power consumption.

During a resonance search the sounders will slowly change the tone frequency to confirm the resonant point. This change in tone frequency will be heard as a slight tone shift that lasts for about 1 minute.

After each allocation of loop circuit from a VIGILON or VIGILON Compact panel and subsequent first operation of the Sound Alarm function then there is one time only post allocation Resonance Search

performed.

connect the battery. The power-down sequence should be in the reverse order.

How addresses are allocated to devices on the loop

Each device connected to a loop circuit is allocated a software address on a sequential lowest unused value basis. The allocation of addresses starts from one End of a loop circuit in a numerical order. If both ends of the loop circuit are connected then the allocation of addresses start from End1. On reaching a T-breaker the devices on the spur circuit are allocated addresses. On completion of allocation of addresses to the spur circuit the process continues along the main loop.

1 Resonance search has the advantage that ensures sounders operate at maximum efficiency, especially in extremes of temperature and to take

Always power-up the panel with the mains supply first and then

account of potential ageing of the sounder parts with time. It is important for resonance search to be conducted during annual maintenance. Note also sounder & VAD devices are monitored for failure. Also EN54 Part 3 speech sounder has an attention tone volume that is lower than the volume output from a standard sounder. All speech sounder devices will not perform the resonance search unless this mode is exited and set to maximum volume.

Address allocation with Loop circuit end 1 connected

loop cables to the panel.

It is recommended that each external circuit is wired up to the terminals at the panel, one circuit at a time and tests conducted to ensure that each circuit is functioning correctly. We start by connecting End 1 of the loop only.

Ensure end-2 of the loop cable remains disconnected.

Switch ON the mains and battery supply to power-up the panel, you will initially see the powering up messages. If there are no device 'address allocation' faults the panel will start the loop.

Allocating Loop n Allocation: OK at Card X : Allocated Y

Ensure the panel is first powered-down before connecting the external

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 55

Address allocation

Page 56

Commissioning instructions

Starting Loop n Loop started OK at Card X: Started Y

Even if all the devices are wired correctly and there are no allocation faults,

there may still be some device faults. The panel fault buzzer will sound and the Fault LED will be lit.

To stop the local buzzer from sounding press the Cancel Buzzer button.

the address allocation stage, these faults are also displayed as messages, for further information on what they mean and possible action that can be taken, see Appendix B - Message action.

In practice there may be system wiring and hardware faults during

Allocation faults

During allocation of addresses to the devices connected to a loop circuit there may be faults detected and these are displayed at the panel accompanied with LED indications.

Allocation : HW Fault Card x number y Loop z Allocation : Tx Fault Card x number y Loop z Allocation : Double Allocated Card x number y Loop z Allocation : Map Error at Card x number y Loop z

An allocation fault that has been rectified will not be recognised until after re-allocation of the loop.

A loop with allocation faults will not be able to distinguish between a point type sensor and a call point.

How to re-allocate addresses to a loop circuit

It is possible to selectively commence the address reallocation to devices on a loop circuit:.

Press the Menu On/Off button and then [Test/Eng] -> [UserCode] ->type your password if one

is set up and then select [Loop] ->[Allocate], now enter the CARD number of the loop circuit and select [Enter].

checked against the last map on the NVM, if found to be different then a warning indication is given.

After successful allocation of addresses to all the devices on a loop, the new loop map is

Address allocation with Loop circuit End 2 connected

Before changes are made to the wiring inside the panel first power-down the respective loop circuit.

Disconnect End 1 of loop 1 and connect the End-2 of the loop and power up to commence

reallocating of addresses to devices on the loop, this time from End 2. Ensure addresses are allocated to all the devices on the loop.

On completion of this test, power down the loop and connect both ends of the loop and ensure addresses are allocated to all the devices on the loop from End 1.

Repeat these tests on the other loops if fitted.

Plexus Devices

When a short circuit fault is found on allocation of addresses, the loop re-allocates addresses to the device before the short circuit. The device loop breaker remains open and the device LED is lit.

During start up

A loop is started after allocation. Each device is set up to start operating normally based on its type, when the analogue channels are read.

Typical starter fault

ASCII Device is Faulty, number X Loop Y

The above fault will only be displayed if repeat / mimic panel is powered up.

After soft allocation of addresses to loop devices the Plexus devices will need to be allocated addresses using the Plexus tool.

The Plexus tool will need to be connected to the VIGILON panel for LRT binding data to be created. The binding data is then applied to each Plexus device so that it is associated with the LRT and the Plexus devices is given a SAFE device address.

For full information on how to pre commission and pre allocate a Plexus system see publication titled 'Preallocation & Pre-Commissioning - User Guide (4188-1011_Part 2).

Address allocation

56 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 57

Vigilon 4/6 loops & Compact (VA) panels & network nodes

SAFE Addressing

A SAFE address is an address given to a device during commissioning, the value of which is stored in the non volatile memory within the electronics module of the device, the SAFE address is therefore carried with the device.

A SAFE address can be given to any device on a loop circuit:

Individually

in a consecutive range or

to all the devices on a loop circuit.

To SAFE address a device

# - will appear if a PIN is setup.

Press Menu On/Off button and then [Set Up] -> [Usercode]# and then momentarily press <etc> to select [Set Up] and then again momentarily press <etc> to select [Device], now type in the soft address of the device and then select [Loop], now type in the loop number on which the device resides and then select [Safe] and finally type in a safe address and select [Enter].

addressing a range of devices, it is quicker to do this using the controls at the panel.

It is possible to SAFE address devices using the commissioning tool. If SAFE

To convert from SAFE to soft address

If for any reason the SAFE address given to a device is not required and the device needs to be converted for soft addressing, then:

# - will appear if a PIN is setup.

Press Menu On/Off button and select [Set Up] -> [Usercode]# and then momentarily press <etc> to select [Set Up] and then again momentarily press <etc> to select [Device], now type in the SAFE address of the device and then select [Loop], now type in the loop number on which the device resides and then select [Safe] and finally types in 0 for the safe address and select [Enter]. This will convert the device back to soft

addressing mode.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 57

SAFE Addressing

Page 58

Commissioning instructions

Map information for Loop 2

Os Prev Next Common Position 1 End1 2 Main Loop 213 MainLoop 324 MainLoop 4 3 9 L2 5 Spur Loop

546 657 768

15:45

Spur Loop Spur Loop Spur Loop Spur Loop

Address of previous device

Address of the device

Address of next device

Where the device is located, either on the main or spur loop

Checking a loop map

A loop map is checked against the as fitted wiring drawings. This will confirm the exact location of each system device and its address.

It is possible to display or print a loop map.

Press the Menu On/Off button and then [Info] -> [Display]/[Print], note print will

only appear if a printer is connected to the panel. Momentarily press <etc> to select [Loop Map] (note the menu is different if a network card is fitted in the panel as

there will be a [Net Map] option), type in a loop number and select [Enter]. The loop map is either displayed or printed, a typical example is shown below.

To find devices on a loop circuit

Checking physical location of devices on a loop map is made easier by having two people in communication with each other. While one person walks around the site and mark off the devices on the as fitted wiring drawings, the other person operates the panel controls.

The 'find' device is a function that gives visual or audible indication at the respective device on a loop circuit. The following procedure assumes no password access is required.

Press the Menu On/Off button and then [Test/Eng] -> [Usercode] ->[Loop] ->[Find

Dev], now enter CARD number n of loop circuit n, select [Start] and type in a device number (usually device 1 if starting from the beginning) and then select [Enter]. The display shows the device and loop number:

Number 1 on Loop 1

Press [Next] to find the next device on the loop and at any stage if the previous device

needs to be found then select [Previous].

A found device will provide visual or audible indication.

S-Quad Sensors and MCP

A fire sensor or system manual call point will operate its LED for 0.5 second On and

0.5 second Off repeated.

Sounders and S-Cubed

Each system alarm sounder on S cubed or S-Quad device will provide an audible and / or visual indication for 0.5 second On and 0.5 second Off repeated.

Checking a loop map

58 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Mains powered DAU and micro DAU

A Mains powered DAU will switch On an LED located on the main board, which changes from blink to 1s on 1s off when it is found.

Interface units

Ensure the outputs are not connected to external equipment at this stage of commissioning.

Each interface output will in turn be activated for 0.5 second On and 0.5 second Off, this process will repeat.

Panels on loop circuits

A mimic and repeat panel on a loop circuit will display its device number.

Page 59

Vigilon 4/6 loops & Compact (VA) panels & network nodes

IC2

IC1

P13

P11

P10

P13

Write protected

NOT Write protected (factory setting)

TERMINALS

FOR CARD IN P8

12345678

TERMINALS

FOR CARD IN LOOP 5

123456

LCC

P13

Backplane

Protected

- Write protected

P13 LK1

Unprotected

- NOT write protected (factory setting)

New Vigilon

4/6-loops panel

Older Vigilon 4-loops panel

Backplane

BATT3

PB15 PB6

PB9

P2 CARD 1

IC3

KEYBOARD

IC16

POWER SUPPLY

P12

MA2 - FS2 250mA

MA1 - FS1 250mA

P1 CARD 2

P16

P13

SW1 RESET

24V B A

TX1RX1

PB8

MA1+

MA1-MA2+

MA2-

MIPNC C

FIRMWARE

BACKUP

PB10

PB7

L10V L2 0V

24V

FS3 200mA

TX2RX2

PB14

L1 0V L2 0V

PB11

New Master Control Board (MCB) - networkable

SW2 MODE

OLD Master Control Board (MCB) - non networkable

P15 P10 P11 P9 P8

P2 CARD 1

IC3

KEYBOARD

PRINTER

IC16

POWER SUPPLY

P12

MA1 - FS1 250mA

MA2 - FS2 250mA

P1 CARD 2

P16

P13

SW1

CODE

BCKUP

24V

FS3 200mA

P14

BATT1

Insulation Disk

Non Volatile Memory NVM

There is also 'software'NVM protect enable and disable feature, see menu maps.

'Hardware' NVM protect link P13 is factory set to NVM protect disabled

NVM protect - [Enabled] (ie NVM protected, that is )write not allowed

NVM protect - [Disabled] (ie NVM unprotected, that is )write allowed

Non Volatile Memory (NVM)

The NVM is located inside the panel on the Backplane of VIGILON panel and on the Master Control board of VIGILON Compact (VA) panels. The NVM should hold

the latest system configuration data.

to the flash chip or initialisation of the memory is in progress.

The link header P13 on the Backplane provides hardware 'write' protection and will stop [Save] and [Back-up] commands from the panel controls modifying the memory. The link is

factory fitted to allow card data to be saved to the NVM.

P13 must be left in protect enabled position, that is to disallow write to NVM, on completion of system commissioning.

Do not attempt to write protect using the link P13 while a back up

Where the system is required to be EN54 Part 2 compliant, then the link

NVM Hardware Write protect

Hardware 'write protect' on a VIGILON 4/6 loop panel

Hardware 'write protect' - VIGILON Compact & (VA) panels

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 59

Non Volatile Memory (NVM)

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Commissioning instructions

NVM Software - 'write protect' and 'unprotect'

To 'software' write protect NVM

Once the NVM is protected, it is not possible to 'write' or 'backup' card data to NVM. To write protect to NVM:

# - will appear if a PIN is setup.

Press the Menu On/Off button and then [SetUp] -> [Usercode]#, momentarily press

<etc> to select [Protect] and then select [Enable] ->[Enter]. A confirmation will be given on the display:

NVM is write protected at card 14

To 'software' write unprotect NVM

Once the NVM is unprotected, it is possible to 'write' or 'backup' card data to the NVM. To write to NVM:

Press the Menu On/Off button and then [SetUp] -> [Usercode]#, momentarily press

<etc> to select [Protect] and then select [Disable] ->[Enter]. #-will appear if a PIN is setup, if so enter a PIN.

A confirmation will be given on the display and the warning light may be illuminated:

NVM is not write protected at card 14

To back up loop data to NVM

A fully allocated loop should be backed up to the Non Volatile Memory (NVM). The following procedure assumes no password access is required and write protect is disabled.

# - will appear if a PIN is setup.

Press the Menu On/Off button and then [SetUp] -> [Usercode]#, momentarily press

<etc> to select [Backup] and select the loop number n to be backed up to the NVM. Select [NVM card] ->[Enter]. A confirmation will be given on the display:

Loop card n Backed up Checksum written to card 14

above procedures except after the [Backup] command enter 0, which signify card 0.

It is also important to back up data held in Card 0 (MCC), to do this carry out

Non Volatile Memory (NVM)

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

To recover loop data from NVM

On power-up the information stored on the Non Volatile Memory is automatically

recovered to the Local Controller (MCB) and Loop processor cards. If there is a recovery failure you will get the following message:

Recovery failed at card x

# - will appear if a PIN is setup.

It is possible to recover data previously backed up to Non Volatile Memory.

Press the Menu On/Off button and then [SetUp] -> [Usercode]#, momentarily press <etc> to select [Recover] and select the card number n to be recovered from the Non

Volatile Memory. Select [NVM card] ->[Enter]. A confirmation will be given on the display:

Loop card 1 Recovered

up to the memory (NVM). For information on how to 'hardware' write protect NVM, see page 59.

A warning will be given if the loop map is different to that previously backed

How to electrically erase the NVM

there is only one back up of the complete system configuration data held at the panel. The NVM Initialisation should only be performed by a trained and qualified engineer, as executing this command will erase all the data backed up at the panel.

disable the hardware and software write protect. This will allow access to the initialisation command.

# - will appear if a PIN is setup.

To switch On freeblock

The following procedures assume no password access is required. Press the Menu On/Off button and then [Test/Eng] -> [UserCode]# momentarily press <etc> and select [Test] and then select [Freeblock], press [Next] for controller and select [Enter], which will display numbers on the top left of the display to show the freeblock is On.

Under normal circumstances erasing the NVM is not necessary as

To completely erase the NVM you will first need to switch On the freeblock and

To initialise the Non Volatile Memory The following procedures assume no password access is required.

Press the Menu On/Off button and then [Test/Eng] -> [UserCode]# and then select [Card] -> [Init NVM] and then [Enter]. The following confirmation message will be displayed:

NVM Card Being Initialised NVM card 14 : 512K bytes

To switch Off freeblock

Press the Menu On/Off button and then [Test/Eng] -> [UserCode]#, momentarily press <etc> and select [Test] and then select [Freeblock], press [Previous] for Off and select [Enter]. On completion do a display test to clear the freeblock number display.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 61

Non Volatile Memory (NVM)

Page 62

Commissioning instructions

2km Loop circuit - tests using LDT

Loop diagnostic tool

Applicable for panel fitted with VIG-LPC-EN or COMPACT-LPC-EN cards Where 2km loop cards are fitted in a VIGILON or VIGILON Compact panel having compatible loop

devices then the Loop Diagnostics Tool should be used to test the loop circuits.

For information on the Loop Diagnostic Tool see the Loop diagnostic tool help guide. During certain tests using the Loop Diagnostic tool where directed by the tool it may be necessary

to repair a loop circuit after a test.

How to [Repair] a loop circuit

When a loop circuit is tested for open or short circuit fault or if a genuine wiring short or open circuit fault should occur, then rectification action must be taken. To rectify the fault, remove the fault and process the repair command at the control panel.

Press the Menu On/Off button and select [Test /Eng], [Usercode] and if a password access is required, type in the PIN and press the Enter button. Select [Loop] and then momentarily select <etc> and select [Repair] and type in the loop circuit you want to repair, for example loop 1or 2 and then select [Enter].

Loop resistence measured by the panel

The loop cards VIG-LPC-EN or COMPACT-LPC-EN measures and displays the loop resistance on the panel screen during power up of the loop circuits, see page 52. The measured resistance can be viewed at any time after allocation using the [info] menu under the Loop Card status at the panel.

1km Loop circuit - manual tests

Applicable for panel fitted with VIG-LPC and COMPACT-LPC loop cards The loop circuit tests involve checking the loop circuit resistance, capacitance and then carrying out

open circuit, short circuit and break tests.

Loop resistance and capacitance

Power down and disconnect both ends of the loop 0V wiring at the control panel,

whose resistance and capacitance are to be measured.

Resistance

Using a multimeter measure the resistance between the loop 0V (End 1) and loop 0V

(End 2). In practice this should not be greater than 13 ohms for 1Km cable ONLY. Dependent on the number of devices on a loop circuit over 1Km cable length ONLY, an allowance can be made for contact resistance of up to 10mW per device.

Over 1Km cable length ONLY: Worse case measured loop resistance:

having 50 devices no greater than 13.5 ohms having 100 devices no greater than 14 ohms having 200 devices no greater than 15 ohms

Check the loop cable screen to loop 0V resistance this should be an open circuit.

Capacitance measure

Typically where alternative allowed loop cable types are being used then a measured capacitance between the loop 0V and cable screen should practically be no be greater than 0.21uF. However the Loop Driver is capable of driving a higher capacitance.

However the loop resistances and many other loop parameters can be measured and viewed using a Loop Diagnostic Tool.

2km Loop circuit - tests using LDT

62 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 63

Vigilon 4/6 loops & Compact (VA) panels & network nodes

L1 0V

LOOP CABLE

BOARD

TERMINALS

BOARD

PAN EL

enclosure

REMOVE THE 0V LINE TO INTRODUCE A GROUND BREAK

TERMINALS

BOARD

PAN EL enclosure

LOOP CABLE

SHORTING LINK

Loop circuit tests

Loop short circuit test

A loop short circuit isolation test should be carried out at this stage. It is recommended that the sounders are switched On before conducting this test.

End 1 Short test

Create a short circuit by wiring a link across the loop terminals at End-1. There should be no loss of any part of the system. The display should read:

Wiring changed - short at card x number y loop z Wiring changed - loop split

After rectification (removal of the short circuit) you will need to [Repair] the loop circuit.

End 2 and Mid circuit Short test

A short circuit test should then be repeated at End-2 and again at mid point of the loop.

After each test carry out rectification (remove the short circuit) you will then need to [Repair] the loop circuit, see page 62 .

Ground break test

A ground break test should be carried out at this stage:

Disconnect the 0V line from End-1 of a loop circuit.

End 1 cable break test

The cable break may have to be sustained for up to a minute. The display should read:

Wiring changed - ground break at card x number y on loop z

To clear the fault, the 0V line should be reconnected and then the loop should be repaired using the [Repair] function at the panel.

End 2 loop break test

The ground break test should be repeated at the other end of the loop circuit, End-2 and again at Mid point of the loop.

loop will run as normal.

To clear the fault, the 0V line should be reconnected and then the loop should be repaired using the [Repair] function at the panel, see page 62.

A single 0V line break should not cause the loss of any part of the system.

The exact location of a ground break is not indicated at the panel, however the

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 63

Loop circuit tests

Page 64

Commissioning instructions

LOOP CABLE

BOARD

TERMINALS

BOARD

PAN EL

enclosure

L1 0V

10K resistor

L1 0V

0V (-ve) LINE EARTH FAULT TEST

L1 (+ve) LINE EARTH FAULT TEST

L1 0V

BOARD

TERMINALS

BOARD

PAN EL

enclosure

L1 (+ve) LINE GROUND BREAK TEST

LOOP CABLE

Positive line break test

A positive line break test should be carried out at this stage:

Disconnect the +ve loop connection at one End

of a loop circuit.

The display should read:

Wiring changed - split at card x number y on loop z

cause the loss of any part of the system.

Reconnect positive (+ve) line to clear the fault.

Repair the loop using the [Repair] function the panel, see page 62.

A single +ve line break should not

Earth fault test

Earth fault tests should be carried at this stage:

0V-line earth fault test

¨ Connect the 0V line to the earth of the control panel enclosure.

This may have to be sustained for up to 1 minute for the fault to be detected. The display should read:

Earth Fault

On removal of earth fault the display should read:

Earth Fault cleared

+ve line earth fault test

Now connect the +ve line to earth via a 10K ohm resistor. This may have to be sustained for up to 1 minute for the fault to be detected. The display shows an Earth fault message as above and after restoration a cleared message is displayed.

order of a few ohms then this will be registered as a ‘short circuit’.

If the resistance between Earth and Loop +ve is in the

Type of earth fault

Interrogate the [PSU] readings using the [Test/Eng] menu to establish the type of Earth fault.

Type of Earth fault Earth (Ear) reading

No earth fault around 60

+ve line and earth greater than 75

-ve line and earth less than 40

At the end of the test operate the [Repair]

function at the panel.

Loop circuit tests

64 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 65

Checking device STATUS

Loop 1 No. 7 Dual optical/Heat/CO

LB1:C End1:Hi End2:Hi I/O:...0 Anal:1-4 2nd:250 3rd:0 Short delay:0 Zone 1 Zone 1

LED)

Loop on which the device is installed

Location of the device on the loop

Device description

Monitored Input / LED is attached to the device

Loop breaker condition C:closed

Status of End 1 of the device (high or low)

Status of End 2 of the device (high or low)

Digital Input outputs

Analogue channels used 1:Optical (forward) 2:Heat 3:Gas 4:Optical (Backward) 5:Sounder/VAD (Strobe)/Speech fault 6:Monitored line or LED

Secondary address denotes group of devices

Tertiary address used primarily by sounders/VAD (strobe)

Short circuit delay associated with number of T breakers off T breakers

Zone number and label

Loop Device Status

To list the STATUS of a device on an allocated loop at the Control Panel: Press Menu On/Off button and then select [Info], momentarily press <etc> to select [Status] -> [Device], enter the device number, select [Loop], enter the loop number n on which the device resides, select [Enter] to view device status information.

Analogue Channel 1 is forward scatter optical smoke sensor Analogue Channel 2 is heat sensor Analogue Channel 3 is for CO gas sensor Analogue Channel 4 is for backward scatter optical smoke sensor Analogue Channel 5 reports sounder/flasher/speech faults to the control panel

Analogue Channel 6 reports monitored input/monitored output faults to the control panel

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 65

Vigilon 4/6 loops & Compact (VA) panels & network nodes

O - Output, I - Input and . signify - not used

Device digitalI/O channels

S4 Dual OH/Red VAD O..O 1,2,4,5

S4 Heat/Voice Sen Sndr/Red VAD OOOO 2, 5

S4 Dual OH/Voice Sen Sndr/Red VAD . OOO 1, 2, 4, 5

S4 Dual OH/CO/Voice Sen Sndr/Red VAD OOOO 1, 2, 3, 4, 5

S4 Dual OH/White VAD O . . O 1, 2, 4, 5

S4 Dual OH/White VAD (HP) O . . O 1, 2, 4, 5

S4 Dual OH/Voice Sndr/White VAD (Std) OOOO 1, 2, 4, 5

S4 Dual OH/Voice Sen Sndr/White VAD (HP) OOOO 1, 2, 4, 5

S4 Heat/Voice Sndr/White VAD (HP) OOOO 2, 5

S4 Dual OH CO/Voice Sen Sndr / White VAD (HP) OOOO 1, 2, 3, 4, 5

S4 Dual OH/Voice Sounder . OOO 1, 2, 4, 5

S4 OH Sensor Sounder . OOO 1, 2, 5

S4 Dual OH Sensor Sounder . OOO 1, 2, 4, 5

S4 Heat Sensor Sounder . OOO 2, 5

S4 Dual OH CO Sensor . . . O 1, 2, 3, 4, 5

S4 Heat Sensor . . . O 2

S4 Heat Sensor Sounder . OOO 2, 5

S4 Dual Optical Heat Sensor . . . O 1, 2, 4

S4 Dual Optical Heat Sensor CO ...O 1,2,3,4,5

S4 Dual Optical Heat Sensor Sounder . OOO 1, 2, 4, 5

+ Monitored input 6

+ Monitored output 6

Other devices

Beam transmitter . . . O 2

Beam receiver . . . O 1- raw data

2- average data

Checking device STATUS

Page 66

Commissioning instructions

Device digitalI/O channels

MCP . . . O 6

Repeat panel . . . O -

Zonal mimic . . . O -

Mimic panel . . . O -

T-breaker . . . O

Loop interface all possible

I - input O - output

Interface unit (mains powered) all possible

I - input O - output

S cubed OOOO

1 - IR control 2 - Tone 3 - Power 4 - VAD

(Strobe)

1-channel 1 2-channel 2 3-channel 3 4-channel 4 5

1-channel 1 2-channel 2 3-channel 3 4-channel 4 5-battery 6-mains

Device digitalI/O channels

The legacy products below are for reference

S-Quad Dual Optical Heat Sensor Strobe O..O 1,2,4,5

S-Quad Dual Optical Heat Sensor Sounder . OOO 1, 2, 4, 5

S-Quad Dual Optical Heat Sensor Speech Strobe OOOO 1, 2, 4, 5

S-Quad Dual Optical Heat Sensor CO Speech Strobe

Slave LED . . . O +L

Sounder . OO .

Repeat sounder . OO .

Optical . . . O 1

Optical heat . . . O 1,2

Heat . . . O 4

Slave Relay O . . O+R

Single channel interface unit IO.O 1,2,5

Loop powered zone module I . . O 1,5

Optical/Heat Sounder . OOO 1,2

OOOO 1, 2, 3, 4, 5

3 - Low freq. 2 - On/Off

The correct device type may not be displayed if the loop circuit has allocation faults.

Check that the device is of the correct type and is suitable for the area in which it is installed.

Check the digital status of all devices.

On successful allocation check that the total number of devices found equals the

number installed. Also note there will be a loop voltage on the unconnected end of the

cable.

Checking device STATUS

66 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 67

Plexus Device Status

Loop 2 No. 43 Radio Call Point I/O:...O Anal:5, 6 2nd:0 3rd:0 LRT:41 Zone 2 Zone 2 S:000005098244 ID:3040 P1:42 RSSI:48 P2:41 RSSI:49 Batt:40

15:45

Loop 1 No. 45 Radio Heat I/O:...O Anal:2, 5 2nd:0 3rd:0 LRT:41 Zone 2 Zone 2 S:136110645425 ID:3040 P1:44 RSSI:45 P2:47 RSSI:47 Batt:59

15:46

Loop 1 No. 51 Radio Dual optical/Heat I/O:...O Anal:1,2,3,4 2nd:0 3rd:0 LRT:41 Zone 2 Zone 2 S:0471000064440 ID:3040 P1:50 RSSI:44 P2:43 RSSI:42 Batt:59

Loop 1 No. 47 Radio Sounder Strobe I/O:.00O Anal:5,6 2nd:0 3rd:0 LRT:41 Zone 4 Zone 4 S:010010485766 ID:3040 P1:43 RSSI:47 P2:42 RSSI:43 Batt:35

15:47

Loop 1 No. 51 Radio optical I/O:...O Anal:1,5 2nd:0 3rd:0 LRT:41 Zone 4 Zone 4 S:039100006577 ID:3040 P1:47 RSSI:41 P2:51 RSSI:44 Batt:59

15:48

Radio Call Point

Radio Heat detector

Radio Dual Optical Heat detector

Radio Sounder Strobe

Radio Optical detector

This is the serial number given of the Radio call point, which is the same number as the one printed on a label inside the Call point on its PCB.

This is the network ID

This is the RSSI which is a measure of the link quality with the linked device having address 42

Parent

This is the RSSI which is a measure of the link quality with the linked device having address 41

Parent

Months of charge remaining dependent on use. A device battery fault indication is given closer to end of useful battery life.

Use the controls at the Vigilon Control panel select [Info] -> momentarily select <etc> in order to find and select [Status] -> [Device] and enter the device number or range whose status is required, then select [Loop ] and enter the loop number on which the Plexus devices reside and then select [Enter]. The panel displays the status of device(s):

Vigilon 4/6 loops & Compact (VA) panels & network nodes

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 67

Checking device STATUS

Page 68

Commissioning instructions

Average Channel 1 Device 1 Loop 1 19 252 252 252 252 252 19 19 19 19 18 18

Time average readings of Channel 1 device 1 loop 1

23:15

Tnew (On demand)

Background (slow) Time average readings T6 of T11 Channel 1 Device 1 loop 1

Foreground (fast) Time average readings T1 to T5 of Channel 1 Device 1 loop 1

e Aver channel 1 Device 1 Loop 1 [Repeat] [Previous] [Next] [Cancel]

Device checks

system is allowed to operate for at least 24 hours to obtain accurate time average and condition code readings.

Checking the time averages

Press the Menu On/Off button and then [Info], momentarily press <etc> to select [Time Avg] and type in the required channel number from the range 1-6 whose time average is required, select [Device] and type in the device number, select [Loop] and type in the loop number of the device

->[Enter]. The display shows time averages for the device.

Tnew T1 T2 T3 T4 T5 On

demand

Tnew T6 T7 T8 T9 T10 T11 On

demand

Device checks

Ensure all dust covers have been removed from the sensor heads and the

Foreground (fast) time average readings

80mS 320mS 1.28S 5.12S 20.48S

Normally reads 252, unless there is a threshold.

Background (slow) time average readings

1.36min 5.46min 21.84min 1.45hr 5.82hr 23.3hr

Product Analogue Channels Time average

Tnew

S4 Heat Sensor 2 - heat 66

S4 Heat Sensor Sounder 2 - heat 66

S4 Dual Optical Heat Sensor 1 - optical (forward)

2 - heat 4 - optical (backward)

S4 Dual OH/Red VAD 1 - Optical (forward)

2 - Heat 4 - Optical (backward)

S4 Heat/Voice Sen Sndr/Red VAD 2 - Heat 66

S4 Dual OH/Voice Sen Sndr/Red VAD 1 - Optical (forward)

2 - Heat 4 - Optical (backward)

S4 Dual OH/CO/Voice Sen Sndr/Red VAD

S4 Dual OH/White VAD 1 - Optical (forward)

S4 Dual OH/White VAD (HP) 1 - Optical (forward)

S4 Dual OH/Voice Sndr/White VAD (Std) 1 - Optical (forward)

S4 Dual OH/Voice Sen Sndr/White VAD (HP)

S4 Heat/Voice Sndr/White VAD (HP) 2 - Heat 66

S4 Dual OH/CO/Voice Sen Sndr/White VAD HP

1 - Optical (forward) 2 - Heat 3-CO 4 - Optical (backward)

2 - Heat 4 - Optical (backward)

1 - Optical (forward) 2 - Heat 4 - Optical (backward)

1 - Optical (forward) 2 - Heat 3-CO 4 - Optical (backward)

25 66 40

25 66 25 40

25 66 40

25 66 25 40

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

S4 Dual OH/Voice Sounder 1 - Optical (forward)

2 - Heat 4 - Optical (backward)

S4 OH Sensor Sounder 1 - Optical (forward)

2 - Heat

S4 Dual OH Sensor Sounder 1 - Optical (forward)

2 - Heat 4 - Optical (backward)

S4 Heat Sensor Sounder 2 - Heat 66

S4 Dual OH CO Sensor 1 - Optical (forward)

2 - Heat 3-CO 4 - Optical (backward)

Beam Transmit

Beam Receive 2

Typical new Time average values for legacy 34K sensors

Device type 34K Analogue Channel number Optical

Heat Heat 2

1 2

Time average Tnew 200 - 235

180 - 210 180 - 210

25 66 40

25 66

25 66 40

25 66 25 40

150 - 170

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Device checks

Page 70

Commissioning instructions

Time: 15:54.07 Fri 20 December 2002 Exception Number 2 on Loop 1 condition3333333333

Time and date when Exceptions or Condition codes were read

23:15

Location of the device residing on this loop whose exceptions are shown.

These condition codes indicate the device is probably disconnected

0 - position

10th - position

For definition of these codes see the table

Checking the Exception/Subfault codes

Exceptions

Meaning Action

/Condition codes

'Exception' (EN) or 'Subfault' (BS) are condition codes and these codes provide information about a sensor device. A code indicates small changes in the environmental condition, sensor mechanism and how the sensor performs in the system. To ensure that the sensor exception codes are meaningful, all existing codes must be cleared and the system left undisturbed for at least 24 hours.

Code definition

There are ten different conditions possible for each sensor type, although not all of them are defined. Each condition code has a range of 0-3.

Code Meaning

0 This condition is OK. This code is not displayed unless another non

zero code exists.

1 or 2 Suggests preventive maintenance is required, where necessary, to

avoid possible false alarms.

3 The sensor is faulty. A fault condition indication is given at the control

panel. A message reading ‘Sensor Out of Specification’ is displayed.

A CODE 3 is automatically disabled by the system to prevent false alarms.

1000000000or 0100000000or 1100000000

2000000000or 0200000000or 2200000000

0010000000or 0020000000

This is the sub-fire band and if set as shown it should be taken as showing that the sensor is at its optimum sensitivity for its location.

A sub-fire has been generated which would suggest that the sensor was either too sensitive for its environment or that the sensor type may be incorrect for the location.

These codes indicate that the sensor is in a windy location. This will cause the chamber voltage to drop. Code Level 1 shows one

No action need be taken.

Action should be to check location and alter sensor state or type as required. This should only be done with the knowledge of the customer. Remember to re-backup all changes to states onto the NVM.

The location should be checked and a change in siting made, if required. Note: Wind will not cause

the sensor to false alarm. drop only, Level 2 shows greater than one drop.

0000100000or 0000200000or 0000010000or 0000020000

This shows that the sensor time averages are close to acceptable limits.

On commissioning the

sensor should be replaced.

A sensor with code 2 is

worse than code 1. On

maintenance sensors with

code 2 should be replaced.

To view the exception/condition codes of a device

Press to select Menu On/Off button and select [Info] -> <etc> -> [Event] -> <etc> -> [Exception]

-> [Enter]. To view all the currently active exceptions on the system use the next and previous menu

options to scroll through.

0000001000or 0000002000or 0000000100or 0000000200

# - will appear if a PIN is setup.

How to clear 'Exceptions'

This can be done by removal and replacement of the sensor chamber, by re-allocation of the loop having the sensor or, by using [Clear] function at the panel:

Press Menu On/Off button to select [Test/Eng] -> [Usercode]# -> <etc> -> [Config] -> [Clear]-> [Exception] -> [Enter]. Note cleared codes will return if the conditions are still true.

Device checks

70 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

0000000010or 0000000020

This shows that high frequency noise events have been detected by the system. A code 1 shows one event and a code 2 shows more than one event.

This shows device hardware faults. 1-fault code 1 and more than one fault code 2.

The device should be

replaced. On maintenance,

sensor with code 2 should

be replaced. If it reoccurs

then check the

environment.

The sensor should be

replaced.

Page 71

Condition Codes for S-Quads (Exception / Sub Fault codes)

Gen type

E N V

I O R N

E N

Pos. No. Description

1 Optical subfire None Small signal sensed

2 Heat subfire None Small signal sensed

3 Gas subfire - Small signal sensed

4 Beam OK - - Obscured for > 1min or Tx

Normal

band

0123

[Check location, state & type]

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Condition codes

Sub fault band Fault band

Subfire [Check location, state & type]

failure

5 Optical/Gas channel drift or out of

range

6 Heat channel drift or out of range OK Out of limits

E N S

7 Optical/Gas channel noisy

O R

8 Heat channel noisy (High

9 device firmware OK Isolated fault E V

10 device transmission OK Low error rate Medium error rate C

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 71

(High freq)

frequency)

OK Close to acceptable limit Out of limits

[Clean/replace]

OK Single HF noise event

detected

OK Single HF noise event

detected

[Note/report]

Multiple HF noise seen (Check location and report)

Multiple HF noise seen (check location and report)

Repetitive fault [Note / report / replace]

[Report]

Total failure [Replace]

High error rate [Replace]

Device checks

Page 72

Commissioning instructions

Pre Fire, Fire and Super fire

Definitions

Condition meaning.. ..and for State 0 it implies

PreFire Fire detection is at a higher sensitivity than the selected STATE. Fire detection that will easily pass the respective EN54 test.

Fire Fire detection at the sensitivity of the selected STATE. Fire detection that is referenced to the respective EN54 test.

SuperFire Fire detection at lower sensitivity than the selected STATE. Fire detection that will not pass the Standards test.

Pre Fire, Fire and Super fire

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

S-Quad Sensor with VAD - STATES VAD (current range of devices)

The STATE in which an S-Quad sensor operate can be changed from the default factory set STATE to another STATE during commissioning using the Commissioning tool. The environment in which an S-Quad device is installed will determine what STATE is used. # - Factory Default STATE ~ EN54 : Part 7 :2000 * EN54 : Part 5 :2002

# - factory default settings

Device

Dual Optical & Heat sensor variant - S4-711

Dual Optical, Heat & CO sensor variant-

Optical & Heat sensor variant -

Heat sensor variant - S4-720

The S-Quad with VAD devices are compatible with control panel software (MCC/MCB equal to or greater than V4.52 and LPC equal to or greater than V4.48).

(With VAD) S4-711-VAD-HPR

S4-711-VAD-LPW

S4-711-VAD-HPW

(With Speech) S4-711-V

(With VAD & Speech) S4-711-V-VAD-HPR

S4-711-V-VAD-HPW

(With Sounder) S4-771-S

S4-901

(With Speech & VAD) S4-911-V-VAD-HPR

S4-911-V-VAD-HPW

S4-710

(With Sounder) S4-770-S

(With Speech VAD) S4-720-V-VAD-HPR

S4-720-V-VAD-HPW

LPCB approved STATE

STATE 0 # Medium optical smoke ~ / Class A1 heat *

STATE 5 Medium optical smoke ~ / Class B heat *

STATE 8 Delayed medium optical smoke ~ / Class A1 heat*

STATE 0 # Medium optical smoke ~ / Class A1 heat *

STATE 9 Class A1 heat *

STATE 0 # Medium optical smoke ~ / Class A1 heat*

STATE 0 # Class A1 heat *

STATE 5 Class B heat *

Meets ~ EN54-7 : 2000, A1:2002, A2:2006

* EN54-5 : 2000, A1:2002

(With Sounder) S4-780-S

Optical sensor S4715

All of the above S-Quad range of devices meet EN54-17:2005 Short circuit isolation plus EN54-18:2005 Input/Output devices for use on the transmission path of fire detection and alarm systems.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 73

STATE 0 Medium optical smoke

S-Quad Sensor with VAD - STATES VAD (current range of devices)

Page 74

Commissioning instructions

S-Quad Sensor with Strobe - STATES (legacy devices)

The STATE in which the S-Quad sensors operate can be changed from the default factory set STATE to another STATE during commissioning. The environment in which the S-Quad device is installed will determine what STATE is applicable. # - Factory Default STATE ~ EN54 : Part 7 :2000 * EN54 : Part 5 :2002 ¯ - used in current range

The release of control panel software (MCC/MCB equal to or greater than V4.41): If a non defined STATE is selected during commissioning then the control panel will revert to STATE 0.

The previous release of control panel software (MCC/MCB less than V4.41): If a non defined STATE is selected during commissioning then the control panel will revert to STATE 15, which means the device is functionally switched OFF.

Meets ~ EN54 : Part 7 :2000

Device

Dual Optical & Heat sensor variant -

S4-711¯

(With Strobe) S4-711-ST

(With Speech) S4-711-VO

(With Strobe & Speech) S4-711-ST-VO

(With Sounder) S4-771

Dual Optical, Heat & CO sensor variant -

S4-911

(With Speech & Strobe) S4-911-ST-VO

Optical & Heat sensor variant -

S4-710¯

(With Sounder) S4-770

Heat sensor variant -

S4-720¯

(With Speech & Strobe) S4-720-ST-VO

(With Sounder) S4-780

Optical senor - S4-715¯

All S-Quad range of sensor sounder devices meet CEA 4021, where applicable, and meet EN54-17:2005 Short circuit isolation plus EN54-18:2005 Input/Output devices for use on the transmission path of fire detection and alarm systems.

LPCB approved STATE

State 0 # Medium optical smoke ~ / Class A1 heat * State 5 Medium optical smoke ~ / Class B heat * State 8 Delayed medium optical smoke ~ / Class A1 heat*

State 0 # Medium optical smoke ~ / Class A1 heat * State 9 Class A1 heat *

State 0 # Medium optical smoke / Class A1 heat*

State 0 # Class A1 heat * State 5 Class B heat *

State 0 Medium optical smoke

* EN54 : Part 5 :2002

S-Quad Sensor with Strobe - STATES (legacy devices)

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

S-Quad Heat sensor STATES

# - factory default STATE

Sensitivity

State Definition / Class Application in / Suitable for:

State 0#

State 13 Class A2 heat Area where there is moderate temperature changes plus dust, smoke or steam present b

State 5 High temperature Class B heat Area having high ambient temperature plus dust, smoke or steam present c

State 6 High temperature Class BS heat - with

State 15 No detection e

Class A1 heat Area having high levels of smoke, dust or steam a

Area where there is rapid temperature changes plus dust, smoke or steam present d

no rate of rise component

a-high- to-e-none

S-Quad Dual Optical & Heat / Optical & Heat sensor STATES

# - factory default STATE

Sensitivity

State Definition / Class Application in / Suitable for:

State 3 High sensitivity optical,

Class A1 heat

State 4 Medium sensitivity with no optical spike

protection, Class A1 heat

State 0#

State 8 Delayed medium sensitivity optical,

State 5 Medium sensitivity optical, Class B heat Area having high ambient temperature with low dust, smoke or steam present e

State 2 Low sensitivity optical, Class A1 heat Areas with moderate dust, smoke or heat during working hours when used with timing function f

State 11 Low sensitivity optical,

State 6 Low sensitivity optical,

State 12 Class A1 heat only Area where smoke, dust or steam occurs at times I

State 15 No detection j

Medium sensitivity optical, Class A1 heat

Class A1 heat

Class B heat

Class BS heat

Clean area or environment, where early detection is required a

General area as State 0 with less immunity to steam and dust to facilitate witness test b

General area c

General application in area with transient steam, dust or smoke present d

Area having high ambient temperature, plus where moderate dust, smoke or steam present g

Area having high ambient temperature that changes, plus moderate dust, smoke or steam present

a-high- to--j-none

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S-Quad Sensor with Strobe - STATES (legacy devices)

Page 76

Commissioning instructions

S-Quad Dual Optical, Heat & CO sensor STATES

State Definition / Class Application in / Suitable for:

State 1 High sensitivity optical, Class A1 heat,

high sensitivity gas

State 4 Medium sensitivity optical with spike

protection, Class A1 heat, medium sensitivity gas

State 0#

State 2 Medium sensitivity optical,

State 9 Medium sensitivity gas,

State 11 Medium sensitivity optical,

State 12 Class A1 heat only Area where smoke, dust, steam or gas occurs at times

State 15 No detection

Medium sensitivity optical, Class A1 heat, medium sensitivity gas

Class A1 heat, low sensitivity gas

Class A1 heat

Class B heat

Clean area or environment where early detection is required with false alarm reduction

General area as State 0 with less immunity to steam and dust for ease of testing using artificial smoke in normal operating mode, when test / commissioning mode is not active

General area where false alarm reduction is required for comprehensive fire detection

Applications with moderate dust, smoke (tobacco) or steam

Area where high levels of smoke, dust or steam is often present

Area with high ambient temperature, plus low levels of dust, smoke or steam present

Sensitivity

a-high- to-h-none

S-Quad Optical sensor STATES

# - factory default STATE

Sensitivity

State Definition / Class Application in / Suitable for:

State 3 High sensitivity optical Clean area or environment, where early detection is required a

State 4 Medium sensitivity with no spike

protection

State 0#

State 8 Delayed medium sensitivity optical General area with transient steam, dust or smoke present d

State 2 Low sensitivity optical Area with moderate dust, smoke or steam present e

State 15 No detection f

Medium sensitivity optical General area c

General area as State 0 with less immunity to steam and dust to facilitate wittiness test b

a-high- to-f-none

S-Quad Sensor with Strobe - STATES (legacy devices)

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Page 77

Beam sensor STATES

States verses distance

Sensor STATES Ideal range

minimum to maximum

4 or 5 2m to 30m

2 or 3 5m to 100m

0 or 1 12m to 100m

State Definition Application

Vigilon 4/6 loops & Compact (VA) panels & network nodes

State 0#

State 1 Normal

State 2 Medium

State 3

State 4 High Sensitivity

State 5 High Sensitivity

State 15 No detection. This is a total disablement of the sensor.

# - factory default STATE

Default detection

sensitivity

Sensitivity

Medium

Sensitivity

A fire is detected when there is a 50% (3dB) fall in signal level, however if the fall is by 90% (10dB) in less than 1second and is maintained for 40 seconds, then a fault is registered. This allows the Control panel to differentiate between a fire and a fault signal caused by accidental obscuration.

A fire is detected when there is a 50% (3dB) fall in signal level, however if the fall is by 90% (10dB) in less than 1 second and is maintained for 40 seconds then a fire is registered.

A fire is detected when there is a 25% (1.3dB) fall in signal level, however if the fall is by 90% (10dB) in less than 1 second and is maintained for 40 seconds then a fault is registered.

A fire is detected when there is a 25% (1.3dB) fall in signal level, however if the fall is by 90% (10dB) in less than 1 second and is maintained for 40 seconds then a fire is registered.

A fire is detected when there is a 10% (0.5dB) fall in signal level, however if the fall is by 90% (10dB) in less than 1 second and is maintained for 40 seconds then a fault is registered.

A fire is detected when there is a 10% (0.5dB) fall in signal level, however if the fall is by 90% (10dB) in less than 1 second and is maintained for 40 seconds then a fire is also registered.

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Beam sensor STATES

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Commissioning instructions

Interface Unit STATES

Single channel interface input STATES

These STATES also apply to loop powered single channel interface.

STATE Definition Application

State 0 Default - all

Inputs enabled

State 1 Input 1 disabled Selective disablement and

State 15 All inputs

disabled

Normal use

enablement of interface input circuits

Where an input circuit is used for fire detection application, the call points on the circuits will NOT remain operational on disablement of the circuit.

Interface input disablement

4 - Channel Interface Unit STATES

These 4 - channel interface unit input STATES are applicable for both mains and loop powered interface units.

STATE Definition Applications

State 0 Default - all Inputs enabled Normal use

State 1 Input 1 disabled Selective disablement and

State 2 Input 2 disabled

State 3 Inputs 1 and 2 disabled

State 4 Input 3 disabled

State 5 Inputs 1 and 3 disabled

State 6 Inputs 2 and 3 disabled

State 7 Inputs 1, 2 and 3 disabled

enablement of interface input circuits

Where an input circuit is used for fire detection application, the call points on the loop circuit will remain operational on disablement

State 8 Input 4 disabled

State 9 Inputs 1 and 4 disabled

State 10 Inputs 2 and 4 disabled

State 11 Input 1, 2 and 4 disabled

State 12 Inputs 3 and 4 disabled

of the loop circuit.

State 13 Inputs 1, 3 and 4 disabled

State 14 Inputs 2, 3 and 4 disabled

State 15 All inputs disabled interface input disablement

Interface Unit STATES

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

34000 range of sensors STATES (legacy devices)

The release of control panel software (MCC/MCB equal to or greater than V4.41): If a non defined STATE is selected during commissioning then the control panel will revert to STATE 0.

The previous release of control panel software (MCC/MCB less than V4.41) If a non defined STATE is selected during commissioning then the control panel will revert to STATE 15, which means the device is functionally switched OFF.

Optical heat sensor (plus sounder) STATES (34000 range)

These STATES cover the following sensors:

Optical & heat sensor

Optical & heat sensor plus sounder

Heat sounder

For the Heat sounder product range ignore the Optical STATES.

STATES Definition Application

State 0 (LPC approved)

State 1 High sensitivity optical

State 5 Medium sensitivity optical only Where high ambient temperatures of greater than 40oC are expected in the detection area.

State 8 (LPC approved)

State 10 Medium sensitivity optical with time

State 11 Low sensitivity optical

Heat Grade 2 Optical smoke normal sensitivity

Grade 2 heat

Medium sensitivity optical with 20 seconds time constant Grade 2 Heat

delay (20 second time constant) or Grade 2 heat

Grade 3 Heat

Suitable for most applications. Provides smoke detection to meet BS5445:Part 7 and provides heat detection to meet Grade 2 as defined in BS5445:Part 5.

Used in areas or situations where airborne smoke or dust is unlikely to occur and therefore a more sensitive detection is available.

This state is useful in hotel bedrooms where low levels of signals could occur for short durations. If smoke and heat occur simultaneously, the time delay is effectively overridden to provide fast detection.

Similar performance to state 8 but without the time delay overridden. Useful in hotel bedrooms and loading bays where low levels of signals may occur.

Used for smoke detection in areas where airborne particles or smoke is normally present, or high temperatures (up to 40

C) can be normally attained.

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34000 range of sensors STATES (legacy devices)

Page 80

Commissioning instructions

STATES Definition Application

State 12 (LPC approved)

State 13 (LPC approved)

Grade 1 Heat only No optical smoke detection. Can be used where airborne particles or smoke could occur

Grade 2 Heat only

briefly or at specific times. Optical detection can be used in conjunction with time blocks/slots to enable/disable sensor depending on application.

State 14 Grade 3 Heat only

State 15 No detection This state can be used to provide total disablement on a timed or temporary basis.

Heat sensor STATES (34000 range)

STATES Definition Application

State 0 (LPC approved)

(Default) Grade 2, rate of rise and fixed temperature

Suitable for general use in ambient temperatures up to 40 Grade 2 performance as defined in BS5445 : Part 5.

C. Provides detection to

State 1 (LPC approved)

Grade 1, faster rate of temperature rise as well as fixed temperature

State 2 Grade 1, limited rate of rise Applicable for normal ambient temperature where temperature variations are expected

State 5

State 6

High temperature with rate of rise Provides detection as specified by Range 1 BS5445:Part 8 .

High temperature with no rate of rise Provides detection as specified by Range 1 BS5445:Part 8.

Applicable for areas with normally very steady low ambient temperatures. A faster rate of rise can signal a fire below the normal set temperature at 58

up to 40

C but faster response than grade 2 is required e.g. hotel bedroom.

State 15 No detection No detection. This is a total disablement of the sensor.

34000 range of sensors STATES (legacy devices)

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

Test

Commission

Installed equipment tests

Preparation

Check to ensure access will be provided to areas where installed equipment is to be

tested, such as to locked or secure areas.

Ensure all sensor dust covers are removed from sensor devices.

Tests may be made easier by having: sensor extractor tool, smoke poles, smoke

canister, heat gun, beam obscuration filter, sensor removal kit and MCP test key, plus keys to open system equipment. Where applicable read the instructions supplied with the test kit.

Communication to site occupants

Before undertaking any of these tests and to prevent unnecessary building evacuation,

ensure:

all affected personnel on the site are informed, via a responsible person that the

•

fire alarm system is being commissioned.

•

where there is a link to an alarm receiving centre, the appropriate action should be taken to ensure they are informed that tests are being carried out on the system.

Commissioning Tool

It is much easier for the panel and system to be configured from the Commissioning tool, see the Commissioning tool manual.

Plant equipment

equipment interfaced to the fire alarm system should be isolated.

Tests should be carried out following customer consent. It may also be necessary to obtain third-party consent dependent on what plant equipment is connected to the panels auxiliary contacts.

All the tests on plant equipment should be as agreed during the project design stage.

Prior to any functional tests being carried out on the system, all the plant

Zone 'Test' mode (for EN panels only)

The Zone Test mode is applicable for EN VIGILON 4/6-loop panel, VIGILON Compact panel and VIGILON Compact VA panel only and is used when testing devices in a zone. It allows the engineer to test zones without having to return to the panel to silence alarms and reset the system.

While the panel is in the Zone test mode, following a fire event the alarms sound for 5 seconds and then automatically the alarms are silenced followed by a panel reset. The panel inhibits the operation of delay block functions, network functions, auxiliary and clean contact relay's operation in Zone test mode.

All zones of the system that are not in zone test mode will operate normally.

To put the control panel into or out of the 'zone test mode': Press Menu On/Off

button and select [Test/Eng] -> [UserCode] and enter the Engineering password, this need only be done if an Engineering password is set up. Press <etc> and select [Test] and then select [Zone] and [On]/[Off]. Now enter the zone

number and select [Enter]. The 'Test' LED is lit:

LED also switches Off.

On completion of all tests, switch Off the [Test] mode and notice the 'Test'

'Commission' mode (for BS panels only)

The Commissioning mode is applicable for BS VIGILON 4-loop panels only. It places all the zones of the system into test state.

The 'Commission' mode may be used when testing the system. It allows the engineer to test devices without having to return to the panel to perform silence alarms and reset. While the panel is in the Commissioning mode, following a fire event the alarm will sound for 5 seconds and then automatically a silence alarm sequence is performed and thereafter a panel reset.

To put the control panel into or out of the 'commissioning mode': Press Menu On/Off button and select [Test/Eng]. Select [UserCode] and enter the Engineering password, this need only be done if an Engineering password is set up. Press <etc> and select

[Commission] and [On] The 'Commission' LED is lit:

notice the 'Commission' LED is also switches Off.

On completion of commissioning, switch Off the [Commission] mode and

Installed equipment tests

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Commissioning instructions

Fire Sensors

1. When testing heat sensors DO NOT use a heat gun for the test in a hazardous environment.

2. Manufacturer recommended test equipment and methods must be used to fire test flame detectors connected via interface unit.

4. When smoke testing fire sensors using artificial smoke, avoid excessive spray to prevent accumulation of sticky residue on sensor, see instructions on the smoke canister. Ensure the 'Test mode' is used when performing smoke test on an S-Quad sensor

5. The beam sensors should be tested using obscuration filters to simulate smoke at the appropriate sensitivity STATE.

The BS5839:Part 1 recommends that all sensors are tested for correct operation.

Unless otherwise instructed all sensors should be tested. Each Sensor should also be checked for any physical obstacles that would inhibit the operation of the sensor in the event of a fire.

Each Sound and Speech part of the S-Quad and S-Cubed should output the correct signal at the appropriate volume level in accordance with the Standard requirements and to meet the site specific needs as agreed with the customer.

The VAD/Strobe part of S-Quad and S-Cubed should operate at the required flash rate in the event of a fire and is not obstructed.

Each fire sensor should be tested for correct operation in the event of fire.

Interface Units

1. In some instances it may not be possible to functionally test equipment (plant equipment) connected to input / output circuits off an interface unit.

2. Ensure the contact rating of interface output circuits are adequate for the plant equipment load requirement.

Plant equipment

Tests should be carried out on the operation of plant equipment, like lift, escalator,

door release, fire dampers etc following customer consent. It may also be necessary to obtain third party consent.

All tests on plant equipment should have been agreed during the project design stage.

Tests

Where tests are performed on a interface unit check each each circuit failure is

indicated at the control panel, such as:

•

Battery disconnection*

•

Mains supply disconnection*

•

Input line open circuit

•

Input line short circuit

•

Input line detector and MCP fire#

•

Output line open circuit ~

•

Output line short circuit ~

•

Output line operation ~

*-not applicable for the loop powered interface units. # - a fire from a call point or detector connected to an interface input cannot be differentiated.

Each speech/sounder should be tested for correct operation in the event of fire.

Manual Call Points

Each call point should be tested for correct initiation of a fire event.

Keyswitches

Where the interface unit input is from a keyswitch, then the keyswitch should be configured for correct operation and tested as per project specification.

Check on operating a keyswitch the confirmation LED, where applicable, is lit to show operation.

Installed equipment tests

82 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 83

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Thinned section on base

3m - maximum range

Press the function button to toggle between:

function and note the Red LED flashes x2 every 2 secondsTone

Volume function and note the Red LED flashes x1 every 2 seconds

Press the button to increase or to select the next

Press the button to decrease or to select the previous

volume tone

Wall

Sounder device

Red LED

Flash

Steady On

Perform a short press on the Power button to turn On the remote control. The Red LED will flash x1 every 2 seconds

Off

Press and hold the Power button to save the adjustments made. The Red LED will remain On whilst the button is held pressed. The data is saved to the device when the tone/speech on the S-Cubed unit stops briefly. Release the button on the remote control and the Red LED will switch Off to complete the adjustment process.

Note: The VAD/strobe light on the S-Cubed unit if fitted will flash rapidly when the volume is being adjusted using the remote control.

Remote Control

Trouble shooting

If the remote control fails to operate in close proximity to the thinned section of the Sounder device, then a possible cause may be discharged battery. In which case replace the battery.

S Cubed

mode for an EN system or Commission mode for a BS system.

The remote control is only operable when the panel is in the Zone Test

Depending on the

type of S-Cubed device being commissioned check to ensure correct output sound tone, speech message and VAD/strobe rate are given. The S-Cubed devices should have been setup using the commissioning tool.

The volume of the sounder S-Cubed device can be adjusted by using a remote control.

Each S-Cubed should be tested for correct operation in the event of fire.

The sound levels in the areas should be tested in accordance with the British Standard requirements and to meet the site specific needs, as agreed with the customer.

Repeat panel (Loop connected)

Each loop repeat panel should be tested for the following:

System event messages and indications are given

Local fault events, such as Battery and Mains supply disconnection

Alarm controls & Cancel Buzzer operation is possible

Mimic Panel

Each Mimic indicator panel should be configured and tested for the following:

To confirm fires are indicated

Local fault events, such as Battery and Mains supply disconnection

Lamp Test

On an A3 Mimic panel by pressing the button on the centre face of the unit

•

On an A2 mimic panel (Legacy panel) by operating the test key

•

On an A4 mimic panel (legacy panel) by inserting a 2mm pin like object (for example a

•

small terminal screwdriver) into a hole located on the underside of the panel enclosure.

Mains powered DAU and micro DAU (Legacy devices)

Each Mains powered DAU and micro DAU should be configured and tested for the following:

Check to ensure correct output sound tone and speech message are given of fire events.

Adjust the volume out at speakers on the Speaker circuits using controls on the Mains powered DAU in accordance with the British Standard requirements and to meet the site specific needs as agreed with the customer. Similarly volume level should be adjusted at each micro DAU to the required setting during commissioning.

VIGILON Compact VA system (Legacy system)

A 'Fall back' test must be performed to ensure the central messages are announced. This is achieved by stopping the two loops using the [Test/Eng] menu and then by conducting a Sound Alarm from the panel. Restart the loop on completion of the test.

Deviations from standards

The results of system tests carried out must be in accordance with the relevant standards and project specification.

Any deviations must be documented and reported for approval.

Installed equipment tests

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 83

Page 84

Commissioning instructions

side 1

RS485 - up to 1.2Km

Secure Network

side 1

side 2

Control panel

Network card (NC)

RS485 - up to 1.2KmRS485 -up to 1.2Km

RS485 - up to 1.2Km

Loop processor card (LPC)

Master Control Board (MCB)

Control panel

Network card (NC)

Loop processor card (LPC)

Master Control Board (MCB)

Control panel

Network card (NC)

Loop processor card (LPC)

Master Control Board (MCB)

Control panel

Network card (NC)

Loop processor card (LPC)

Master Control Board (MCB)

Vigilon Compact Network

A VIGILON Compact network can consist of a number of control panels and network nodes wired together in a secure loop. A secure loop is achieved by installation of a network card in each VIGILON Compact (VA) panel and VIGILON Compact Network Node to facilitate the network interconnection of panels and nodes.

Each standalone system is first commissioned before being networked together with other panels and nodes.

The network commissioning process involves systematic introduction of each standalone system to the network with tests to ensure the network is working.

The whole networked system is then configured and tested to ensure alarms and global controls and operates to site requirements.

When setting the address switches on the 'network card', ensure the network controller which can be the network node or panel is given the lowest address.

A network controller is a node that can be connected to a Central monitoring system.

All panels in a networked system must operate at the same baud rate, normally this is

38.4K where copper network card is being used.

Single Network

Each standalone system must first be fully commissioned individually.

Check that the correct cable is used to wire the network, the installer's manual lists all

the approved cables.

Vigilon Compact Network

84 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 85

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Cable screen

N/C

Cable screen

N/C

Where a multicore cable is being used ensure the unused cores (cores without signal) are connected to 0V.

N/C = No connection

Control Panel

L1-

0V L1+

PB1B

L2-

0V L2+

PB1A

MASTER CONTROL BOARD

Connections for Network card in Card 2

Control Panel

L1-

0V L1+

PB1B

L2-

0V L2+

PB1A

Connections for Network card in Card 2

Control Panel

L1-

0V L1+

PB1B

L2-

0V L2+

PB1A

MASTER CONTROL BOARD

N/C

Control Panel

L1-

0V L1+

PB1B

L2-

0V L2+

PB1A

MASTER CONTROL BOARD

Connections for Network card in Card 2

Control Panel

L1-

0V L1+

PB1B

L2-

0V L2+

PB1A

MASTER CONTROL BOARD

Connections for Network card in Card 2

Control Panel

L1-

0V L1+

PB1B

L2-

0V L2+

PB1A

MASTER CONTROL BOARD

The cable screen must be connected to an earth terminal in the backbox, as shown.

Node 1

Node 3

Node 2

Vigilon Compact

Control panel

Network Card

Address 2 Baud 38.4K

Node 4

Vigilon Compact

Control panel

Network Card

Address 1

Baud 38.4K

Vigilon Compact

Control panel

Network Card

Address 3

Baud 38.4K

Vigilon Compact

Control panel

Network Card

Address 4 Baud 38.4K

Wiring the single network Single network without domain bridge

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 85

Vigilon Compact Network

Page 86

Commissioning instructions

12345678

off

Component side

Network Card for VIGILON Compact - baud and node address switch settings

changed to another other setting by configuring the switches on the Network card.

The copper network card for use in a Vigilon Compact panel is factory set to 38.4K baud with node address 4. Both node address and Baud rate can be

Node address Baud rate

87654321

64 off off off off off off off off 2400

1 on off off off off off on off 9600

2 off on off off off off off on 19.2K

3 on on off off off off on on 38.4K

4 off off on off off off

63 on on on on on on

- factory settings

Address Baud

Vigilon Compact Network

86 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 87

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Map information for Network at card 10 Nodes on side 1 19765 Nodes on side 2 13

Map information for Network at card 10 Nodes on side 1 1976531 Nodes on side 2

Powering-up the Network

Add one panel at a time starting from the network controller (Node 1) at side 1.

For each panel powered-up the network controller will automatically try to establish

communication with the connected equipment.

The network controller will display the status of the network as being started, secure

or non-secure and from now on will monitor and control the network communications.

Use disable comms to isolate a panel from the rest of the network, ie it operates at the

network card in an echo mode, select Menu On/Off -> [Control] -> [Disable] -> [Comms] and enter the Network Card usually number 4.

It can take a few minutes for the system map to update.

How to check a Network map

Using the Menu On/Off -> [Info] -> [Map] -> [NetMap] option to enter the

network card address n.

The display will provide a list in cabling order the addresses of panels in the networked system.

These are examples of different networks. The lowest address ‘1’ has been given to the network controller.

This example shows the network is not secure

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 87

This example shows the network is secure

Vigilon Compact Network

Page 88

Commissioning instructions

Card 4 Is OK Fault 0:Disable 0:Warning 0 Address (0) Version 4.06 5/7/06 Node 3 Controller 1 Baud Rate 38400 Condition00000021198199

Side 2

Parity/ Framing error

Side 1

Parity/ Framing error

Side 2

CRC

Side 1

CRC

Side 2 Side 1

End

communicating

1or2

Freeblock

Check software

1 error = count of 10 but every 1sec the counter is decremented by 1

Current message errors

1error= count of 100

Timing errors

UART

type

0-Rockwell

1-Phillips

2-Phillips SMT

Only appears on Controller

How to check Network Card status

Using the Menu On/Off -> [Info] -> [Status] -> [Card] and enter the network card address in this case it is '4'. The display will confirm:

the address of the network card

the address of network controller

and a set of condition codes

Errors meaning

Freeblock Free memory blocks available to temporarily store messages

waiting to be processed. The maximum number = 199, although it may drop as low as 175 - 180 on a highly populated network. A lower value may indicate a high error value and will require rectification.

Fault Finding

The communication path in a secure network will alternate between end 1 (side 1) and

end 2 (side 2) every minute.

The network will be non secure until the last panel is connected and powered-up.

High errors

Check cable lengths and type used.

Check wiring, connections and earthing arrangements. Check the network cable is

correctly earthed to the equipment.

Replace network card at point of failure, where required.

Check the addresses and baud rates of the network cards of all the networked panels.

Vigilon Compact Network

88 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Errors meaning

Parity Parity is incorrect, data corrupted.

Framing 8- bit transmitted incorrectly and the data line does not return to

logic 1 at the end of the transmission.

CRC Cyclic redundancy code. When a message consisting of a number

of 8 bit transmissions is sent, a calculation is carried out to check that data corruption has not occurred.

Time out error

Where an 8 bit transmission block is not fully received, the network card will time out ready to receive the next message. A time out error will also be generated for each parity/ framing error.

It may be necessary to investigate and:

•

look at the noise voltage between conductors, screen and earth.

Always reset the Network Card first when rechecking for errors, using

[Test/Eng] -> [Card] ->[Reset] -> Network Card 4.

On completion of the above the networked system may now be configured for network operation, for master sectors and global controls to be actioned as per site requirements.

Page 89

Vigilon 4/6 loops & Compact (VA) panels & network nodes

side 1

RS485 - up to 1.2Km

Fibre optics - up to 2Km

Secure Network

side 1

side 2

Network card (NC) *

Spar e

Local controller card (LCC)

Input output card (IOC)

* - can be copper or fibre network card

RS232

15m max

Network card (NC) *

Input output card (IOC) x 3 Opt.

Local controller card (LCC)

Input output card (IOC)

Network Node

Loop processor card (LPC) x 6

Local controller card (LCC)

Input output card (IOC)

Network card (NC) *

Control panel

Loop processor card (LPC) x 6

Local controller card (LCC)

Input output card (IOC)

Network card (NC) *

Control panel

Central Monitoring

system

Network Node

RS485 - up to 1.2Km

Fibre optics - up to 2Km

RS485 - up to 1.2Km

Fibre optics - up to 2Km

RS485 - up to 1.2Km

Fibre optics - up to 2Km

Single Vigilon Network

A VIGILON network consists of a number of control panels of standalone systems and network nodes wired together in a secure loop using copper or fibre network cards.

A secure loop is achieved by installation of a copper or fibre network cards in each VIGILON panel and VIGILON Network Node to facilitate the interconnection of panels and nodes. Each standalone system is first commissioned before being networked together with other panels and nodes.

The commissioning involves systematic introduction of each standalone system to the network and tests to ensure the network is working.

The whole networked system is then configured and tested to ensure alarms and global controls operates to site requirements.

When setting the address switches on the 'network card', ensure the network controller is given the lowest address.

A network controller is a node/panel that can be connected to a Central monitoring system.

All panels in a networked system must operate at the same baud rate, normally this value is 38.4K where copper network cards are being used and 115.2K where Fibre network cards are being used.

Single Network

Each standalone system must first be fully commissioned individually.

Check that the correct cable is used to wire the network.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 89

Single Vigilon Network

Page 90

Commissioning instructions

7654321

BACKPLANE

Control Panel

Side 1 (End 1)

P7RxP4TxP6RxP5

Links P2 and P3 are booster links. Normally the links are not fitted, however for distance exceeding 750m the links must be fitted.

7654321

BACKPLANE

Control Panel

P7RxP4TxP6RxP5

Side 2 (End 2)

Side 1 (End 1)

Side 2 (End 2)

Cable screen

N/C

0V1 +VE1 -VE1 0V2 N/C +VE2 -VE2 N/C

P10

Connections for Network card in Socket P8 (Card 6)

Control Panel

P10

Connections for Network card in Socket P8 (Card 6)

BACKPLANE(post 08-2006)

Control Panel

0V1 +VE1 -VE1 0V2 N/C +VE2 -VE2 N/C

BACKPLANE(post 08-2006)

From

panel

or node

connection

P10

(Pre 08-2006) BACKPLANE

OLD Legacy Control Panel

Connections for Network card in Socket P8 (Card 6)

12345678 0V -ve +ve 0V I -ve +ve |

Compact Control Panel

Connections for Network card in Socket Card 2 of MCB

0V L2- L2+ 0V L1- L1+

To Next panel or node

Wiring a Copper network

Wiring a Fibre network

Single Vigilon Network

90 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 91

Vigilon 4/6 loops & Compact (VA) panels & network nodes

must all be set to the same settings at all the panels / nodes in a single networked system without domain bridge.

IO Card switches must be set to the Off position. The network baud and domain address switch are located on the DKC.

These switches

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2 Baud 38.4K

Control panel

Network Card

Address 4 Baud 38.4K

Control panel

Network Card

Address 1

Baud 38.4K

Control panel

IO Card

all switches to

Off position

Network Card

Address 3

Baud 38.4K

Node 4

DKC

Address 1

Baud 19.2K

IO Card

all switches to

Off position

IO Card

all switches to Off position

DKC

Address 1 Baud 19.2K

DKC

Address 1 Baud 19.2K

IO Card

all switches to Off position

DKC

Address 1

Baud 19.2K

Single network without domain bridge Powering-up the Network

Add one panel at a time starting from the network controller, adding one panel/node

at a time to side 1.

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 91

For each panel powered-up the network controller will automatically try to establish

It can take a few minutes for the system map to update.

communication with the connected equipment.

The network controller will display the status of the network as being started, secure

or non-secure and from now on will monitor and control the network communications.

Use disable comms to isolate a panel from the rest of the network, ie it operates at the

network card in an echo mode, select Menu On/Off -> [Control] -> [Disable] -> [Comms] and enter the Network Card address, usually card 6.

How to check a Network map

Using the Menu On/Off -> [Info] -> [Map] -> [NetMap] menu, enter the network card address, usually card 6 and select [E].

The display will provide a list in cabling order the addresses of panels/nodes in the networked system.

Here are examples of different networks. The lowest address ‘1’ is normally the network controller.

Nodes on side 1 of a SECURE NETWORK

110424362227231

Nodes on side 1 of a NON-SECURE NETWORK

11042436

Nodes on side 2 of NON-SECURE NETWORK

1 23 7 22 2

Single Vigilon Network

Page 92

Commissioning instructions

Card 6 Is OK Fault 0: Warning 0 Network (0) Version 4.xx 31/

4/15 Address 5 Controller 5 Baud Rate 38400 condition00000021198199

Side 2

Parity/ Framing error

Side 1

Parity/ Framing error

Side 2

CRC

Side 1

CRC

Side 2 Side 1

End

communicating

1or2

Freeblock

Check software

1 error = count of 10 but every 1sec the counter is decremented by 1

Current message errors

1error= count of 100

Timing errors

UART

type

0-Rockwell

1-Phillips

2-Phillips SMT

Only appears on Controller

How to check Network Card status

Using the Menu On/Off -> [Info] -> [Status] -> [Card] and enter the network card number, usually this is card number 6 and select [E]. The display will confirm the:

address of the network card

address of network controller

and a set of condition codes

Errors meaning

Parity Parity is incorrect, data corrupted.

Errors meaning

Time out error

Where an 8 bit transmission block is not fully received, the network card will time out ready to receive the next message. Time out error will also be generated for each parity/ framing error.

Freeblock Free memory blocks available to temporarily store messages

Fault Finding

The communication path in a secure network will alternate between end 1 (side 1) and

end 2 (side 2) every minute.

The network will be non secure until the last panel is connected and powered-up.

High errors

Check cable lengths and type used.

Check wiring, connections and earthing arrangements. Check the network cable is correctly earthed to the equipment.

Replace network card at the point of failure.

Check the addresses and baud rates of the input / output and network cards of the networked panels.

It may be necessary to escalate an investigation to look at the noise voltage between conductors, screen and earth.

[Test/Eng] -> [Card] ->[Reset] -> Network Card number, normally Card 6 and select [E].

Always reset the Network Card first when rechecking for errors, using

Single Vigilon Network

Framing 8- bit transmitted incorrectly and the data line does not return

CRC Cyclic Redundancy Code. When a message consisting of a

92 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

to logic 1 at the end of the transmission.

number of 8 bit transmissions is sent, a calculation is carried out to check that data corruption has not occurred.

The networked system may now be configured for network commands to be actioned, such as master sectors and global controls as per site requirements.

Page 93

Vigilon 4/6 loops & Compact (VA) panels & network nodes

IOC

RS232

15m max

DOMAIN

BRIDGE

Modem

Computer network

Fibre Optics

IOC

VIG-DOM-MODEM

VIG-NPORT-100

VIG-NC-DOM-FO

NC FO DOM

Domain Bridge

Network Node

- 4 IOC Cards

- 1 Network Card

If remote sites are residential it is not permissible to rely on domain bridge link to call fire brigade

Domain

IOC

Domain

IOC

Domain

IOC

Domain

IOCIOC

IOC

Multiple Vigilon Networks

Star network using Domain bridge IO cards

Domain Bridge using Input Output card

Two or more VIGILON networks can be connected together at domain bridge IO cards by having a direct RS232 connection, Modems, Fibre Optics units or NPORT units. This allows the display of events at any control panel/Network node in the connected networks.

Two networks using Domain bridge IO card

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 93

Multiple Vigilon Networks

Page 94

Commissioning instructions

Domain 2

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2 Baud 38.4K

Control panel

Network Card

Address 3 Baud 38.4K

Control panel

Network Card

Address 1

Baud 38.4K

IO Card

all switches to

Off position

IO Card

all switches to Off position

DKC

Address 2 Baud 19.2K

DKC

Address 2 Baud 19.2K

IO Card

all switches to Off position

DKC

Address 2

Baud 19.2K

Switch settings on cards inside EN54 Vigilon panels / Nodes where Domain Bridge IO Card is used to network the fire systems

Domain Bridge

Domain 1

IO Card switches must be set to Off, these are now located on the DKC.

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2 Baud 38.4K

Control panel

Network Card

Address 3 Baud 38.4K

Control panel

Network Card

Address 1

Baud 38.4K

IO Card

all switches to

Off position

IO Card

all switches to Off position

DKC

Address 1 Baud 19.2K

DKC

Address 1 Baud 19.2K

IO Card

all switches to Off position

DKC

Address 1

Baud 19.2K

Network card address setting is for the Domain Bridge IO Card address setting is for the

Node address

Domain address

Baud rate settings must be set as shown in this diagram.

IO domain bridge network switch settings

Multiple Vigilon Networks

94 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 95

Message routing

IOC Domain bridge

MCC

Control panel

Messages from the local network

MCC

Control panel

Messages to the local network

Message routing at Card 0 All events - 1 Domain2-Card6 Domain3-Card6

Message routing at Card 6 All events - 1 Domain accessed via LCC: 2,3

Message routing at Card 15 All events - 1 Domain accessed via LCC: None

--------------------------------

Control

panel

Message routing at Card 0 All events - 1 Domain1-Card15 Domain3-Card15

Message routing at Card 6 All events - 1 Domain accessed via LCC: 1,3

Message routing at Card 15 All events - 1 Domain accessed via LCC: None

--------------------------------

Message routing at Card 0 All events - 1 Domain2-Card15

Domain3-Card1 Message routing at Card 6 All events - 1 Domain accessed via LCC: 2,3

Message routing at Card 15 All events - 1 Domain accessed via LCC: 3

--------------------------------

Message routing at Card 1 All events - 1 Domain accessed via LCC: 2

The

will accept from Master group 1 and route messages to via the (Card 6).

Main controller card

(Card 0) all messages

domains 2 and 3

network card

Messages

from other

Network

Domains

The (Card 6) will accept messages to and from Master group 1

via

the (Card 0).

Network card

all

local controller card

domains 2 and 3

The (Card 15) has no need to route messages as there is nothing connected.

Domain bridge IO card

Message routing at Card 0 Allevents-1 Domain1-Card15 Domain2-Card15

Message routing at Card 6 Allevents-1 Domain accessed via LCC: 1,2

Message routing at Card 15 Allevents-1 Domain accessed via LCC: None

--------------------------------

IOC Domain bridge

Messages

to other

Network

Domains

Domain 2

VigilonFireSystem

GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

123 456 78 910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

Previous Next

VigilonFireSystem GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

123 456 78 910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

Previous Next

VigilonFireSystem

GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

12345678910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

Previous Next

VigilonFireSystem GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

12345678910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

Previous Next

VigilonFireSystem

GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

12345678910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

Previous Next

Domain 1

VigilonFireSystem GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

12345678910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

Previous Next

VigilonFireSystem

GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

12345678910111213141516 1718 1920 21 22 23 24 25 26 2728 29 30 30 32

Zones

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VigilonFireSystem

GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

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Domain 3

IOC Domain bridge

VigilonFireSystem

GENT2004

DesignedtoEN54Pt2& 4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

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Vigilon 4/6 loops & Compact (VA) panels & network nodes

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 95

Multiple Vigilon Networks

Page 96

Commissioning instructions

VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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Fibre Optics Domain bridge network card ( installed in P7 of backplaneVIG-DOM-NC-FO)

Network

domain bridge

VigilonFireSystem GENT2004

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

CB253

CB254

Disablement

Sounder

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Fibre optic patch panel

Fibre patch cable

Fibre optic patch panel

Panel/NodePanel/Node

RxRx

VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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VigilonFireSystem

GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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Zones

PreviousNext

VigilonFireSystem GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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PreviousNext

VigilonFireSystem GENT20XX

DesignedtoEN54Pt2&4

15:45

Fault

SystemFault

Delay

Test

Fire

Power

PowerFault

Verify

Cb253

CB254

Disablement

Sounder

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Domain bridge message passing tests

To check the domain bridge connections and to ensure messages can be passed between networks the following must be done.

Trigger an event in a network, such as a fault.

Check the event is passed on to the connecting networks

Domain bridge using Fibre Optic network card

Up to 64 small VIGILON networks can be connected together in a secure loop by using domain bridge fibre optics network card (VIG-NC-DOM-FO), with the card installed in socket P7 of the backplane. This allows the display of events at any control panel in the connected networks.

and is displayed at the networked control panels

Repeat the test at each network to establish message

passing between networks

Finally back up the cards of the panel including the

Network card and IO card to the Memory. This ensures the panels of each network knows the location of network controller, ie the domain bridge connection point.

Multiple Vigilon Networks

The above diagram shows small fibre networks connected together by a fibre network domain. It is equally possible to mix small copper networks and small fibre networks together in the manner shown above to a network domain.

96 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 97

FO Domain Network switch settings

Network card address is the IO Card address is the

Node address

Domain address

Baud rate settings must be as shown.

The FO Network DOM card switches must be set to the domain address

Switch settings for Cards inside an EN54 Vigilon panel where a Fibre Optic Network

Card is installed

Domain

Bridge

Domain 1

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2

Baud 38.4K

Control panel

Network Card

Address 3

Baud 38.4K

Control panel

Network Card

Address 1 Baud 38.4K

IO Card

all switches to Off position

IO Card

all switches to

Off position

DKC

Address 1

Baud 19.2K

DKC

Address 1

Baud 19.2K

IO Card

all switches to

Off position

DKC

Address 1 Baud 19.2K

Fibre Optics Network domain ring

FO Network DOM Card

Address 1 Baud 230.4K

Domain3

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2

Baud 38.4K

Control panel

Network Card

Address 3

Baud 38.4K

Control panel

Network Card

Address 1 Baud 38.4K

IO Card

all switches to Off position

IO Card

all switches to

Off position

DKC

Address 3

Baud 19.2K

DKC

Address 3

Baud 19.2K

IO Card

all switches to

Off position

DKC

Address 3 Baud 19.2K

Network DOM Card

Address 3 Baud 230.4K

Domain 5

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2

Baud 38.4K

Control panel

Network Card

Address 3

Baud 38.4K

Control panel

Network DOM Card

Address 5 Baud 230.4K

IO Card

all switches to Off position

IO Card

all switches to

Off position

DKC

Address 5

Baud 19.2K

DKC

Address 5

Baud 19.2K

IO Card

all switches to

Off position

DKC

Address 5 Baud 19.2K

Domain 6

Node 1

Node 3

Node 2

Control panel

Network Card

Address 2

Baud 38.4K

Control panel

Network Card

Address 3

Baud 38.4K

IO Card

all switches to

Off position

DKC

Address 6

Baud 19.2K

DKC

Address 6

Baud 19.2K

IO Card

all switches to

Off position

Control panel

Network DOM Card

Address 6 Baud 230.4K

IO Card

all switches to Off position

DKC

Address 6 Baud 19.2K

Network Card

Address 1 Baud 38.4K

Control panel

Network DOM Card

Address 4 Baud 230.4K

IO Card

all switches to Off position

DKC

Address 4 Baud 19.2K

Domain 4

Control panel

IO Card

all switches to Off position

DKC

Address 2 Baud 19.2K

FO Network DOM Card

Address 2 Baud 230.4K

Domain 2

Network Card

Address 1 Baud 38.4K

Vigilon 4/6 loops & Compact (VA) panels & network nodes

Multiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon NetworksMultiple Vigilon Networks

Multiple Vigilon Networks

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 97

Page 98

Commissioning instructions

See Control menu map 2-2

Access level 2b

Access level 2a

[Control] [Set Up] [ Info ] [ Test/Eng ]

[Enable] [Disable] <etc> [Sector]

[MSector] <etc> [Sounder]

[Timeslot] ~

[Sound]

<etc>

[Silence] [Reset] <etc>

[StartMA] [StopMA] [UserCode]

Params

{}

[Action]

[Aux Rly]

Params

1-2

{}

[On] [Off]

[E] [C] [Q]

Params

1-207

{}

[Loop]

Params

1-8

{}

[Action]

Params

1-16

{}

[Delay][On]

Params

HH:MM:SS

{}

[On]

[E] [C] [Q]

[Pause] [Build] <etc>

[E] [C] [Q]

Params

0-30sec

{}

Params

1-255

{}

[On] [Off]

[E] [C] [Domain]

Params

1-255

{}

[E] [C] [Q]

[Sig1]

[Off]

[Sig2] [Sig3]

[Off]

[Node]

[E] [C] [Q]

EN Vigilon with MCC/MCB V4.53 or higher [ ] Menu map 1

Control panel

Control

Key [E] = [Enter] [C] = [Cancel] [Q] = [Quit]

[Verify] <etc>

if off

if on

[On]

[Q]

[E] [C] [Q]

[Test] [Q][Paper Fd] [Off]

8Line feeds

[E] [C] [Q]

****** PRINTER TEST ****** !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGH IJKLMNOPQRSRUVWXYZ[=]^-`abcdefghijklmnop qrstuvwxyz{|}

[Printer]

[DelayBlk] ~

Params

1-16

{}

[Delayed]

[E] [C] [Q]

Params

MM:SS

0-10min

{}

[End]

[E] [C] [Q]

[Stop]

[Audio]

~ See Control menu map 2-4

# - The ‘Print’ option will only appear if a printer is connected to the panel.

[Signal1]

[Off]

[Signal2] [Signal3]

[E] [C] [Q]

[Signal1]

[All]

[Signal2] [Signal3]

[E] [C] [Q]

Params 1-255

{}

See Control menu map 2-1

~ - These menu options are not applicable for a Network node.

Menus accessible with panel door open and AL2 password

Access level 2b

Menus accessible with panel door open and AL3 password

Access level 3

No menus are accessible at AL1

Access level 1

Menus accessible with panel door open

Access level 2a

1-255

Access level 3

[Sensing]~[IO Line]

<etc> [Sector]~[Zone]~[Group]

Params

1-4

{}

[Device]

Params

1-128

{}

[E] [C] [Q]

Params

0-15

{}

[E] [C] [Port]

<etc>

Params

1-8

{}

[E] [C] [Q]

{}

Params

1-207

[Loop]

[FARE]

Params

1-2

{}

[E] [C] [Q]

Params

0-3

{}

[E] [C] [Q]

[Build]

Params

1-255

{}

[E] [C] [Q]

Params

1-32

{}

[E] [C] [Q]

Params

1-8

{}

[E] [C] [Q]

[MAlarm]

[E] [C] [Q]

[MSector] ~

Params

1-255

{}

[E] [C] [Q]

[Audio]

~ See Control menu map 2-3

[Sounders] ~

Access level 2b

Params

1-8

{}

[E] [C] [Q]

{}

Params

1-207

[Loop]

[FARE]

[Off] [On]

[E] [C] [Q]

- These menu options will appear on a Vigilon Compact VA panel only.

[Digital] ~

[Voice] ~

<etc>

[AuxRly][FPE]

[E] [C] [Q] [E] [C] [Q]

[Comms]

- This menu option will appear on a Vigilon panel

when a D1 system is connected.

Params

1-263

{}

[On] [Off]

Appendix A-1 - Menu maps for EN54 (V4) Vigilon panel

The menu options [Control], [SetUp], [Info] and [Test/Eng] are accessible on pressing the MENU ON/OFF button.

Appendix A-1 - Menu maps for EN54 (V4) Vigilon panel

98 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.

Page 99

Vigilon 4/6 loops & Compact (VA) panels & network nodes

[Audio]

Control

menu map 2-3

[Audio]

Control

menu map 2-4

EN Vigilon with MCC/MCB at V4.53 or higher [Control] Menu map 2-1 to 2-4

Control panel

[Music]

[Message]

[Message] [Aux Msg] [Alm Msg]

Params

0-31

{}

[Off] [On]

[E] [C] [Q]

<etc>

[Alm Zone]

Params

0-31

{}

[E] [C] [Q]

Params

1-10

{}

[E] [C] [Q]

[Signal1]

[Off]

[Signal2] [Signal3]

Params

1-10

{}

<etc>

[Micphone]

[Off] [On]

[E] [C] [Q]

Params

1-10

{}

[PA]

[E] [C] [Q]

[Music] [Per Msg]

Key [E] = [Enter] [C] = [Cancel] [Q] = [Quit]

[PA]

[Off] [On]

[E] [C] [Q]

Params

1-10

{}

Message

Tone

[Sector]

Params

1-32

{}

[Loop]

Params

1-8

{}

[Action]

[Signal1]

[Off]

[Signal2] [Signal3]

[E] [C] [Q]

[E][From] [C][Q]

[Sig1]

[Sig2][Sig1]

[E][From] [C][Q]

[Off] [Off]

[Sig1]

[E][From] [C][Q]

[Sig2] [Sig3]

EN Vigilon Compact Voice Alarm onlyControl panel with MCB at V4.53 or higher

Control

menu map 2-1

[Option]

This option will only be displayed with Freeblocks switched On, see Test Engineering

Menus accessible with panel door open and AL2 password

Access level 2b

Menus accessible with panel door open and AL3 password

Access level 3

No menus are accessible at AL1

Access level 1

Menus accessible with panel door open

Access level 2a

Access level 3

Access level 2b

Access level 3

[Digital] ~

Params

1-4

{}

[On] [Off] [Pulse]

Params

1-207

{}

[Loop]

[E] [C] [Q]

Params

1-8

{}

Params

0-15

{}

[Device]

[E] [C] [Q]

Params

1-8

{}

Params

1-207

{}

[Loop]

Control

menu map 2-2

Access level 3

4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms. 99

Appendix A-1 - Menu maps for EN54 (V4) Vigilon panel

Page 100

Commissioning instructions

[Control]

[Set Up]

[Info]

[Test/Eng]

<etc>

[UserCode]

[Protect]

[Remove]

[Backup]

[Recover]

<etc>

[SetClock]

[Next] [Retard] [Advance] [Enter]

[Assign]

[Modify]

[Enter]

<etc>

[Set Up]

{}

[Label]

{}

Params

1-128

[MCP]~[IO Line]

[Device]

<etc>

[Zone] ~

[Local]

<etc>

[Loop]

[Device] ~

Params

1-8

{}

Params

1-207

{}

Params

1-4

[Deaction]

[C]

[Q]

[E]

[En]

[Dis]

<etc>

Enter Label

[Period] ~

[Signal 1]~[Signal 2]~[Signal 3]

[C] [Q]

[E]

{}

Params

0-15

[C] [Q]

[E]

[Sounder] [Output]

Enter upto 8 FAB/SAB pairs

[Action]

See Set up

menu map 3

See Setup

menu map 2-1

[Sound] ~

[Signal1]

[Loop]

[Action]

[Sector]

{}

Params

1-32

{}

Params

1-8

[MAlarm] [Buzzer]

[NoAction]

[Signal2] [Signal3]

[C] [Q]

[E]

[Disable] /[Enable]

{}

Params

1-2s

[C] [Q]

[E]

[C] [Q]

[E]

[C] [Q]

[E]

[NoAction]

EN Vigilon with MCC/MCB at V4.53 or higherControl panel [ ] Menu map 1Set Up

# [Save]

[Custom]

Enter Label

[C] [Q]

[E]

[NVM Card]

[C]

[Q]

[E]

[SD Card]

[NVM Card]

* - [SD Card] option is for Vigilon Compact panel

only when a SD Card is fitted.

See Setup

menu map 2-2

[Man Fire]

<etc>

[MCP];[Auto Fire]

[C] [Q]

[E]

[NVM Card]

[C]

[Q]

[E]

{}

Params

0-15

[SD Card]

Access level 2b

Menus accessible with panel door open and AL2 password

Access level 2b

Menus accessible with panel door open and AL3 password

Access level 3

No menus are accessible at AL1

Access level 1

Menus accessible with panel door open

Access level 2a

Access level 3

Access level 2a

[Option]

These options will only be displayed with Freeblocks switched On, see Test Engineering

~ - These menu options are not applicable at a Network node.

Key [E] = [Enter] [C] = [Cancel] [Q] = [Quit]

{}

Params

0-15

# - The [Save] option will only appear under the customer password at

(access level 2), which is used to save changes to labels and clock settings.

[NVM Card]

[C]

[Q]

[E]

Appendix A-1 - Menu maps for EN54 (V4) Vigilon panel

100 4188-856_issue 7_07/15_Generic Vigilon (Compact + VA) Comms.