Voice Evacuation         an introduction
Voice Evacuation• Research has proven that in an emergency people will react  without confusion or panic if they receive a...
Voice Evacuation                        what is it?• An effective alternative to standard bells and sounders – using the  ...
Voice Evacuation                       in brief• A ‘building’ is ‘divided’ into separate areas (zones).• Zones can be ‘spo...
Voice Evacuation                why do we need it?• Those most at risk can be evacuated first.• Phased evacuation can be p...
During an Emergency...
..WITHOUT Voice Evacuation• A ‘break glass’ box or ‘fire detector’ is activated.• An alarm is sounded – normally a bell/kl...
A Standard Fire Alarm System
..WITH Voice Evacuation• A ‘break glass’ box or ‘fire detector’ is activated.• The fire alarm panel activates the voice al...
Voice Evacuation System
Centralised Voice Evacuation• Usually offered for single  building installations.• All loudspeaker lines  derived from a s...
Decentralised Voice Evacuation• Usually offered on site wired installations where a number of  buildings need to be covered.
System Priorities• A voice alarm system has various inputs, which must be  prioritised. This ensures the most important in...
Basic System Elements
Fire Microphone • Weatherproof enclosure. • Fist microphone. • Has top priority – overrides all other   microphones and in...
Microphone Controller    • Operated by the designated person to      control the evacuation using voice      announcements...
Router• The voice alarm router is connected to the  fire detection system of a building.• The fire detection system trigge...
Amplifier• Receives the input from the microphone  (or other source) (via the router) and  amplifies (broadcasts) it to th...
Batteries• A voice evacuation system must work during an emergency –  even if the mains power has failed.• Backup batterie...
Messages• Flash memory, recordable by client.• Digital WAV files.                     Alert• CD quality.                  ...
Music Input• A source of music which is installed in the voice alarm rack –  such as an MP3 or CD player.• Used to broadca...
Phased Evacuation
Typical Office Block or Hotel   ROOF            ROOF        EVACUATE  7th floor       7th floor      alert  6th floor     ...
The VIGIL2Voice Evacuation System
• Single, four or eight zone.• Lockable IP66 steel enclosure.                                           Fire Microphone• Z...
• Available in eight versions – from 8-zone up  to 64-zone.                                    Microphone• Performs as a p...
• Operator selects options by simply  touching the screen prompts.            Touchscreen• Graphics can be displayed as ei...
• Eight inputs and seven outputs.• Inputs 1&2 with processor bypass.                                              Router• ...
• 1U in height.• Up to five slave units can be added  to one BVRD2M master.                                        Expansi...
• Four inputs and four outputs.• One failsafe emergency ‘all call’  message.                                Mini Router• S...
• Wall-mountable, stand-alone  system, complete with battery backup.• All the facilities of the BVRD2M4.               ECL...
• Class D – 80% efficient.• Compact.                                  Amplifiers• Sleep mode – automatically  reducing sta...
• Enables dual loudspeaker circuits to  connect to a single amplifier.          DC line monitor/• Each BVRDADIS unit provi...
• Switch mode power supplies.• Two individually protected outputs  at 24V (one on the BVSMPLT).          PSU Charger• Buil...
• Provides digital networking facilities  for the VIGIL2 range.• Connected in a loop configuration.       DSP Network• Con...
EN54 part 16
EN54-16:2008    Fire Alarm and Fire Alarm Systems. Voice Alarm Control and Indicating Equipment.• Many European countries ...
Other Information Available:
www.baldwinboxall.co.uk
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What is voice alarm

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Why do you need a voice evacuation system? This presentation explains the benefits of installing a VA system over the standard 'bells & sounders' option of a fire alarm.

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What is voice alarm

  1. 1. Voice Evacuation an introduction
  2. 2. Voice Evacuation• Research has proven that in an emergency people will react without confusion or panic if they receive a clear, intelligible message.• Bells and sounders only give a warning, they do not indicate the nature of the emergency.• Phased evacuation using clear, easily understood, pre- recorded messages ensures that even untrained personnel are evacuated speedily and efficiently.
  3. 3. Voice Evacuation what is it?• An effective alternative to standard bells and sounders – using the spoken word for evacuating premises during an emergency.• Often referred to as ‘voice alarm’, ‘VA’ or ‘VE’.• Needs to be fully compliant with BS5839-8, BSEN54-16 and EN60849.• Serves as a general public address system during normal circumstances.• Provides companies with facilities such as advertisement injection, background music, timed message announcements – and much more.
  4. 4. Voice Evacuation in brief• A ‘building’ is ‘divided’ into separate areas (zones).• Zones can be ‘spoken to’ (broadcast to) individually, several at once or as an ‘all call’.• During an emergency people are informed – via the spoken word – what is happening and what to do.• Evacuation control is either via pre-recorded messages and/or via emergency fire microphones.• The system is fully monitored (BS5839-8), with any faults reported, so that it will work when needed – during an emergency.
  5. 5. Voice Evacuation why do we need it?• Those most at risk can be evacuated first.• Phased evacuation can be pre-planned.• Emergency messages can be stored on the system and broadcast by automatic or manual means.• Fire officers/building management can broadcast ‘live’ at any time.• Panic is reduced due to the controlled nature of the evacuation.• Quite simply: voice alarm helps save lives during an emergency.
  6. 6. During an Emergency...
  7. 7. ..WITHOUT Voice Evacuation• A ‘break glass’ box or ‘fire detector’ is activated.• An alarm is sounded – normally a bell/klaxon style alarm.• Initially, it is usual for people to carry on as normal.• Vital seconds – or minutes – are lost.• After a while people become curious and eventually start to move.• People habitually exit via the same route they entered – this may be the longest (or most dangerous) route.• Unfortunately, such inaction can, and does, end in tragedy.
  8. 8. A Standard Fire Alarm System
  9. 9. ..WITH Voice Evacuation• A ‘break glass’ box or ‘fire detector’ is activated.• The fire alarm panel activates the voice alarm system messages.• Emergency messages are broadcast to areas at risk.• Areas of high risk are informed of any necessary action – ie ‘evacuate’.• Areas of low risk are ‘alerted’ to the situation – ‘phased evacuation’.• Real time information may be broadcast by the emergency services to prevent people moving into danger.• Result – immediate action – calm, controlled and SAFE evacuation.
  10. 10. Voice Evacuation System
  11. 11. Centralised Voice Evacuation• Usually offered for single building installations.• All loudspeaker lines derived from a single location.
  12. 12. Decentralised Voice Evacuation• Usually offered on site wired installations where a number of buildings need to be covered.
  13. 13. System Priorities• A voice alarm system has various inputs, which must be prioritised. This ensures the most important input (ie fire officer’s microphone) overrides any other.• Typical priorities are as follows: Fire Fire Evacuation microphone 1 microphone 2 Alert message message (all call) (zone select) Spot announcer Other Background Paging (advert emergency music microphone injection) message Priority settings on VIGIL EVAS systems can be easily changed to suit individual requirements.
  14. 14. Basic System Elements
  15. 15. Fire Microphone • Weatherproof enclosure. • Fist microphone. • Has top priority – overrides all other microphones and inputs to the voice evacuation system. • Used by firemen/building control to override emergency broadcasts – either as a ‘zone select’ or ‘all call’. • Any other messages being transmitted to zones will be interrupted when the fire microphone is activated.
  16. 16. Microphone Controller • Operated by the designated person to control the evacuation using voice announcements – live or recorded. • Can also be used as a fire or paging microphone. • Selects music source. • Ability to test the system via pre- recorded ‘start’ and ‘end’ test messages. • During an emergency, assumes ‘emergency control mode’ and is given a higher priority.
  17. 17. Router• The voice alarm router is connected to the fire detection system of a building.• The fire detection system triggers the VA system to evacuate and alert automatically.• Provides full system status monitoring and fault reporting.• The router receives various inputs including microphones, spot announcers, etc.• It outputs the ‘priority’ signal, via the amplifier(s), to relevant loudspeaker circuits (zones).
  18. 18. Amplifier• Receives the input from the microphone (or other source) (via the router) and amplifies (broadcasts) it to the relevant zones.• Several amplifiers will be built into a voice alarm rack, with each amplifier broadcasting to specific zones (circuits) within the building.• Available in different power options to suit system requirements.
  19. 19. Batteries• A voice evacuation system must work during an emergency – even if the mains power has failed.• Backup batteries included in the system must be of a suitable ‘size’.• Calculations for battery sizes are made at the design stage of a system.• Typically, the system is capable of being battery-backed for 24 hours quiescent and 30 minutes at full power (to meet the requirements of BS5839-8).
  20. 20. Messages• Flash memory, recordable by client.• Digital WAV files. Alert• CD quality. Evac• 57 second duration for each message. Test• Constantly monitored.• Triggered by fire panel or manually.
  21. 21. Music Input• A source of music which is installed in the voice alarm rack – such as an MP3 or CD player.• Used to broadcast background music to zones selected.• Typically the lowest priority in a voice alarm system.• Will be overridden in the event of an emergency.
  22. 22. Phased Evacuation
  23. 23. Typical Office Block or Hotel ROOF ROOF EVACUATE 7th floor 7th floor alert 6th floor 6th floor alert 5th floor 5th floor EVACUATE 4th floor EVACUATE 3rd floor 3rd floor EVACUATE 2nd floor 2nd floor alert 1st floor 1st floor alertground floor ground floor alert GROUND LEVELBASEMENT 1 BASEMENT 1 EVACUATEBASEMENT 2 BASEMENT 2 EVACUATE
  24. 24. The VIGIL2Voice Evacuation System
  25. 25. • Single, four or eight zone.• Lockable IP66 steel enclosure. Fire Microphone• Zone status indicators.• Speak now indicator.• Speech volume indicator.• Option to fit ‘processor bypass’ hard- wired press-to-talk switch.• Option to fit flip-top switches to enable DVA (digital voice announcement) messages to be broadcast. BFM400 range• Fully monitored.
  26. 26. • Available in eight versions – from 8-zone up to 64-zone. Microphone• Performs as a paging or fire microphone Controller with an optional ‘all call’ processor bypass facility.• LCD displays showing zone name and status.• Red buttons for emergency messages – operated by key switch.• Fault indicators.• Up to 30 messages available to operator (stored on EVAS routers).• Five programmable function keys. BVRD range• Fully monitored.• RJ45/CAT5 connection.
  27. 27. • Operator selects options by simply touching the screen prompts. Touchscreen• Graphics can be displayed as either Paging Station virtual buttons or as a topographical layout (pictured).• All functions: message selection, zone selection, paging, message recording, background music, etc – can be performed from the paging station.• State-of-the-art high performance Unitouch computer and screen all in one unit.• High definition 56cm (22”) LCD display.
  28. 28. • Eight inputs and seven outputs.• Inputs 1&2 with processor bypass. Router• One failsafe emergency ‘all call’ message.• Six messages stored in flash memory.• USB2 port to configure unit/upload messages, etc.• Realtime clock – fault logging, history, night time volume, etc.• CANBUS ports to connect with modules, simple rack wiring. DSP-controlled• Parametric EQ on all inputs and outputs. BVRD2M• Auto amplifier changeover (1 in 10).
  29. 29. • 1U in height.• Up to five slave units can be added to one BVRD2M master. Expansion facilities• Each BVRD2S adds: • 12 audio inputs. • 16 audio outputs. • 12 messages.• Each BVRD2SLT adds: • 6 audio inputs. • 8 audio outputs. • 6 messages. BVRD2S & BVRD2SLT• Mount directly on top of BVRD2M – slave units connections are made using RJ45.
  30. 30. • Four inputs and four outputs.• One failsafe emergency ‘all call’ message. Mini Router• Six messages stored in flash memory.• Realtime clock – fault logging, history, night time volume, etc.• Parametric EQ on all inputs and outputs.• Fits alongside a VIGIL2 amplifier and BVSMP power supply in one 19” DSP-controlled frame. BVRD2M4• Fully monitored.
  31. 31. • Wall-mountable, stand-alone system, complete with battery backup.• All the facilities of the BVRD2M4. ECLIPSE2M• With a BV120D dual 120W amplifier fitted: • One dual circuit zone (or two, single circuit zones).• With a BV050Q quad 50W amplifier fitted: • Two zones with dual circuits (or four, single circuit zones, or three with reserve).• Ideal for decentralised networking or VA/PA system tenant systems.• Fully monitored.
  32. 32. • Class D – 80% efficient.• Compact. Amplifiers• Sleep mode – automatically reducing standby requirements to 50mA per amplifier when operating on batteries.• Rated power obtainable from 22V battery supply.• Over-temperature protection.• The BV225 can be paralleled. BV225, BV125D, BV050Q
  33. 33. • Enables dual loudspeaker circuits to connect to a single amplifier. DC line monitor/• Each BVRDADIS unit provides both isolator A&B circuits for two amplifiers.• Up to 10 spurs per loudspeaker line.• The BVRDADIM master unit connects to the BVRD2M router.• Up to five BVRDADIS can be connected to one BVRDADIM.• Utilises DC line monitoring BVRDADIM & BVRDADIS techniques, therefore, BEL1 end of line monitoring is not required.
  34. 34. • Switch mode power supplies.• Two individually protected outputs at 24V (one on the BVSMPLT). PSU Charger• Built-in deep battery discharge cut off.• Standby batteries are continually ‘float charged’.• A protected output is provided to power a mixer or auxiliary circuit.• Several chargers may be paralleled when used for larger systems. BVSMP & BVSMPLT• Fully monitored.
  35. 35. • Provides digital networking facilities for the VIGIL2 range.• Connected in a loop configuration. DSP Network• Continues to function in the event of cabling damage at a single location.• The network can be copper, fibre or a combination of both.• Two RS485 and up to fourteen concurrent audio channels.• Network status indicators.• Up to 126 VIGIL2 EVAS systems can BVRDNET be digitally networked. BVRDCIF & BVRDFIF• Fully monitored.
  36. 36. EN54 part 16
  37. 37. EN54-16:2008 Fire Alarm and Fire Alarm Systems. Voice Alarm Control and Indicating Equipment.• Many European countries adopted this standard in April 2011.• All voice alarm manufacturers need their products third party testing by an accredited test house.• Specifiers, consultants, installers and end users need to ensure that the voice alarm equipment supplied has full EN54-16 third party certification.• All manufacturers must have relevant factory production control procedures in place – i.e. ENISO9001-2000.• Baldwin Boxall’s VIGIL2 voice alarm products have full BSEN54-16:2008 certification (including BSEN54-4:2008 for power supplies).
  38. 38. Other Information Available:
  39. 39. www.baldwinboxall.co.uk

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