Fire Alarm Voice Evacuation Message Download

16.12.2020
12 Comments
  • Edwards Signaling manufacturers a complete line of audible and visual signals for industrial and commercial applications. Products include: fire alarm control panels, flashing and steady LED and halogen beacons and lights, strobes, vibrating horns and bells, outdoor warning sirens, public address and intercom systems, LED message centers and electronic system signals.
  • This is a Voice Evacuation message sound clip I got from another fire alarm video using this notification appliance. I thought this was really unique and tho.
  • Premier EVACS 16 Voice Alarm System Control Panel The EVACS 1-16 is a stand alone voice evacuation unit with twin outputs each capable of delivering voice message up to 2 x 25 watts each. A common evacuate input and a common alert input is included. The unit has a 5.0 Amp integrated power supply and an overiding live broadcasting microphone.
  • Superb sound intelligibility. Choose from two evacuation voice messages and four evacuation alarm tones (your selected evacuation message will be preceded by the selected tone). Alarm Current at 30Vdc = 10mA. Alarm Current at 18Vdc = 8mA. Optional BF330CTLIDW white or BF330CTLIDR red cap available for stand-alone use. Supplied with a BF431QCP.
  • NOTIFIER Digital Voice Command devices provide voice evacuation for emergency communications and mass notification applications. Explore products.
  • In the past, some designs used a non-voice evacuation system in addition to the public address system. Since the issuance of the 2010 edition of NFPA 72, the code has allowed the use of the public address system to provide occupant notification for fire and mass notification messaging.
Model NumberDescripionDatasheets & ManualsEVACS1-16Premier EVACS 16 Voice Alarm System Control Panel

Poll: What voice-evacuation message do you like best? Discussion of all things related to fire alarms, including alarm systems, fire alarm collections, sirens, sprinklers, fire drills, evacuations, actual fires, building architecture, other kinds of safety drills like tornado and earthquake drills and such, etc.

The EVACS 1-16 is a stand alone voice evacuation unit with twin outputs each capable of delivering voice message up to 2 x 25 watts each. A common evacuate input and a common alert input is included. The unit has a 5.0 Amp integrated power supply and an overiding live broadcasting microphone. Up to 16 units can be networked via RS485 - 1000 metres max.Installation ManualZ-CS5/EN
Z-CS6/EN5” or 6.5” fire proof metal ceiling loudspeaker 6/3/1.5/0.75W, red fire dome, EN54-24 compliance
CPD Number: 0359-CPD-00273ZT-08WWall Mounted Speaker, tapping 1.5W, 3W & 6WZT-67QExternal Horn Speaker 15WZT-SF/W

Fire Alarm Voice Evacuation Message Download Android


Fire Alarm Voice Evacuation Message Download

ZT-SF/RMicro speaker unit with tappings of 0.33W and 0.5W (White or Red)ZT-SSF/R
ZT-SSF/CA combined speaker and LED flasher unit designed for when both visual and audible warning is needed. Two tappings of 0.33W and 0.5W are available. (Red or Clear lens)

Bells, Buzzers, Horns.... Voice Alarm and Voice Evacuation systems have their SAY!
Voice Alarm (VA) and Voice EVAC (VEVAC) systems typically co-reside with other alarm (mostly fire alarms) and emergency based systems to provide spoken alarm, evacuation information and instructions. Commonly integrated with complex / high-end fire systems, Voice Alarm systems are specially designed Public Address (PA) installations that can be seen in many situations, especially public assembly areas (stations, airports, shopping centres etc.) Typical voice evacuation messages provide clear instructional information about the alarm, emergency and evacuation procedures.
This diagram shows a typical example of an evacuation period following the start of a fire. It shows how a Voice Alarm application compares with a conventional 'bells & sounder' based fire alarm to shorten the overall evacuation time.

Voice Alarm, EVAC, Design and Standards

Careful consideration to the system design, building design and defined escape routes are extremely important to any conventional alarm or evacuation based system. A VA / EVAC based system also carries these considerations, but has additional design aspects and considerations. The following are summary outlines of specific standards and regulations governing the design and implementation of Voice Alarm / EVAC products and systems:

BS5839-8:2013 (Design, Installation, Commissioning and Maintenance of automatic Voice Alarm Systems)

BS5839 is a British Standards code of practice for ‘Fire detection and alarm systems for buildings’. BS5839 part 8, covers the 'code of practice for emergency voice communication systems'. It is important to recognise specific design considerations for VA / EVAC systems, part 8 of this respective British Standard covers these details. BS5839-8:2013, supersedes BS5839-8:2008.

BS EN 60849 (Sound systems for emergency purposes)

Whilst BS5839-8 provides some specific requirements of voice and emergency systems, the details with regards to audio 'specification' are defined only briefly and within codes or practice, and does not directly cover aspects of audio performance. BS 7443 (now BS EN 60849) was developed and introduced to cover audio specifications and performances such as: audibility and intelligibility.

It is obviously very important that any 'Voice' based alarm and EVAC system is well designed so that the audio and spoken messages are clear and intelligible. This standard works together with BS5839-8, and provides a basis for consideration the building acoustics when designing a Voice Alarm (VA) EVAC system.

BS EN 54:2011 (Fire detection and fire alarm systems)

BS EN 54 is a suite of European guidelines which aims to harmonise fire detection and fire alarm systems design, installation and servicing within the EU. First published in 1996, confused markets and competitive country codes of practice (CoP), has seen EN54 take quite some time to establish itself amongst the individual EU country standards. April 2011, saw agreement and EU directive to see EN54 replace most country standards and CoP's. However, there has been individual country resistance. Most EU countries (24 out of 27) have adopted the EN54 directive. The UK has not - with the progession of BS5839 to update in 2013, it is unlear as to the long term plans for BS EN 54, some expect the UK to align with Europe and adopt sometime BS EN 54 in the near future.

Fire Alarm Voice Evacuation Message Download Free

The following are specific sections of BS EN 54 which relate to Voice Alarm (VA) / EVAC Systems:

- BS EN 54-4 (Power Supply Equipment)
- BS EN 54-16 (Voice Alarm Control and Indicating Equipment - VACIE)
- BS EN 54-24 (Voice Alarm devices / Loudspeakers)

BS EN 54-4 (Power Supply Equipment)

Specifies requirements, methods of test and performance criteria for power supply equipment of fire detection and fire alarm systems installed in buildings (fire alarm and voice alarm products and equipment). Example requirements would include power supplies to all associated control, indicating, routing, processing products and equipment (routing matrix, mixers, amplifiers, announcement storage devices, etc..) Mercedes gps download for sd card.

BS EN 54-16 (Voice Alarm Control and Indicating Equipment - VACIE)

Fire Alarm Voice Evacuation Message Download Pc

Originally based on EN-2 (fire alarm products and equipment), EN-16 covers all of the associated 'electronics' products and components of a Voice Alarm (VA) / EVAC system, (amplifiers, mixers, processing etc..). The general requirements of EN54-16 are to: provide indication and display requirements of the system’s state (quiescent, voice alarm and / or fault warning) including power supplies.

BS EN 54-24 (Voice Alarm Loudspeakers)

Fire Alarm Voice Evacuation Message Downloads

Loudspeakers used in Voice Alarm (VA) applications play a central role in delivering instructional evacuation information. It is crucial therefore, for VA loudspeakers to achieve a minimum acoustical performance, as well as constructional and environmental requirements, to be suitable for use in VA / EVAC applications (thermal fuse, ceramic connection blocks and end of line / EOL monitoring of speakers).