specification guide - honeywell -...

Specification guide

Voice Alarm

VOICE ALARM SPECIFICATION 0302

A Voice Alarm and Public Address (PA/VA) system will be installed throughout the building complying with BS5839-8: 2013. The products supplied for the PA/VA system shall be EN54-16 certified for the Control and Indicating Equipment (CIE) and EN54-24 certified for the loudspeakers.

Copies of the EN54-16 and EN54-24 certification shall be submitted as part of the tender return for this project.

The PA/VA system shall be integrated with the fire detection and alarm system to provide the specified cause and effect / alarm sequencing in the event of a fire being detected within the building. The necessary interface units required to achieve the specified cause and effect will be built within the PA/VA control equipment / racks and pre-wired to clearly marked terminals. No modification of the CIE is allowable

on site and all interface requirements must be carried out as part of the rack build prior to shipping to site.

The PA/VA controllers / routers shall be fully IP configurable and the system must have the capability of allowing up to 250 controllers being connected on a single system. Each controller shall be capable of controlling 4 channels of audio with simultaneous announcements from different sources being operated across all 4 channels. Connection locally within a rack shall be via a CAT5 screened cable, where multiple racks are deployed around the site connection between the racks will be achieved using a fibre optic cable certified to BS8434-2 for ‘enhanced’ operation in the event of a fire. Each rack on a network using the fibre optic cable shall be fitted with a fibre switch to control and manage the network connectivity, the fibre switch shall be EN54-16 certified.

The PA/VA equipment rack shall be supplied with a 4 way, duplex, fibre patch panel and necessary supporting materials to allow the direct termination of the network fibre optic cable within the rack, external terminations of the network cable shall not be considered. The PA/VA network shall have a 100mbit bandwidth / capacity

and be capable of transmitting ~200 concurrent messages.

The CIE will be battery backed in the event of a failure of the mains supply for a period of 24 hours with the additional capacity of operating at full alarm load for a period of 30minutes following this period. Standby batteries will be provided in the form of sealed lead acid cells. The CIE will be supported using an EN54-4 power supply unit.

The racks supplied shall be IP31 rated with a glazed, lockable door. Please note that the PA/VA system indications must be visible with the door closed on the rack from a distance of 600mm. Racks shall be available in the following sizes 12U (wall mounted), 26U & 42U. Please note that free access shall be provided around the rack on completion of the installation, consideration shall be given to the use of swing frame racks where access to the control equipment and connections may be an issue on site following positioning of the equipment racks.

Prior to the PAVA racks being shipped to site a Factory Acceptance Test (FAT) shall be carried out at the

manufacturer’s premises; the FAT will confirm the system functionality (cause and effect) and fault free products prior to shipment of the CIE racks. The FAT tests being carried out will be formally documented, copies of such being handed over as part of the overall O&M manuals on completion of the project.

The design of the loudspeakers required to provide the automatic and manual speech announcements in the building shall be in accordance with the requirements detailed in section 14 of BS5839-3: 2013.

The intelligibility level this project is to be designed to meet is 0.5STI. Where necessary the services of a specialist acoustic engineer will be engaged and you shall provide a statement in your tender return confirming how you will achieve the audibility and intelligibility requirements of BS5839-8: 2013. Where necessary you will provide evidence in the form of an academic acoustic model.

The system supplied shall meet the following requirements with respect to audibility and intelligibility:

l 10dB greater than ambient background noise levels for speech messages

l The minimum audibility requirements of BS5839-1: 2013 for the attention grabbing tone preceding the emergency message

The spacing of loudspeakers shall be guided as per section 14 of BS5839-8:2013, particular attention shall be made in the design of loudspeaker layouts to the following:

Loudspeakers should be chosen primarily for their ability to produce an intelligible result rather than for aesthetic considerations such as size or appearance.

In a normal acoustic environment loudspeaker placement shall satisfy the following:

The distance between the centres of loudspeakers is not greater than:

l 6m for unidirectional loudspeakers; and

l 12m for bi-directional loudspeakers

The unobstructed distance between the loudspeaker and any listener is not greater than:

l 6m for unidirectional loudspeakers; and

l 12m for bi-directional loudspeakers

The fire alarm evacuation zones associated with the PA/VA system specified are detailed within appendix 1.

The Public Address (PA) zones required are detailed in appendix 2.

The loudspeaker circuits to be installed shall be fully monitored and the system shall have the flexibility to be able to provide both impedance and/or end of line monitoring.

Impedance monitoring shall be employed in any circuit where there are 20 loudspeakers or less, where there are greater than 20 loud speakers on a given circuit end of line monitoring shall be employed. All loudspeaker zones shall be wired with a minimum of an A and B circuit with all loudspeakers being evenly distributed and interleaved across both circuits. In the event of a failure of a single circuit 50% of all loudspeakers shall remain in operation and evenly distributed.

The system supplied shall have the capability of having loudspeakers installed in the form of a loop within a single fire or PA zone. The loop shall be fitted with short circuit isolators between every10 loudspeakers providing a high level of system integrity. A loudspeaker loop shall not exceed 1000M in length with a maximum load of 500watts.

VOICE ALARM SPECIFICATION04 05

Paging and Fireman’ Microphones shall be installed in accordance with appendix 3. The microphones shall be connected via the system data bus using a screened CAT5 cable (fire rated in the case of the Fireman’s MIC’s to BS8434-2) and wired in the form of a radial circuit back to the PA/VA rack/s. The MIC’s must be controlled and powered by the PA/VA CIE and supplementary PSU’s local to the MIC’s will not be permissible.

The maximum cable distance using a CAT5 cable between the MIC’s and the PA/VA CIE shall not exceed 300M, where distances exceed 300M the system shall have the capability of being able to supply the wiring of the MIC’s utilizing fibre optic cabling. The units shall be certified to EN54-16.

All amplifiers to be supplied will be class D and fully monitored and available in sizes of 4 x 125watts, 4 x 250watts, 2 x 250watts, 2 x 400watts and 2 x 500 watts. The units shall be certified to EN54-16.

Where possible the use of Direct Drive Amplifier (DDA) shall be employed where the 100v loudspeaker line is driven directly from the amplifier and a secondary transformer is not employed. This option will allow racks to be both smaller and lighter. Any DDA amplifier used as part of the rack build shall have an internal EN54-4 battery charger.

Standby amplification is not required in line with BS5839-8: 2013 section 16.

The voice alarm system specified shall have the capability of being controlled and managed via a Graphical User Interface (GUI). The GUI will be supplied in the form of a touch screen PC and monitor with graphics pages drawn and imported to provide a visual overview of the site. The GUI provided must be able to control PA/VA zones or groups of zones in order to route messages, control entertainment equipment and make schedule announcements.

The GUI will be supported on a PC with the following minimum specification:

1 GB RAM or higherl Free hard disk space min 200MB

l CD-ROM / USB

l Network card 100 Mbit or higher

l Microsoft Windows® 2000 / XP Professional / Vista / 7 compatible

l Monitor with 1280 x 1024 pixel (ratio 4:3, 16:9 not supported)

With the addition of a System Communication Unit (SCU) detailed further within this specification the following functionality will be achieved via the GUI:

l Recording, prior listening and discarding of announcements

l Simultaneous play back of pre- recorded audio messages

l Scheduler function for automatically controlled audio messages

l System status and indication logging

l Call ‘stacking’ functionality where two calls may be transmitted to a common area simultaneously but will be played individually according to their system priority level

Before commencement of construction of the rack/s for this project a User Requirements Document (URD) shall be completed, signed and issued to the specialist supplier conforming that the product being built is in accordance with the design requirements of the project. The URD will confirm:

l VA Zones

l PA Zones

l Microphone’s to be supplied (Paging and Fireman’s)

l Standby battery requirements

l Special message requirements

l Entertainment system requirements

The following cable types shall be employed;

DESCRIPTION BODY COLOUR TYPE OF CABLE VOLTAGE FIRE RATED

LOUDSPEAKERS 1.5mm2 – 2.5mm2 2 core (screened if required)1 100vac Where required

FIREMAN’S MICROPHONE 0.5mm2 – 1.0mm2 Screened CAT5 (max 300 meters) 24vdc Yes1

FIREMAN’S MICROPHONE N/A Multimode fibre optic N/A Yes1

PAGING MICROPHONE 0.5mm2 – 1.0mm2 Screened CAT5 (max 300 meters) 24vdc Where required1

PAGING MICROPHONE N/A Multimode fibre optic2 N/A Where required1

FIRE INTERFACE 1.5mm2 – 2.5mm2 2 core 24vdc Yes1

MUSIC INPUTS 0.5mm2 – 1.0mm2 2 pair twisted screened N/A No

NETWORK CABLE 0.5mm2 – 1.0mm2 Screened CAT5 (max 100 meters) 24vdc Yes1

NETWORK CABLE N/A Multimode or singlemode fibre optic2 N/A Yes1

Voice Alarm Product Technical SpecificationProducts to be supplied as part of this project shall meet the following technical specifications for each system component as detailed below.PAVA Controller / Router for up to 24 loudspeaker zones (583362.22)System master control module with audio signal processing for connecting and controlling power amplifiers and associated control equipment with the following functionality:

l Four independent audio outputs for connecting power amplifiers (up to 500W per channel) and for simultaneous processing of up to four different audio channles per controller

l Connection of audio signal to one or up to six user-defined loudspeaker zones for each audio output to obtain up to twenty-four loudspeaker circuits per module (12No A&B Zones)

l Upgrade to a complex alarm/ public address system through integrated LAN interfaces

l Continuous monitoring of power amplifiers by means of a 22 kHz test tone. The defined loudness level is also taken into account

for the backup amplifier (where employed)

l Continuous inaudible monitoring of loudspeaker circuits (earth faults, short / open circuits, and impedance deviations with specified tolerances for each loudspeaker circuit)

l Continuous monitoring of line and microphone of up to four connectable Microphones or universal input modules per control module

l Audio filters such as parametric equalizers, high and low-pass filters and delays per audio channel can be set

l Four sensor inputs for optional, continuous and automatic volume control in real time, independent of the ambient noise level

l Eight programmable, potential- free contact outputs for controlling external components (e.g. priority relays) or for signaling various

indicator states (collective fault messages)

l Four Ethernet 100 Mbit/s interface connections with switch function.

l Integrated TWI bus for optional connection of an additional module (e.g. time synchronization using TCM-GPS)

l Display for indicating operation status, errors, circuit connection, and active power-saving mode via multi-colored LEDs

l Emergency control operation (Power Save) during a power failure to preserve battery capacity – this means not activating background music or low-priority announcements when there is a failure in the primary power supply. The connected amplifiers are switched to standby mode

l Non-volatile audio memory for up to 1hour, freely scalable, for user- specific canned audio

VOICE ALARM SPECIFICATION06

Display4 LEDs for device operating state: ‘in operation, warning/error, emergency control option, power-saving mode’8 LEDs for indicating control contacts state4 LEDs for indicating state of each connected power amplifier24 fault and 24 loudspeaker circuit relay LEDs

Operating elementsA button for sequential monitoring of local audio channels and acknowledging an acoustic fault message 1 monitoring loudspeaker

AUDIO OUTPUT. OUTPUT TYPE Electronically symmetrical

NOMINAL LEVEL 0 dBu

MAX. OUTPUT LEVEL +6 dBu

FREQUENCY RANGE 20 Hz to 20 kHz

MAX. DEVIATION FROM LINEAR FREQUENCY ± 1 dB in frequency range

DISTORTION FACTOR AT NOMINAL LEVEL < 0.03% at 1 kHz

MAX. DISTORTION FACTOR 0.1% in frequency range

SIGNAL-TO-NOISE RATIO AT NOMINAL LEVEL

>75 dB (A)> 70 dB

LOAD IMPEDANCE Min. 5 kΩ, max. 500 pF

SENSOR INPUT (AVC*) NPUT TYPE Symmetrical, non-earthed

NOMINAL LEVEL -51 dBu

NOMINAL LEVEL FOR EMERGENCY CALL STATION 0 dBu


MAX. DEVIATION FROM LINEAR FREQUENCY ± 6 dB in frequency range

DISTORTION FACTOR AT NOMINAL LEVEL < 0.2% at 1 kHz

MAX. DISTORTION FACTOR 1% in frequency range

SIGNAL-TO-NOISE RATIO AT NOMINAL LEVEL

> 65 dB (A)> 60 dB

INPUT IMPEDANCE typ. 200 Ohm

CONTROL CONTACTSMAX. VOLTAGE 100 V DC/1 A

IMPULSE WITHSTAND VOLTAGE > 2.5 kV

PASS-THROUGH CONTACTS MAX. VOLTAGE 250 V AC, 30 V DC/5 A

IMPULSE WITHSTAND VOLTAGE > 1.5 kV

POWER SUPPLYRATED VOLTAGE 90 V AC to 264 V AC

NOMINAL FREQUENCY 47 Hz to 440 Hz

POWER RATING WITH/WITHOUT 4X DAL 50 W/80 W at 230 V AC

EMERGENCY POWER SUPPLYVOLTAGE RANGE 21.6 V DC to 30 V DC

AMBIENT TEMPERATURE RANGE -5°C to +55°C

RELATIVE HUMIDITY 15% to 90%

*AVC = AUTOMATIC VOLUME CONTROL

The system control unit will be used for logging and recording announcements. These will be stored on the hard disk and saved with the date, time and trigger information.

The SCU will be capable of providing call stacking functionality which allows the storage of announcements temporarily and play them back simultaneously and automatically within a particular time limit when the desired point is released.

AUDIO CAPACITY FLASH MEMORY 2 hours

AUDIO CAPACITY HARD DRIVE 1,000 hours

POWER SUPPLYRATED VOLTAGE 90 V AC to 264 V AC

NOMINAL FREQUENCY 47 Hz to 63 Hz

NOMINAL CURRENT typ. 0.5 A @ 230 V AC

EMERGENCY POWER SUPPLYVOLTAGE RANGE 21.6 V DC to 30 V DC



Universal Interface Module (583331.21)

Interface module for connecting two analogue audio inputs, two analogue audio outputs, and 48 control contacts with the following functionality:

l Two audio inputs that are both asymmetrical (RCA) and symmetrical (XLR-f)

l Two audio outputs that are both asymmetrical (RCA) and symmetrical (XLR-m)

The 48 control contacts will be set via software configurations in any combination as potential input contacts

Displayl Green POWER LED

l Yellow ERROR LED

AUDIO INPUTSNOMINAL LEVEL 0 dBu

MAX. LEVEL +6 dBu


SIGNAL-TO-NOISE RATIO > 95 dB

DISTORTION FACTOR (AT NOMINAL LEVEL) < 0.05 %

INPUT IMPEDANCE XLR SOCKET 100 kΩ, symmetrical, potential-free

OUTPUT IMPEDANCE CINCH SOCKET 1 kΩ, asymmetrical, potential-free

AUDIO OUTPUTS. NOMINAL LEVEL 0 dBu




OUTPUT IMPEDANCE XLR SOCKET 200 Ω, symmetrical, potential-free

OUTPUT IMPEDANCE CINCH SOCKET 200 Ω, asymmetrical, potential-free

CONTROL CONTACTSINPUT CONTACTMAX. INPUT VOLTAGE

+36 V DC

OUTPUT CONTACTCONTACT RATING 36 V DC/50 mA

SHORT-CIRCUIT PROOF FOR +24V 1 s



l 4 Green SIGNAL LEDs for signaling potential audio modulation

and/or output contacts; eight will have the capability of being monitored.Digital transmission of control signals and all audio signals to and from the PAVA system and the supply voltage will be via DAL link.

System communication unit (SCU) (583381.22)

The system communication unit (SCU) will act as a digital audio memory for the PAVA system.The unit will provide a minimum of 50 channels of audio data to be recorded and played back at the same time – regardless of the available bandwidth from the PA/VA network.

The connection to a PAVA system network will established via Ethernet and is monitored continuously, the SCU will be housed within one of the equipment racks to be supplied as part of this project. As per EN54-16, the audio data for critical alarms and evacuation messages will be stored on non-volatile flash memory. The memory capacity within the SCU will be a minimum of 2 hours.

Additional messages, such as announcements, signals, music files or advertising texts, will be stored on a hard drive within the SCU. The memory capacity will be a minimum of 1,000 hours.

07

VOICE ALARM SPECIFICATION

VCM display/control module (583351)

View control module for clear and easy display of collective messages and for operation of the voice alarm system in accordance with the EN 54-16 standard with the following: Each rack or system must have control and display indications to ensure compliance with EN54-16. In a networked system confirmation prior to the building of the control racks shall be sought to confirm which rack shall house the VCM module.

l 5 keys for operating the voice alarm system

l Integrated buzzer for acoustic signals

AMBIENT TEMPERATURE RANGE

-5°C to +55°C


Power amplifier 4 x 125W; class D, 24 V DC (580242)

Highly efficient class D power amplifier having the following characteristics:.

l Certified to EN54-16

l 4 x 125 watt channel Direct-Drive amplifier for voice alarm application that utilize industry standard 100V speakers (no step up secondary transformers on loudspeaker output)

l High efficiency (80% typical) Class D Amplifiers

l Delivers maximum possible power under any overload or overdrive condition to maintain intelligibility of voice messages

l Integrated temperature compensated battery charger certified to EN54 Part 4, capable of charging up to 65Ah battery pack

l Compliant with IEC BS EN 60268-3, 55013 55020 norms

l Microcontroller based extensive self monitoring and control

l Protection against overload and wiring short

l Protection against overheating

l Temperature management with variable speed fan assisted cooling

l LED status display per audio channel for POWER, SIGNAL, CLIP, and FAULT

l LED status display for MAINS POWER; BATT POWER, CPU STATUS, SYSTEM FAULT

l Symmetrical audio inputs and control via CAT 5 cable with RJ45 connector

l 100 V outputs via pre-assembled system cable, lockable

TECHNOLOGY Class D, 100 V outputs with transformers

OUTPUT POWER (MAINS POWERED) 4 x 125W / channel into a load of 80Ω

OUTPUT POWER (BATTERY POWERED) 2 x 250W / channel into a load of 40Ω

WEIGHT (APPROXIMATE) 9.05Kg

HEAT DISSIPATION (IDLE) MAINS POWERED 60W max.

BATTERY POWERED (CHANNELS ENABLED) 21W max.

BATTERY POWERED (CHANNELS DISABLED) 5W max.

MAINS FUSE F6 3AH250V

NOMINAL MAINS VOLTAGE 230V AC 50 / 60Hz +10% to -15%

BATTERY CAPACITY AND TYPE VALVE REGULATED LEAD-ACID BATTERY: 38Ah min. 65Ah max.

BATTERY OPERATING VOLTAGE RANGE 21,5V DC to 28,5V DC

BATTERY CHARGER CURRENT LIMIT 3.4A

BATTERY SOURCE IMPEDANCE 0.2Ω max

OVERALL DIMENSIONS IN MM 45 height x 483 width x 402 deep

COLOUR RAL 7016 (Fine texture)

AMBIENT OPERATING TEMPERATURE -5oC to +55oC

STORAGE TEMPERATURE -10oC to +55oC

RELATIVE HUMIDITY Up to 93% (non condensing)

AIR FLOW DIRECTION From front to rear of the amplifier unit

FUNCTION Class D, transformerless 100V outputs

FREQUENCY RESPONSE AT THE RATED POWER 20Hz to 22KHz ± 3dB

DISTORTION AT THE RATED POWER (RESISTIVE LOAD) < 0,3% THD at 1kHz sine wave

SIGNAL TO NOISE RATIO AT RATED POWER 90dB (A - weighted)

MAXIMUM LOAD CAPACITANCE 200nF #

CHANNEL SEPARATION > 75dB

VOLTAGE GAIN 42dB

INPUT SENSITIVITY 0dBu for rated output power

INPUT IMPEDANCE (BALANCED) 20KΩ

EFFICIENCY AT A MAXIMUM LOAD 80% typical (Battery powered)

SELF-OSCILLATION FREQUENCY AT IDLE 320kHz (± 20kHz)

OVERLOAD PROTECTION Protected against short-circuit or output overload

THERMAL PROTECTION Protected against overheating by temperature controlled fans~

Power amplifier 4 x 250W; class D, 24 V DC (58023)

Highly efficient class D power amplifier having the following characteristics:


l 4 x 250 watt channel Direct-Drive amplifier for voice alarm application that utilize industry standard 100V speakers (no step up secondary transformers on loudspeaker output)

l High efficiency (80% typical) Class D Amplifiers

l Delivers maximum possible power under any overload or overdrive condition to maintain intelligibility of voice messages

l Integrated temperature compensated battery charger certified to EN54 Part 4, capable of charging up to 105Ah battery pack

l Compliant with IEC BS EN 60268-3, 55013 55020 norms

l Microcontroller based extensive self monitoring and control

l Protection against overload and wiring short

l Protection against overheating

l Temperature management with variable speed fan assisted cooling


l LED status display for MAINS POWER; BATT POWER, CPU


OUTPUT POWER (MAINS POWERED) 4 x 250W / channel into a load of 40Ω

OUTPUT POWER (BATTERY POWERED) 2 x 500W / channel into a load of 20Ω

WEIGHT (APPROXIMATE) 12Kg

HEAT DISSIPATION (IDLE) MAINS POWERED 60W max.

BATTERY POWERED (CHANNELS ENABLED) 33W max

BATTERY POWERED (CHANNELS DISABLED) 6W max.

MAINS FUSE F6, 3AH250V

NOMINAL MAINS VOLTAGE 230V AC 50 / 60Hz +10% to -15%

BATTERY CAPACITY AND TYPE VALVE REGULATED LEAD-ACID BATTERY: 65Ah min.105 Ah max.

BATTERY OPERATING VOLTAGE RANGE 21,5V DC to 28,5V DC

BATTERY CHARGER CURRENT LIMIT 6.5A

BATTERY SOURCE IMPEDANCE 0.12Ω max

OVERALL DIMENSIONS IN MM 90mm height x 483mm width x 408mm deep

COLOUR RAL 7016 (Fine texture)

AMBIENT OPERATING TEMPERATURE -5oC to +55oC

STORAGE TEMPERATURE -10oC to +55oC

RELATIVE HUMIDITY Up to 93% (non condensing)

AIR FLOW DIRECTION From front to rear of the amplifier unit

FUNCTION Class D, transformerless 100V outputs

FREQUENCY RESPONSE AT THE RATED POWER 20Hz to 22KHz ± 3dB

DISTORTION AT THE RATED POWER (RESISTIVE LOAD) < 0,3% THD at 1kHz sine wave

SIGNAL TO NOISE RATIO AT RATED POWER 90dB (A - weighted)

MAXIMUM LOAD CAPACITANCE 200nF #

CHANNEL SEPARATION > 75dB

VOLTAGE GAIN 42dB

INPUT SENSITIVITY 0dBu for rated output power

INPUT IMPEDANCE (BALANCED) 20KΩ

EFFICIENCY AT A MAXIMUM LOAD >80% typical (Battery powered)

SELF-OSCILLATION FREQUENCY AT IDLE 290kHz (± 20kHz)

OVERLOAD PROTECTION Protected against short-circuit or output overload

THERMAL PROTECTION Protected against overheating by temperature controlled fans~

0908

STATUS, SYSTEM FAULT




VCM display/control module (583351)

Highly efficient class D power amplifier having the following characteristics:


l Self-monitoring and self-testing via microcontrollers

l Protected against overload, short circuits and over-heating

l Built-in fan with temperature- controlled rotation speed control, with airflow from front to back of device

l Monitoring of the fan’s, if one is failed – the left fan must set on 100% speed automatically


OUTPUT POWER (AT 230 V MAINS SUPPLY) 250 W with 40 Ω load

OUTPUT POWER (AT 24 V DC EMERGENCY POWER SUPPLY) 250 W with 40 Ω load

MAINS SUPPLY 230 V AC 50/60Hz +10% to -15%

EMERGENCY POWER SUPPLY 21.5 V DC to 28.5 V DC

FREQUENCY RESPONSE 50 Hz to 22 kHz ± 3dB

DISTORTION FACTOR < 0.3% at 1 kHz sine

SIGNAL-TO-NOISE RATIO 90 dB (A-weighted)

CHANNEL SEPARATION > 75 dB

EFFICIENCY AT MAXIMUM POWER > 80%

COLOR RAL 7016


RELATIVE HUMIDITY up to 90 % (non-condensing)


l LED status display for MAINS POWER; BATT POWER, CPU STATUS, SYSTEM FAULT



Fibre optic network switch (583392/593393)

Ethernet fiber optic switch for setting up an Ethernet network in loop topology for voice alarm systems with the following features:

l Suitable for single-mode fibers 9/125μm and 10/125 μm or Multi mode

l Performance features

l 6 Ethernet connections

l A relay for forwarding a trouble alarm Contact rating 24 V DC/1 A

l 2 duplex SC FOC connections

l Standards

l IEEE 802.3 10 Base-T

l IEEE 802.3u 100 Base-TX/FX

l IEEE 802.1p Priority Support

l IEEE 802.1d Spanning Tree Protocol

l IEEE 802.1w Rapid spanning Tree

l IEEE 802.1q VLAN Tagging

OPERATIONAL VOLTAGE: 1248 V DC

POWER CONSUMPTION: 6W

TRANSMISSION RATE:

14.880 pps with Ethernet port, 148.800 pps with fast Ethernet port

TRANSMISSION DISTANCE:

(FOC) to 30 km (single-mode)

AMBIENT TEMPERATURE: 0°C 60°C

PROTECTION RATING: IP 30 (housing)

DIMENSIONS: (W x H x D) 54 x 135 x 105 mm

Paging Microphones (583301.21)

Fully digital paging microphone (MIC) with electret microphone (cardioid characteristic) on a flexible 300 mm long gooseneck with the following functionalitiy:

l Integrated broadband loudspeaker for monitoring and previewing purposes as well as intercom functions

l Continuous acoustic monitoring of microphone capsule. Acoustic monitoring is not only used to check the functioning of the voice coil but also of the capsule

l 12 freely programmable buttons, which can be individually labeled

l 13 integrated and 12 freely programmable LED display elements including a combined operation and error display

l Digital transmission of control signals and all four audio signals to and from the digital paging MIC and the supply voltage via DAL link

l The paging MIC will be connected to the PAVA system controller via CAT 5E cable (screened) and RJ45 socket (up to 300 meters distance)

l Optional fiber optic connection for distances up to 2,000 meters

l RJ12 socket for connection with up to 6 expansion modules via daisy chain

l An audio input with 2 cinch sockets at the back of the digital call station for connecting an auxiliary device allows audio playback outside of the central control unit

l An audio output can be used for monitoring purposes or for audio distribution or recording

l In- and output are independent from the microphone and can be used simultaneously

l A 3 m long CAT5 standard connection cable for copper cabling is included as standard

MICROPHONE electret, cardioid characteristic

GOOSENECK 300 mm

FREQUENCY RANGE 100-15,000 Hz

LOUDSPEAKER - POWER 1 W

AUDIO INPUT 60W max.

NOMINAL LEVEL 0 dBu

MAX. LEVEL +6 dBu




AUDIO OUTPUT 21,5V DC to 28,5V DC

NOMINAL LEVEL 0 dBu




OUTPUT IMPEDANCE 180 Ohm

SAMPLE RATE 48 kHz

AD/DA CONVERTER 24 Bit

MAX. POWER CONSUMPTION 150 mA



Paging Microphone Expansion Module (583306.21)

Paging microphones expansion module with the following functionality

l Allows an extension of 18 extra freely programmable keys that can be labeled as well as 18 LED display elements

l Digital transmission of control signals to the digital paging MIC.

l The expansion module is supplied with 24 V DC by the digital paging MIC


-5°C to +55°C


10 11


Fireman’s Microphone (583303.21)

Fully digital Fireman’s microphone with handheld microphone and built-in loudspeaker for monitoring and previewing purposes and intercom functions in surface-mounted or flush-mounted housing with the following functionality:

l Continuous acoustic monitoring of microphone capsule. Acoustic monitoring is not only used to check the functioning of the voice coil but also of the capsule

l Five freely programmable buttons for the alarm

l One button for the all-clear signal

l One button for reset/acoustic

l Three integrated LED display elements (in operation, fault, busy)

l Digital transmission of control signals and all audio signals to and from the digital call station and the supply voltage via DAL link

l The Fireman’s MIC will be connected to the PAVA system in star-shaped topology via CAT 5 cable and RJ45 socket (up to 300 meters distance)

l Optional fiber optic connection for distances up to 2,000 meters

l Display window and locking mechanism in accordance with EN 54-11

l Enclosure to be coloured Red

MICROPHONE CHARACTERISTIC Handheld microphone, cardioid

FREQUENCY RANGE 200-12,500 Hz

LOUDSPEAKER - POWER 1 W

SAMPLE RATE 48 kHz

AD/DA CONVERTER 24 Bit

MAX. POWER CONSUMPTION 150 mA



COLOR Red RAL 3000

WEIGHT Approx. 2.0 kg

DIMENSIONS (H X W X D) 300 x 200 x 30 mm

Emergency power manager for VA/PA system (581721)

Emergency power supply unit to support PA/VA system racks to be supplied to support all CIE and battery back up in the event of a mains failure with the following functionality:

The emergency power manager is approved in accordance with EN 54-4/A2 standards

l Continuous monitoring of fuses

l Monitoring of battery charge power

l Monitoring of battery charge status

l LED displays for mains, battery, consumer load

l Temperature sensor

l Potential-free contacts for transmission of fault messages

l Battery capacity of up to 2 x 12 V / 150 Ah

l Maximum output current of 100 A in case of emergency power

Contact Interface Module (583341.21)

Interface module for connecting eight control contacts. The eight control contacts will be set via software configurations in any combination as potential input contacts and/or output contacts; four can be monitored.

Digital transmission of control signals and the supply voltage via TWI (two-wire interface).

CONTROL CONTACTSINPUT CONTACTMAX. INPUT VOLTAGE

+36 V DC

OUTPUT CONTACTCONTACT RATING 36 V DC/50 mA

SHORT-CIRCUIT PROOF FOR +24V 1 s


-5°C to +55°C


GPS time synchronization module (583387.21)

Module to all the PAVA system to be time synchronization by means of GPS signals. This allows accurately timed, automated announcements (e.g. bell systems in schools), time-controlled volume adjustments (e.g. reduced volume at train stations at night-time), or simply precise time-logging of announcements or trouble alarms.

The module will be connected to the VA/PA system directly using a standard CAT5 cable (max. 10m) and will be contained within one of the PA/VA racks to be supplied as part of this project.

A fault in the module or satellite reception is entered in the message list.

The GPS signal is transmitted to the receiver via the antenna and coaxial cable.

Graphical User Interface (GUI)

The Graphical User Interface is used to easily address zones, transmit and preview and voice announcements, and input and display text messages. It is operated by means of a graphical user interface which displays the individual object with the loudspeaker or display zones. The application can also be used by means of a touch screen, so it has a simple and clear design and saves on space. The GUI

will have the following functionality:The graphics are created simply and conveniently using a bitmap of the building.

A paging microphone will be required local to the GUI for voice announcements.

l Full-screen application, suitable for use via touch screen

l Graphical view (e.g. building layout) for zone selection and status display

l Zone display in table form with selection and status display

l LIVE announcements via PTT (press to talk) button on screen or paging microphone

l Record, preview and transmit announcements.

l Input text messages for display view

l Text display in conjunction with voice announcements

l Time-controlled text display, in intervals or loops

l Status display for each zone – assigned or error

l Several PC call stations on one TCP/IP LAN

l Project-specific Help function

Ambient Noise Sensing microphone

Dynamic microphone with cardioid-like directional characteristic, integrated tripod mount and clamp mounting for defining the room acoustics for automatic volume control.

DIRECTIONAL CHARACTERISTIC Cardioid

FREQUENCY RESPONSE: 60 Hz - 18 kHz

TRANSMISSION FACTOR: 2.5 mV/Pa

IMPEDANCE: 200 Ohm

Loop – Isolator – Module (LIM) – Loudspeaker Loops (583342)

Loop isolator module for setting up a short circuit and wire-break tolerant 100 V loudspeaker – loop wiring system. The modules monitor current in the loudspeaker loop. In the case of an overcurrent, they switch off the faulty section of the loudspeaker loop, for example in the event of a short circuit.

The faults in the line are displayed at the system controller and visual display modules. Each module has three two-pin terminals for connecting the loop and the loudspeaker. Wires with a cross section of up to 2.5 mm2 can be connected to the terminals. Additionally, a visual indicator of the operating status is displayed on the module.

The loop isolator module is fitted with a stable, compact IP66 housing.

OPERATIONAL VOLTAGE:

Directly via the 100 V loudspeaker line

POWER CONSUMPTION: 150 mW

AMBIENT TEMPERATURE: -20°C … 65°C

PROTECTION RATING: IP 66 (housing)

HOUSING DIMENSIONS (L X W X H):

LOUDSPEAKERS

114 x 114 x 57 mm

1312


LoudspeakersLoudspeakers shall be supplied for this project meeting the specifications detailed below as a minimum. All loudspeakers supplied shall be EN54-24 certified.

5” Ceiling Loudspeaker (LSC506)

EN54-24 certified voice alarm ceiling loudspeaker designed for flush fixing into suspended ceiling c/w fire dome. Note maximum spacing between ceiling loudspeakers shall not exceed 6M.

Technical Specification:ELECTRICAL

MAX POWER 9 W

RATED POWER 6 W

POWER TAPS @ 100V

6 W / 3 W / 1.5 W / 0.75 W

POWER TAPS @ 70V

3 W / 1.5 W / 0.75 W / 0.375 W

SPL AT 1W/1M (100 HZ - 10 KHZ ) 91dB

SPL AT 6W/1M (100 HZ- 10 KHZ ) 100dB

FREQUENCY RANGE (-10DB) 180 Hz - 20 KHz

DISPERSION ANGLE (1 KHZ /- 6DB) 175°

RATED INPUT VOLTAGE 100 V / 70 V

RATED IMPEDANCE 1.7k Ω / 3.3k Ω / 6.7k Ω / 13k Ω

CONNECTION Ceramic Terminal

MECHANICAL

DIMENSIONS Φ 181 mm × 129 mm

HOLE CUT-OUT SIZE Φ 155 mm

DIAMETER OF SPEAKER 5"

WEIGHT 1.29 kg

FRONT GRILL COLOR White (RAL9003)

DOME COLOR Red (RAL3000)

THERMAL FUSE 150°C

6” Ceiling Loudspeaker (LSC606/DC)

EN54-24 certified voice alarm ceiling loudspeaker designed for flush fixing into suspended ceiling c/w fire dome. Note maximum spacing between ceiling loudspeakers shall not exceed 6M.

Technical Specification:ELECTRICAL

MAX POWER 9 W

RATED POWER 6 W

POWER TAPS @ 100V

6 W / 3 W / 1.5 W / 0.75 W

POWER TAPS @ 70V

3 W / 1.5 W / 0.75 W / 0.375 W

SPL AT 1W/1M (100 HZ - 10 KHZ ) 91dB

SPL AT 6W/1M (100 HZ- 10 KHZ ) 100dB

FREQUENCY RANGE (-10DB) 180 Hz - 20 KHz

DISPERSION ANGLE (1 KHZ /- 6DB) 175°




MECHANICAL

DIMENSIONS Φ 222 mm × 129 mm

HOLE CUT-OUT SIZE Φ 195 mm

DIAMETER OF SPEAKER 6.5"

WEIGHT 1.57 kg


DOME COLOR Red (RAL3000)

THERMAL FUSE 150°C

DC BLOCKING CAPACITOR 2.2uF

6watt Surface Cabinet Loudspeaker (582470)

EN54-24 certified voice alarm surface mounted cabinet wall loudspeaker. Note maximum spacing between cabinet loudspeakers shall not exceed 6M.

Technical SpecificationELECTRICAL

MAX POWER 9 W

RATED POWER 6 W

POWER TAPS @ 100V

6 W / 3 W / 1.5 W / 0.75 W

POWER TAPS @ 70V

3 W / 1.5 W / 0.75 W / 0.375 W

SPL AT 1W/1M (100 HZ - 10 KHZ ) 91dB

SPL AT 6W/1M (100 HZ- 10 KHZ ) 98 dB

FREQUENCY RANGE (-10DB) 300 Hz ~ 15 KHz




MECHANICAL

DIMENSIONS Φ 170 mm x 170 mm x 63 mm

DIAMETER OF SPEAKER 4”

WEIGHT 1.56 kg


HOUSING COLOR White (RAL9003)

THERMAL FUSE 150°C

10 watt Sound Projector (582473)

EN54-24 certified voice alarm surface mounted sound projector. Note maximum spacing between projector loudspeakers shall not exceed 6M.


MAX POWER 20 W

RATED POWER 10 W

POWER TAPS @ 100V

10 W / 5 W / 2.5 W / 1.25 W

SPL AT 1W/1M ( 100HZ - 10KHZ ) 90 dB

SPL AT 10W/1M ( 100HZ - 10KHZ ) 98 dB

FREQUENCY RESPONSE (-10 DB)

150 Hz - 20 KHz


RATED IMPEDANCE 1 KΩ / 2 KΩ / 4 KΩ / 8 KΩ

CONNECTION Fire-resistant Cable

MECHANICAL

DIMENSIONS (D X L) Φ 140 mm x195 mm

WEIGHT 2.62 Kg

COLOUR White (RAL9003)

MATERIAL Aluminum

INGRESS RATING IP65

20 watt Sound Projector (582474)

EN54-24 certified voice alarm surface mounted sound projector. Note maximum spacing between projector loudspeakers shall not exceed 6M.


MAX POWER 30 W

RATED POWER 20 W

POWER TAPS @ 100V

20 W / 10 W / 5 W / 2.5 W

SPL AT 1W/1M ( 100HZ - 10KHZ ) 90 dB

SPL AT 10W/1M ( 100HZ - 10KHZ ) 101 dB

FREQUENCY RESPONSE (-10 DB)

150 Hz - 20 KHz


RATED IMPEDANCE

500 Ω / 1K Ω / 2K Ω / 4K Ω

MECHANICAL

DIMENSIONS (D X L) 140 mm x195 mm

WEIGHT 2.65 Kg

COLOUR (RAL9003)

MATERIAL Aluminum

INGRESS RATING IP65

20watt Bidirectional loudspeaker (582475)

EN54-24 certified voice alarm surface mounted bidirectional loudspeaker. Note maximum spacing between bidirectional loudspeakers shall not exceed 12M.


MAX POWER 30W

RATED POWER 20W (10W x 2)

POWER TAPS @ 100V

20W / 10W / 5W / 2.5W

SPL AT 1W/1M ( 100HZ -10KHZ ) 87 dB

SPL AT 20W/1M ( 100HZ -10KHZ ) 99 dB

FREQUENCY RESPONSE (-10DB) 150 Hz - 15 KHz


RATED IMPEDANCE 500 Ω / 1K Ω / 2K Ω / 4K Ω

MECHANICAL

DIMENSIONS Φ 140 mm x 195 mm

WEIGHT 3.23 kg


MATERIAL Aluminum

INGRESS RATING IP65


20watt Column loudspeaker (582476)

EN54-24 certified voice alarm surface mounted column loudspeaker. Note maximum spacing between column loudspeakers shall not exceed 12M.


MAX POWER 30W

RATED POWER 20 W

POWER TAPPING 20 W / 10 W / 5 W / 2.5 W

SPL AT 1W/1M ( 100HZ - 10KHZ ) 92 dB

SPL AT 20W/1M ( 100HZ - 10KHZ ) 103 dB

FREQUENCY RESPONSE (-10 DB) 300 Hz ~ 15 KHz


RATED IMPEDANCE 500 Ω / 1K Ω / 2K Ω / 4K Ω

MECHANICAL


WEIGHT 3.75 Kg


MATERIAL Aluminum

INGRESS RATING IP65

40watt Column loudspeaker (582477)

EN54-24 certified voice alarm surface mounted column loudspeaker. Note maximum spacing between column loudspeakers shall not exceed 12M.


MAX POWER 60 W

RATED POWER 40 W

POWER TAPPING 40 W / 20 W / 10 W / 5 W

SPL AT 1W/1M ( 100HZ - 10KHZ ) 94 dB

SPL AT 20W/1M ( 100HZ - 10KHZ ) 108 dB

FREQUENCY RESPONSE (-10 DB) 300 Hz ~ 15 KHz


RATED IMPEDANCE 250 Ω / 500 Ω / 1K Ω / 2K Ω

MECHANICAL


WEIGHT 5.75 kg


SPEAKER SIZE 4” x 4

MATERIAL Aluminum

INGRESS RATING IP65

ZONE NUMBER AREA / DESCRIPTION NOTE

Appendix 1: Schedule of Fire Evacuation Zones

16


Appendix 2: Schedule of PA Zones

PA ZONE AREA / DESCRIPTION NOTE

Appendix 3: Schedule of Paging and Fireman’s Microphones

PAGING MIC (NO) AREA / DESCRIPTION FIREMAN'S MIC (NO) AREA / DESCRIPTION

Honeywell Life Safety Systems

Tel: +44 (0) 116 246 2000

Fax: +44 (0) 116 246 2300

Email: [email protected]

140 Waterside Road

Hamilton Industrial Park

Leicester

LE5 1TN

www.honeywell.com

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