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Specialist Detection Products

flame fire detector

Eurotech Conventional Dual Band IR Flame Detector (EVC-IR)

The EVC-IR uses both Dual Wavelength and flicker frequency sensing techniques for maximum false alarm reduction and sensitivity to real flaming fires.

EVC-PY-IS

Eurotech Conventional Intrinsically Safe Optical Detector (ECV-PY-IS)

ECV-PY-IS Intrinsically Safe Optical Detector

[PremiumWh]-FireBeam4080

FIREBeam Mid-Range Distance Kit (40-80m)

Designed to cover distances between 40 and 80 metres, the Fire Beam Mid-Range Kit is a clear acrylic plate with 3 extra reflectors attached. Simply add the Single Reflector that is provided with the standard Fire Beam into the spare space on the plate using the screws provided.

For your convenience, the plate is pre-drilled to suit the universally popular Unistrut system. If you need to fit a Fire Beam Head Unit into a position where it is not possible to screw into then you may wish to use the Adaptor Plate.

 

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FIREBeam Range Extension Kit (80-100m)

Additional reflector kit to increase the range of the standard item, includes 4 prism reflectors on a mounting plate.

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FIREBeam Reflective Optical Beam Smoke Detector (with Controller and Reflector)

High level beam detection has always been a cost effective way to offer detection over large open areas; however, owing to building movement and high level access requirements for maintenance purposes; it has proved unreliable and expensive to service. The Fire Beam has been specifically designed to overcome these problems using advanced technology; enabling optical beam detection to be used with complete confidence.

So what is this advanced technology?

The Fire Beam will self-align itself to the centre of the reflector whilst commissioning and will automatically keep its alignment when building movement occurs. This advanced intelligent motorisation results in saving time, resources, reputations and ultimately money. The Fire Beam comes complete with a low level controller, ensuring all service and maintenance functionality is easily accessible.

Key Features:

  • Very Low Power: using only 3.5mA any state opens up a whole world of options. In some cases you can loop power the beam, for instance using an Apollo xp95 mini switch monitor allows you do just that and turns the conventional Fire Beam into an addressable unit.
  • IP65: means no ingress whatsoever making The Fire Beam ideal for environments, such as food processing halls, as it can be hosed down. IP65 also means nasty little creatures can’t set up home inside and jeopardise the effectiveness of the detector.
  • Easy Clean Lenses: The Fire Beam has been designed to be easily cleaned due to its flat surfaces. Unlike other beams all the moving optics are safely encased inside the waterproof enclosure so you won’t accidentally knock the beam out of alignment. This means The Fire Beam can easily be cleaned from ground level using something like a no-climb pole and suitable attachment.
  • Hysteresis: Changing the hysteresis will change the delay in returning from a fire state back to a normal state. For example, the beam is factory set at 15% so if the beam falls into fire at 65% (35% threshold) it has to recover 15% to 80% before it returns to normal. This action prevents small fluctuations in returned signal causing the beam to fall in and out of a fire state. This can be adjusted to anywhere between 1% and 40%. The hysteresis can simply be adjusted from this new menu option.
  • Beam Phasing: It is possible that beams that face each other will cause problems as their sample rates could coincide and result in unreliable readings, meaning false auto-alignment and unreliably in service. With the introduction of phasing it is now possible to mount beams facing each other with reflectors in-between. There are up to 7 different sampling rates to choose from, alleviating any cross talk problems.
  • Auto-Align Time Delay: Again this facility is useful in environments that are liable to occasional short term obscuration. Pre-set at 4 hours this can be altered to anywhere between 0 to 12 hours if required, to allow the environment to clear.
  • Multi Language Support: The Fire Beam Plus has the ability to display seven different languages: English, German, Spanish, French, Italian, Dutch, and Czech.
EMSxx

Integra Emergency Microphone Station

The EMS01 Emergency Microphone Station is an EN54 compatible emergency microphone which provides All-Call functionality for making live emergency announcements to entire facilities. The microphone provides EN54 compliant emergency functions and all EN54 mandatory indicators and controls.

The microphone is housed in a lockable wall-mounting box and features a graphic LCD display together with indicators for ‘Power’, ‘Voice Alarm’, ‘System Fault’,
‘Fault’ and ‘Speak Now’. The LCD display provides remote access to the list of active faults in the PA/VA system, while the EN54 mandated control keys enable navigation through the fault list, and also provide remote fault acceptance and clearance.

The EMS01 has multiple PA/VA system interfaces. It can be connected directly to either one or two of our audio routers, enabling multiple options for system redundancy. The EMS01 will operate in an All-Call hardware bypass safety mode even in the event of processor failure within the host Voice Alarm Router.

There is also a licensed non-EN54 RJ45 Ethernet IP interface with Power over Ethernet capability for VoIP connections to our IP based PA/VA systems. All interconnect cabling and the microphone capsule is continuously monitored foropen and shortcircuits.

Top, bottom and rear cable entry points are provided by means of ‘knock-outs’ in the enclosure, while the field connections are provided by means of a set of terminals on the inside rear panel of the back box.

The EMS01 is compatible with our whole range of Voice Alarm and Public Address systems, and is designed to comply with EN54-16, ISO 7240-16 and BS5839-8. Versions with multiple PA/VA zone select buttons are also available for applications which require this.

MPSXX

Integra Microphone

The MPS01 Modular Paging and Emergency Microphone is a powerful and flexible paging microphone which can provide live, store-and-forward, and recorded message broadcast into user selected zones, and also provides EN54 compliant emergency functions and all EN54 mandatory indicators and controls.

The unit consists of a sloping desk console with a flexible gooseneck paging microphone, graphic LCD display, silent operation ‘Touch to Talk’ touch pad PTT button, and a rotary selector touch control. PA zone selection is provided using the rotary selector and graphic LCD display. There is also a VU bargraph which displays the microphone signal level.

The MPS01 has multiple PA/VA system interfaces. It can be connected directly to either one or two audio routers, enabling multiple options for providing system redundancy. The MPS01 will also operate in an All-Call hardware bypass mode in the event of processor failure within a host Voice Alarm router. All interconnect cabling and the microphone capsule is continuously monitored for open and short circuits.

As well as the main microphone gooseneck, there are 3.5mm jack plug connections for an auxiliary audio input, such as for background music, and for connection of a microphone headset. A general purpose local contact input and output enables use with PTT foot switches
and external speak now indicators.

The unit can be fitted with a uSD card to hold user recorded or pre-recorded audio messages, and custom user chimes, and can be used to replay these messages over the PA system. A speaker is provided on the underside of the console, and this enables preview of the locally stored DVA messages, and also enables remote PA zones to be listened to.

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Integra Voice Alarm

The INTEGRA all-in-one network enabled voice alarm solution is available with up to ten channels of amplification. The unit has 12 audio inputs and internal storage for up to 64 recorded messages. With a maximum power of 2000W, integrated audio-over-IP networking, powerful audio processing, and integrated battery supply all in a wall-mount enclosure.

Up to 32 INTEGRA can be linked over IP to enable broadcasts from any location to any combination of zones in large decentralised systems. Ethernet switches enable a voice alarm compliant ring network topology. INTEGRA and the rack mount equivalent VIPEDIA-12 interoperate seamlessly. Each INTEGRA can process up to 6 concurrent audio channels.

Multiple variants are available, from 3 to 10 channels of amplification. Each individual amplifier can deliver up to 500W, with a total maximum overall load on one INTEGRA of 2000W.

Each amplifier provides dual isolatable A and B loudspeaker circuits and supports both DC and Impedance line surveillance.

INTEGRA supports MPS and EMS paging microphones. Two of the twelve microphone inputs provide hardware bypass to ensure continued all-call Emergency microphone operation even if the INTEGRA router’s DSP or CPU have failed. Up to 64 monitored recorded messages can be stored internally, with a total duration of up to 40 minutes.

Powerful DSP based audio processing include input dynamics, individually adjustable digital output delay of up to 5 seconds, and 10 band parametric equalisation.

The unit also includes 12 general purpose control inputs,12 general purpose control outputs and two relay outputs. Inputs are typically used to interface INTEGRA to the Fire Alarm System. Control capability can be expanded to more than 100 GPIO connections using the BMB01 unit if required.

[PremiumWh]IR²-Flame-Detector---Intrinsically-Safe-(IS)

IR² Flame Detector - Intrinsically Safe (IS)

These flame detectors give high immunity to false flame sources. They have internal self-test sources that check the detector’s operation when remotely instructed.

They can operate on a conventional 2-wire (14-28 Vdc) fire systems or 4-20 mA process control systems. Relay contacts are also available for fire and fault signals. The detectors’ operating modes can be user selected giving a choice of alarm currents, response times, latching or non-latching outputs and sensitivity.

The detectors have a maximum ambient operating temperature of 55 °C.

Key Features

  • High immunity to false sources
  • For applications with visible light present
  • Detects invisible flames from fuels such as Hydrogen and other inorganic fuels
  • Selectable response speed
  • Optical self-test
  • Low power consumption
  • Approved to EN54-10: 2002

Applications

  • Aircraft Hangars
  • Coal Handling
  • Fume Cupboards
  • Printing
  • Spray Booths
  • Textiles
  • Waste Handling
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Flameproof (Exd) IR² Flame Detector

Flameproof (Exd) IR² Flame Detector

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IR² Flame Detector -- Stainless Steel

IR² Flame Detector | Stainless Steel

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