/Beam Detection System
Beam Detection System2020-04-08T07:52:01+01:00

Beam Detectors are a price-effective answer to fire protection for large or high spaces, where regular smoke detectors can be uneconomical and ineffective.

We have inventory of a massive selection of beam detectors for use in a vast selection of installations, with equally addressable and conventional fire systems, including infrared and optical beam detectors.

Regardless of Beam detector whether you need to have a one substitute detector, a Transmitter & Receiver bundle or an end-to-end method, we asure to carry beam detectors that will fit your needs.

Our selection covers everything from auto aligning to reflector beam detectoion system, in ranges from 5 to 120m, and all from the best companies in the industry

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  • New Revised Optics: This new design incorporates all the leading features we have honed over the years and with the latest advanced components we have produced a VdS approved fully compliant to EN 54-12:2015 beam detector that out performs all other beams in the market place. Five Times Faster: We have designed completely new linear stepper motors which have resulted in amazingly fast commissioning and routine maintenance. Under test conditions at 40 metres we recorded an auto-align time of 3m02s using the Fire Beam straight out of the box. Once aligned a routine re-alignment was timed at just 1m07s. This is class-leading performance not only in terms of speed but also in terms of advanced robust design built for precise purpose. Multi Language Support: The Fire Beam Xtra has the ability to display seven different languages: English, German, Spanish, French, Italian, Dutch, and Czech. A feature that is welcomed by our ever increasing international customers as we now sell to 62 countries around the world. Auto-Align On/Off: Although rarely needed, this facility allows you to turn off the auto-alignment in normal service, should the environment be liable to occasional contamination (such as theatres with fake smoke). As motorised beams work by seeing the reflector, if they are unable to because of unavoidable obscuration they can fall out of alignment when trying to find the obscured reflector. The Fire Beam Xtra will remain in perfect alignment in these environments simply by not trying to re-align itself. Auto-alignment will still continue to work in commissioning modes. This facility is best suited to beams that are mounted on solid surfaces that are not susceptible to building movement at all. For buildings that are liable to movement (such as metal warehouses) we have also built in a new delay function that can be used instead (see below). Auto-Align Time Delay: Again this facility is useful in environments that are liable to occasional short term obscuration. Adding a delay means that the beam will not check for alignment if the received signal drops for a predetermined time. Pre-set at 4 hours this can be altered to anywhere between 0 to 12 hours if required, to allow the environment to clear. 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. 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. Up to 160 Metre Range: With new enhanced optics you can cover distances up to 160 metres, meaning for distances over 100 metres you no longer need to use two beams, saving both time and money. 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.
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  • 12 and 24V operation Explosion Proof Transmitter and Receiver Units. Low level Safe Area electronics Selectable sensitivity levels Low current consumption Self-check and automatic compensation Robust metal construction Ideal for the protection of large enclosures within hazardous areas in petrochemical plants, oil rigs, ordnance stores.
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  • II 2 GD Ex db op is IIC T6 Gb Ex tb IIIC T85°C Db Ta = 20°C to +55°C; 12 and 24V operation Explosion Proof Transmitter and Receiver Units Low level Safe Area electronics Selectable sensitivity levels Low current consumption Self-check and automatic compensation Robust metal construction Ideal for the protection of large enclosures within hazardous areas in petrochemical plants, oil rigs, ordance stores; The Fireray® 3000 Exd is ideally suited for the protection of large areas, with potentially explosive atmospheres, against smoking fires. The Fireray® 3000 Exd optical beam smoke detector, together with a battery backed power supply, can be connected to a zone of a conventional fire alarm control panel or interfaced to an analogue addressable system via an addressable input module or a zone monitor module.
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  • Separate Transmitter and Receiver Heads Range 5 to 120 metres, configurable per set of Detectors Integral Laser Alignment in Receiver 2-wire Interface between Controller and Receiver Single and Twin Detector options Separate Fire and Fault Relays per Detector Low Level Controller with LCD display Programmable Sensitivity and Fire Threshold Automatic Gain Control (AGC) for drift compensation First Fix concept for Transmitter, Receiver and Controller Multiple cable gland knockouts for ease of wiring Optional Transmitter powering from Controller 5-year Warranty
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  • Up to 2 optical beam detectors per system controller Easifit Fix System Ground Level Control Laser Assisted Alignment Auto-Optimise Beam Alignment Contamination Compensation Building Shift Compensation Approved to EN54:12 and UL268
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  • Up to 2 optical beam detectors per system controller Easifit Fix System Ground Level Control Laser Assisted Alignment Auto-Optimise Beam Alignment Contamination Compensation Building Shift Compensation Approved to EN54:12 and UL268
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  • 5 to 100 m range Automatic compensation Automatic signal strength adjustment Emitter unit can be powered directly from zone (or loop) Features a Latching or Non-Latching Fault Relay Can be interfaced onto ESP system via a CHQ-DZM or CHQ-SZM Full line continuity options Approved by LPCB & VdS
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  • Combined transmitter and receiver unit Unique servo-operated test filter (6500RS) Range 5-100m 4 x fixed sensitivity/threshold levels 2 x automatic variable sensitivity modes Operates in the Infra-red light spectrum Numerical indicators to aid beam alignment Standby, fault and alarm LED indicators visible from the front and bottom Automatic drift compensation Complies to EN54-12:2002 Extended warranty
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  • Combined transmitter and receiver unit Unique servo-operated test filter (6500RS) Range 5-100m 4 x fixed sensitivity/threshold levels 2 x automatic variable sensitivity modes Operates in the Infra-red light spectrum Numerical indicators to aid beam alignment Standby, fault and alarm LED indicators visible from the front and bottom Automatic drift compensation Complies to EN54-12:2002 Extended warranty
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  • Combined transmitter and receiver unit Range 10-100 metres using the long range reflector kit 4 x fixed sensitivity/threshold levels 2 x automatic variable sensitivity modes Operates in the Infra-Red light spectrum Numerical indicators to aid beam alignment Standby, fault and alarm LED indicators visible from the front and bottom ±10° horizontal and vertical beam alignment Automatic drift compensation Loop powered Complies to EN54-12 Extended Warranty
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  • 5 – 100m operating range, designed for the protection of buildings such as shopping centres, heritage buildings, warehouses and other structures with large open spaces Easy set-up and calibration with visual aids for both coarse and fine adjustment Loop powered with built in isolation for system mapping Utilizes the advanced Opal digital protocol whilst remaining backward compatible with existing Notifier system The NFXI-BEAM-T Beam Detector features a unique remote test capability that fully tests both the optics and the electronics of the device. This means there’s no need to hire a platform to give high level access to the device in testing. Two automatically variable sensitivity modes compensate for short term environmental changes Automatic drift compensation compensates for long term sensitivity changes caused by environmental factors Four fixed sensitivity level
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