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Kidde Global Solutions

Beam Detection.

A beam smoke detector analyses a laser generated by a transmitter to detect smoke — either Reflective (transmitter and receiver in one unit) or End-to-End (in two separate units). One single detector can cover up to 120 meters, ideal for large open areas.

Reflective or End-to-End configurations

Up to 120 meters from a single detector

Ideal for large, open areas

Addressable options for zone integration

Coverage up to 120 meters, from a single detector.

Well suited to hotel lobbies, warehouses, airport terminals and other large open spaces where point detection falls short.

Product Catalog

Choose your beam solution.

Four configurations, one technology — matched to the range, environment and integration your project needs.

Reflective Beams

FireRay One — transmitter and receiver in a single unit, pointed at a reflector.

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One-to-One Beams

FD310 — end-to-end detection, 5 to 120 meters range.

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Explosion-Proof Beams

3000-115 — Exd certified for hazardous areas, 5 to 80 meters, configurable per detector set.

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Addressable Beams

Zone-integrated beam detection for full-range addressable systems.

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Beam smoke detection for large open spaces

A beam smoke detector projects an infrared beam across a space to a receiver or reflector. When smoke crosses the beam and weakens the signal, the detector raises the alarm. A single beam detector can monitor a long line across a large space, so far fewer devices are needed than with point detectors.

Beam detection suits atria, shopping malls, warehouses, sports halls, churches and other high or wide spaces with open ceilings. In Europe, optical beam smoke detectors are certified to EN 54-12. Correct alignment and a stable mounting surface matter, and our team can advise on design.

Related: Aspirating smoke detection · Addressable fire detection · All fire detection and security systems

Frequently asked questions

How far can a beam smoke detector cover?

Coverage depends on the model. Many beam detectors protect distances of tens of metres, and some cover up to around 100 metres, so one detector can replace many point detectors.

Can building movement cause false alarms with beam detectors?

Modern beam detectors tolerate slow building movement and compensate automatically. Correct alignment and a stable mounting surface still matter.

How does a beam smoke detector work?

A transmitter sends an infrared beam across the space to a receiver or reflector. Smoke in the path weakens the beam, and when the weakening passes the set level the detector raises an alarm.

What mounting height and spacing does a beam detector need?

The design engineer sets them for the room and the model, following EN 54-14 or the local code and the manufacturer's data. High ceilings are exactly where beam detectors are used.