The Talentum® story began when inventor Andrew Broadbent’s father; a textile supervisor, felt that the local fire service was becoming too permanent a fixture in his workplace. Traditional smoke detectors couldn’t cope with the dusty mill environment which resulted in frequent false alarms. This presented a real risk of distracting the fire service from emergencies, or creating a ‘cry wolf’ scenario where the alarm would not be taken seriously.
Andrew knew that the first evidence of a fire in a textile warehouse would be a spark, not smoke, so he developed the world’s first rear-viewing infrared device for flame detection. Able to detect a flicker within 27 milliseconds, it also happens to be the world’s fastest.
Talentum® Quick Facts
- Available for indoor and outdoor areas
- Flame-proof, explosion-proof and high ambient temperature options
- Internal self-test capability giving the highest immunity to false-flame sources
- Detects invisible flames from fuels such as Hydrogen and other inorganic fuels
- Immune to the effects of wind, draughts and sunlight
Where Talentum® Performs
Talentum® is perfect for environments and industries where steam, smoke and dust are commonplace. Visit our news page to read about some real life implementations in the following environments:
- Aircraft Hangers
- Aeronautical Repair
- Bed Fillings
- Biomass Storage & Handling
- Chemical Plants
- Coal Handling and Milling
- Compressor Stations
- Dust Collection & Filtration
- Engine Rooms
- Felt Manufacture
- Fuel Loading Racks
- High Voltage Equipment
- LNG/LPG Production
- Military & Marine
- Nuclear and Non-Nuclear Power Plants
- Pharmaceutical Production
- Spray Booths
- Storage Tanks
- Waste Recycling
"An optical flame detector senses the heat and light produced by a flame"
Using infra-red (IR) sensing technology flames can be detected through such elements as dust, steam and smoke; they are also immune to the effects of wind or draughts of air. With the addition of an ultra-violet (UV) sensor a flame detector becomes highly immune to false signals such as sunlight. The optical sensors within the detector receive the IR and/or UV radiation emitted by the flames. The processor within the detector analyses the optical sensor signal waveforms and determines if they represent flames and if so accepts them. If the signals do not match the internal algorithms for flames then they are considered to be false sources and rejected.
Click the links below to see our range of flame detectors:
FFE is committed to helping partners and installers to grow their businesses. By doing so we know we’ll help to keep even more people and properties safe from the devastating personal, and commercial, effects of fire.