Flame Detection

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Ultra Violet Infra-Red (UV/IR²) Flame Detectors
Ultra Violet Infra-Red (UV/IR²) Flame Detectors
These detectors give the highest immunity to false alarms. They are sensitive to flickering, low frequency (1 to 15Hz) infra-red (IR) radiation along with ultra-violet (UV) emitted by flames during combustion.
The detector has a ultra-violet (UV) sensor and two infrared (IR) sensors that respond to different wavelengths from both the ultra-violet (UV) and the infra-red (IR) spectrum. False alarms from flickering sunlight, arc welding and lightning are eliminated by a combination of ultra-violet (UV) and dual infra-red (IR) signal processing techniques.They are ideal for indoor or outdoor applications.
Applications:
Refineries
Generators
Compressor Stations
High Voltage Equipment
Power Plants
Chemical Plants
Tunnels
Nuclear Power Plants
Storage Tanks
Engine Rooms
Aircraft Hangers
Pharmaceutical Production
Military & Marine
Petrochemical
LNG/LPG Production
Dual Infra-Red (IR²) Flame Detectors
Dual Infra-Red (IR²) Flame Detectors
These detectors are sensitive to flickering, low frequency (1 to 15Hz) infra-red (IR) radiation emitted by flames during combustion.
Should the lens become contaminated by a layer of oil, dust, water, vapour or ice, the unit will remain an effective flame detector.The detector has two infra-red (IR) sensors which respond to different infra-red (IR) wavelengths in order to discriminate between flames and spurious sources of radiation. They are ideal for applications where visible light is present.
Applications
Compressor Stations
Chemical Plants
Tunnels
Waste Recycling
Nuclear Power Plants
Engine Rooms
Spray Booths
Pharmaceutical Production
Military & Marine
Coal Handling
Printing
LNG/LPG Production
Triple Infra-Red (IR³) Flame Detectors
Triple Infra-Red (IR³) Flame Detectors
These detectors have high immunity to false alarms. They are sensitive to flickering, low frequency (1 to 15Hz) infra-red (IR) radiation emitted by flames during combustion.
They will continue to function under the most difficult of conditions, even if the lens is contaminated by a layer of oil, dust, water, vapour or ice. The detector has three infrared (IR) sensors which respond to different infra-red (IR) wavelengths in order to discriminate between flames and spurious sources of radiation. They are ideal for indoor or outdoor applications.
Applications
Refineries
Compressor Stations
Fuel Loading Racks
Chemical Plants
Tunnels
Waste Recycling
Pharmaceutical Production
Military & Marine
Coal Handling
Printing
Biomass Storage & Dandling
LNG/LPG Production
Waste Recycling
Nuclear Power Plants
Storage Tanks
Engine Rooms
Spray Booths
Specialist Application Flame Detectors
Specialist Application Flame Detectors
Intrinsically Safe Flame Detectors
Single IR Rear Viewing Flame & Spark Detectors
The Single Infra-Red (IR) Spark Detector responds to low frequency (1 to 15 Hz.) flickering IR radiation emitted from sparks and other hot objects during combustion. IR flame flicker techniques enable the sensor to operate through a layer of oil, dust, water vapour, or ice. Most IR spark sensors respond to 4.3μm light, emitted by hydrocarbons. By responding to 1.0 to 3.0μm light emitted by sparks, early stage fires can be rapidly detected. The single IR photoelectric detector responds to IR wavelengths, emitted from glowing embers and sparks and is ideal for these applications. The combination of filters and signal processing allows the sensor to be used without risk of false alarms on dark machinery and ductwork.
Accessories