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Key Features: Unrivalled black body rejection over a wide range of source temperatures Triple waveband infrared solar blind flame detection for optimum false alarm immunity Discrimination of optical faults (dirty windows) from other faults in the built-in self-test Range adjustable to 50 metres for a 0.1m2 n-heptane pan fire -
Unrivalled black body rejection over a wide range of source temperatures Triple waveband infrared solar blind flame detection for optimum false alarm immunity Discrimination of optical faults (dirty windows) from other faults in the built-in self-test Range adjustable to 50 metres for a 0.1m2 n-heptane pan fire
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Unrivalled black body rejection over a wide range of source temperatures Triple waveband infrared solar blind flame detection for optimum false alarm immunity Discrimination of optical faults (dirty windows) from other faults in the built-in self-test Range adjustable to 50 metres for a 0.1m2 n-heptane pan fire
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Unrivalled black body rejection over a wide range of source temperatures Triple waveband infrared solar blind flame detection for optimum false alarm immunity Discrimination of optical faults (dirty windows) from other faults in the built-in self-test Range adjustable to 50 metres for a 0.1m2 n-heptane pan fire
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Dual IR detector High specification units for critical applications IP65 Housing Low current consumption 2 Wire, 4 - 20 mA and relay operation Latching and non-latching operation High / Low sensitivity setting Tolerance to detector window contamination Remote self-test facility Microprocessor controlled Immunity to false sources (arc welding, lightning and static) Conforms to EN54: Part 10
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UV / Dual IR detector High specification units for critical applications IP65 Housing Low current consumption 2 Wire, 4 - 20 mA and relay operation Latching and non-latching operation High / Low sensitivity setting Tolerance to detector window contamination Remote self-test facility Microprocessor controlled Immunity to false sources (arc welding, lightning and static) Conforms to EN54: Part 10
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Unrivalled black body rejection over a wide range of source temperatures Triple waveband infrared solar blind flame detection for optimum false alarm immunity Discrimination of optical faults (dirty windows) from other faults in the built-in self-test Range adjustable to 50 metres for a 0.1m2 n-heptane pan fire
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Unlike UV and UV/IR detection, not blinded by oil mist in machinery spaces Reduces cabling, no interface required No additional power source required Easy installation uses a common plug in base for smoke and heat detectors Can be used on all vessels as fully marine approved
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ATEX & IECEx Type Approved ATEX Code: Ex II 1G Classification: Ex ia IIC T5 Ga (-20?C ? Ta ? +55?C) Bi-directional wireless communication Certified to EN54 Up to 3-year battery life 5-year product warranty Uses standard low-cost lithium battery Quick and safe installation
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ATEX & IECEx Type Approved ATEX Code: Ex II 1G Classification: Ex ia op is IIC T5 Ga (-20?C ? Ta ? +55?C) Bi-directional wireless communication Certified to EN54 Up to 3 year battery life 5 year product warranty Uses standard low cost lithium battery Quick and safe installation
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ATEX Code: Ec II 1G Classification: Ex ia op is IIC T5 Ga (-20?C ? Ta ? +55?C) Bi-directional wireless communication Certified to EN54 Up to 3 year battery life 5 year product warranty Uses standard low cost lithium battery Quick and safe installation
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Detects a wide range of fires. Insensitive to wind. Transient voltage protection. Fine gauze insect protection. Simple construction allows detection chamber to be cleaned. Lockable security fitting. Must be connected to a suitable safety barrier and protocol translator. Responds well to slowburning, smouldering fires Well-suited to escape routes Unaffected by wind or atmospheric pressure
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Rate of rise and fixed temperature alarm point. Single thermistor technology. Transient voltage protection. Resettable operation. Lockable security fitting.
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Detects super heating and flaming combustibles. Dual chamber technology. Wind resistant smoke inlets. Transient voltage protection. Fine gauze insect protection. Lockable security fitting. Must be connected to a suitable safety barrier and protocol translator.; -20°C to +70°C (T5) -20°C to +45°C (T4) -20°C to +60°C
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Loop-powered Sensitive to flickering IR radiation Detects through films of oil, dust, water and ice Responds to flickering flames, including those invisible to the naked eye False alarms due to lighting or flickering sunlight are minimised Compatible with Discovery and XP95 protocols
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Loop-powered Sensitive to flickering IR radiation Detects through films of oil, dust, water and ice Responds to flickering flames, including those invisible to the naked eye False alarms due to lighting or flickering sunlight are minimised Compatible with Discovery and XP95 protocols
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Sensitive to flickering IR radiation Detects through films of oil, dust, water and ice Responds to flickering flames, including those invisible to the naked eye Compatible with Discovery and XP95 protocols Remote optical self-test function 90° field of view Up to 40m coverage
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Responds to stationary flames with no flicker Sensitive to UV radiation emitted by flames during combustion Compact flame detector which fits into Discovery or XP95 bases Loop-powered
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Responds to stationary flames with no flicker Sensitive to UV and low-frequency flickering IR radiation emitted by flames during combustion Compact flame detector which fits into Discovery or XP95 bases Loop-powered False alarms due to electrical discharges from lightning or arc welding and flickering sunlight are minimised
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Sensitive to flickering IR radiation Detects through films of oil, dust, water and ice Responds to flickering flames, including those invisible to the naked eye Compatible with Discovery and XP95 protocols Remote optical self-test function 90° field of view Up to 40m coverage
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Responds to stationary flames with no flicker Sensitive to low-frequency flickering IR radiation emitted by flames during combustion Compact flame detector which fits into Discovery or XP95 bases Loop-powered False alarms due to factors such as flickering sunlight are avoided by a combination of filters and signal processing techniques
