Flame

• Low profile shape
• Solar blind with electronic filter to prevent false alarms
• High immunity to electrical noise and RF interference

• Suitable for non-hazardous areas
• Triple IR spectrum for longer distance detection & high false alarm immunity
• Typical applications include warehouses, waste disposal facilities & storage facilities

• Approved to ATEX by DNV for explosion-proof applications
• Choice of UV/IR or Triple IR spectrums
• Typical applications include offshore oil & gas, petrochemical & storage tanks

• Class 1 performance with range up to 25m
• Robust and slim design
• Approved by LPCB & VdS

• Unaffected by convection currents, draughts or wind
• Tolerant of fumes, vapours, dust and mist
• Responsive to a flame up to 25 m away

• 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

• Sensitive to low-frequency, flickering infra-red radiation
• Operates with Apollo XP95 or Discovery digital protocol
• Discriminates between flames and spurious radiation sources

• Detects low-frequency flickering infrared radiation
• Operates effectively even with contaminated lens
• Compatible with Apollo XP95 and Discovery protocols

• ATEX certified for use in hazardous areas
• High sensitivity with class 1 detection capability
• Compatible with Discovery and XP95 protocols

• ATEX certified for hazardous environments
• Compatible with Discovery and XP95 protocols
• 90º field of view with up to 40 m coverage

• Dual wavelength and flicker frequency sensing for false alarm reduction
• 100-degree supervision angle with 17m coverage at full angle
• 360-degree omni-ring LED indication with self-test glass contamination monitoring

• Detects hydrocarbon and non-hydrocarbon fuel fires in all environmental conditions
• Wide operating temperature range
• Arc welding immunity

The Marine Series 65 Base Mounted UV Flame Detector is designed to protect internal areas where flaming fires might be expected, detecting UV radiation that is emitted by flames.