Notifier FD Series Single UV - Manual (Page 2)

Considerably reduce false alarms with the
FD Series Single UV flame detector. A
precisely tuned spectrum of radiation must
be recognized and confirmed by the
advanced UV sensor to initiate a fire
condition, yet it is immune to incandescent
or fluorescent lighting, heaters or sunlight.
The FD Series Single UV (ultra-violet) flame
detector delivers high performance detection
designed to meet the strict industry performance
requirements. The FD Series Single UV is
designed for simple installation and lower
maintenance costs while delivering superior safety
performance.
Enclosed in a rugged, explosion-proof housing,
the FD Series Single UV uses the latest in
microprocessor and UV sensor technology.
Versatile configurations and user-defined settings
make the FD Series Single UV flame detector
ideal for a wide variety of applications. Built-in
testing routines ensure continuous, round the
clock protection for facilities.
Reliable Operation
• Does not react to incandescent or
fluorescent lighting, heaters or sunlight
• False alarms are virtually eliminated
• Wide coverage per detector
• 120° field of view
Cost Effective
• Reduces maintenance tasks
Easy to Use
• Simplified installation and alignment
• Flexible
installation
• User programmable sensitivity and time
delay settings
• Adjustable, no-tool swivel mount
Durable Housing
• Tolerant to high temperatures and humidity
levels
Versatile Design
• Connect indoors or out, directly or up to
2000 feet away
• Multiple output configurations available
• Suitable for hazardous locations
• Adapt to different locations, conditions and
activities
• Connect to a wide variety of equipment
FD Series Single UV
detector delivers hig
designed to meet th
requirements. The F
designed for simple
maintenance costs
performance.
Enclosed in a rugge
the FD Series Single
microprocessor and
Versatile configuratio
make the FD Series
ideal for a wide varie
testing routines ens
clock protection for
p to
ble
ns and
ent
FD Series Single UV.indd 2 4/20/2009 10:22:38 AM