IPES-IR/UV Flame Detector
80010-001 R07
Operating Manual
Page 5 of 29
Revised 10/21/2013
Standards
Flame
Response
Sensitivity
TITLE
AUTHOR
‐
NUMBER
DATE
National
Fire
Alarm
Code
ANSI/NFPA
72
2002
Radiant
Energy
‐
Sensing
Fire
Detectors
for
Automatic
Fire
Alarm
Signaling
ANSI/FM
‐
3260
2004
Radiant
Energy
‐
Sensing
Fire
Detectors
for
Automatic
Fire
Alarm
Signaling
FM
Approvals
‐
3260
2000
Electrical
Equipment
For
Use
In
Hazardous
(Classified)
Locations
–
General
Requirements
FM
Approvals
–
3600
1998
Explosion
proof
Electrical
Equipment
–
General
Requirements
FM
Approvals
–
3615
2006
Flame
Detectors
ULC/ORD
‐
C386
1990
Standard
for
Smoke
Detectors
for
Fire
Alarm
Systems
CAN/ULC
‐
S529
2002
Threaded
Conduit
Entries
CSA
C22.2
No.
0.5
(Reaffirmed)
1982
(1999)
Explosion
‐
Proof
Enclosures
for
Use
in
Class
I
Hazardous
Locations
CSA
C22.2
No.
30
(Reaffirmed)
1986
(2003)
Degrees
of
Protection
Provided
by
Enclosures
(IP
Code)
ANSI/IEC
60529
CSA
‐
C22.2
No.
60529
2004
2005
Explosive
Atmospheres,
General
Requirements
ANSI/ISA
60079
‐
0
2009
Explosive
Atmospheres,
Equipment
protection
by
flameproof
“d”
enclosures
ANSI/ISA
60079
‐
1
2009
When
an
IPES
‐
IR/UV
detector
is
exposed
to
a
series
of
test
fires
along
the
center
line
of
the
sensor
as
described
in
the
table
below,
the
alarm
response
of
the
IPES
‐
IR/UV
is
below
the
30
‐
second
response
time
required
under
FM
Standard
3260.
Fuel
Distance
Fire
Size
Average
Time
n
‐
Heptane
82
ft.
(25
m.)
1
ft.
x
1
ft.
(32.5
cm.)
pan
4.52
sec.
Denatured
ethyl
alcohol
(85.4%)
82
ft.
(25
m.)
1
ft.
x
1
ft.
(32.5
cm.)
4.9
sec.
JP4
82
ft.
(25
m.)
2
ft.
x
2
ft.
(60
cm.)
pan
Instantaneously
Summary of Contents for IPES-IR/UV
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