MWIR
Cooled
Thermal
Imaging
Sensor
320x256
30μm
for
Visualizing
Gas
Leaks
320x256
/
30
μm
MWIR
Cooled
Optical
Gas
Imaging
Camera
In
carbon
capture,
power
equipment
operation,
and
industrial
production
processes,
CO₂
leakage
not
only
leads
to
the
failure
of
carbon
reduction
targets,
but
long-term
accumulation
may
also
cause
equipment
failures.
Traditional
detection
methods
are
invisible,
unsafe,
and
prone
to
omission,
making
it
difficult
to
achieve
accurate
detection.
The
LFD330Z6
infrared
detector
for
gas
leak
detection
provides
high-precision
and
sensitive
detection.
It
professionally
targets
extremely
low
concentration
CO₂
leakage
scenarios,
achieving
non-contact,
long-distance,
and
visual
leakage
positioning
to
overcome
the
shortcomings
of
traditional
detection
methods.
Additionally,
CO₂
can
be
used
as
a
tracer
gas
for
indirect
detection
of
hydrogen
gas,
further
expanding
the
equipment's
application
scenarios.
Main
Features
-
Optical
Gas
Imaging
-
Long
range
non-contact
detection
with
high
efficiency,
security
and
wide
range
gas
leak
detection
-
Clear
Detection
of
Leaks
-
High
effective
pixel
rate,
equipped
with
gas
enhanced
HSM
algorithm
(for
module)
-
Easy
Integration
-
Support
for
various
interfaces
and
RAW/YUV
image
output
Product
Specifications
|
Detector
model
|
LFD330Z6
|
|
Resolution
|
320×256
|
|
Pixel
size
|
30μm
|
|
Spectral
response
|
4.2±0.1μm～4.4±0.1μm
|
|
Typical
NETD
|
10mK
(F1.5)
|
|
Cooling
time
(23
℃)
|
≤7min@12V
|
|
Power
consumption
(23
℃)
|
≤15W@12V
(Peak)
≤7W@12V
(Stable)
|
|
Size
(mm)
|
142×58.5×71
|
|
Weight
(g)
|
≤600
|
|
Working
temperature
|
-45℃～+71℃
|
|
Storage
temperature
|
-55℃～+71℃
|
|
MTTF
|
≥10000h
|
*MTTF:
Mean
Time
to
Failure
Industrial
Applications
The
LFD330Z6
gas
leak
detection
thermal
imaging
detector
provides
reliable
visualization
of
invisible
CO₂
plumes
even
in
harsh
environments.
Applications
include:
Carbon
Capture,
Utilization
and
Storage
(CCUS),
Enhanced
Oil
Recovery
(EOR),
Power
Generation
Industry,
Food
&
Beverage
Industry,
Semiconductor
&
Electronics
Manufacturing,
Greenhouse
Agriculture,
Waste
Treatment
&
Biogas
Plants,
and
more.
Technological
Advantages
of
Optical
Gas
Imaging
Non-contact
&
Remote
Detection
Stay
away
from
dangerous
and
complex
areas,
conduct
non-contact
non-destructive
testing
to
ensure
personnel
safety
Quickly
Locate
Leakage
Source
Support
wide
area
real-time
detection
and
quickly
locate
the
leakage
source
without
interrupting
production
Visualize
Gas
Leakage
Intuitively
display
the
location
of
leakage
with
high
efficiency
to
avoid
point-by-point
inspection
Improve
Inspection
Safety
Safer
detection
helps
reduce
the
risk
of
accidents
and
minimize
operational
losses
Frequently
Asked
Questions
What
is
a
cryocooler
used
for?
Cryocoolers
are
machines
that
keep
sensors
extremely
cold
so
that
thermal
images
can
be
taken
on
long-term
missions.
In
many
high-end
applications,
the
sensors
that
capture
images
require
extremely
low
temperatures.
What
are
the
main
factors
to
measure
the
quality
of
a
Cryocooler?
Long
battery
life
and
reliable
operation
are
the
main
factors
to
measure
the
quality
of
a
cryocooler.
SensorMicro
cryocooler
has
a
wide
operating
temperature
range
and
excellent
reliability.
Its
MTTF
(Mean
Time
to
Failures)
has
reached
10,000
hours,
which
meets
24*7
boot
operation
requirements.
What
is
MTTF?
MTTF
(Mean
Time
to
Failure)
measures
a
part's
reliability.
It
shows
you
how
long
on
average
a
part
lasts
before
it
breaks
and
you
have
to
replace
it.
On
a
basic
level,
it
tells
you
about
the
quality
of
the
parts
you're
buying.
The
longer
they
last,
the
more
value
you're
getting
from
them.
