KGD
-
MQ
-
524
In-Situ
Laser
Raman
Spectroscopy
Gas
Analyzer
Product
Overview
The
KGD-MQ-524
utilizes
laser
Raman
scattering
technology
to
enhance,
collect,
process,
and
identify
characteristic
Raman
scattering
spectra
of
measured
gases,
enabling
simultaneous
qualitative
and
quantitative
analysis
of
multiple
gas
components.
Designed
for
in-situ
installation,
this
system
performs
continuous
online
non-destructive
analysis
of
nearly
20
gas
components
simultaneously.
![KGD-MQ-524 Laser Raman Spectroscopy Gas Analyzer unit with touchscreen interface]()
Key
Features
-
Non-destructive
gas
analysis
including
homonuclear
diatomic
analysis
(H₂,
N₂,
O₂)
-
Continuous
online
monitoring
of
multiple
gases
simultaneously
-
one
instrument
for
complete
industrial
process
gas
monitoring
-
Integrated
Raman
probe
eliminates
need
for
gas
extraction
and
consumables
(chromatographic
columns,
valves,
air
pumps)
-
Positive-pressure
explosion-proof
design
ensures
safety
and
durability
with
long
maintenance
cycles
-
Intuitive
touchscreen
interface
with
optional
external
PC
keyboard
connection
Technical
Specifications
|
Parameter
|
Details
|
|
Measured
Components
|
H₂,
N₂,
O₂,
CO,
CO₂,
H₂S,
CH₄,
C₂H₂,
C₂H₄,
C₃H₆,
etc.
|
|
Measurement
Range
|
0
-
100%
|
|
Accuracy
|
±1%F.S.
|
|
Repeatability
|
1%F.S.
|
|
Input
Voltage
|
100
-
240VAC,
50
-
60Hz
(Standard)
|
|
Maximum
Power
|
<
200W
|
|
Communication
|
RS-232/RS-485
Serial
Port,
TCP/IP
Network
Port,
USB
Interface,
4-20mA
|
|
User
Interface
|
Explosion-proof
Touchscreen
|
|
Dimensions
(L×W×H)
|
540
×
300
×
900
mm
|
|
Weight
|
75kg
|
|
Number
of
Probes
|
4
|
|
Protection
Level
|
IP65
|
|
Explosion-proof
Class
|
Ex
d
ⅡC
T4
Gb
|
|
Operating
Temperature
(Probe
Body/Sample)
|
-20
-
200℃
|
|
Operating
Temperature
(Analyzer)
|
10
-
35℃
|
|
Operating
Humidity
|
95%RH,
Non-condensing
|
|
Maximum
Operating
Pressure
|
4MPa
|
|
Working
Humidity
|
0
-
95%
Relative
Humidity,
Non-condensing
|
|
Optical
Fiber
Length
|
Standard
50m
(custom
lengths
available)
|
Note:
The
analyzer
features
second-level
response
times
with
no
extended
waiting
periods
required
for
measurements.
