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Huis > producten > Continu ultralage emissiebewakingssysteem > KF100 Series Flue Gas Ultraviolet Analyzer for Industry SO2 NO NO2 O2 NH3 CL2 O3 H2S

KF100 Series Flue Gas Ultraviolet Analyzer for Industry SO2 NO NO2 O2 NH3 CL2 O3 H2S

fabrikant:
KELISAIKE
Beschrijving:
KF100 UV online environmental monitoring, industrial control, security monitoring
Categorie:
Continu ultralage emissiebewakingssysteem
In-stock:
1PC
Prijs:
$10,000.00 - $20,000.00/sets
Specificaties
Model NO.:
KF100
Sample Gas Input and Output Interface:
ø 6 Tube Fittings
Size:
19''*3U*320mm
Resonse Time(T90):
Less Than 10s
Ambient temperature:
5℃-45℃
Power:
220VAC/50Hz 100W
Analog interface:
3-way 4-20mA switch input, 2-way 4-20mA output
Data interface:
4-way switch input, 8-way relay output
Communication Interface:
1-way RS-232, 1-way RS485(Supports Mod-bus protocol)
Protection Grade:
IP42
Markeren:

Flue gas ultraviolet analyzer for SO2 NO NO2

,

Industrial UV gas analyzer for emissions

,

Ultra-low emissions monitoring system with warranty

Inleiding
 
 KF100 Series Flue Gas Ultraviolet Analyzer for Industry SO2 NO NO2 O2 NH3 CL2 O3 H2S 0


The KF100 Flus Gas Ultraciolet Analyzer, based on UV absorption sepctroscopy technology and chemometric algorithms, can be used to measure the concentration of SO2, NOx, O2, NH3, CL2, O3, H2S and other gases. With high accuracy, high reliability, fast response, and wide applicability, it can be widely used in online environmental monitoring, industrial control, security monitoring and other occasions. The performance indicators of the KF100 series have reached or exceeded those of other domestic and foreign competing products.



>>>Technical Features

 

The analyzer gets the UV absorption spectrum from the following optical technology platform that consists of a light source, a gas chamber, fibre optics, a spectrometer(including a diaphragm, holographic gratings, and a linear array detector) and other optical components.

 

The UV-visible light emitted from the light source enters into the gas chamber through the optical windows, where it is absorbed by the sample gas flowing through the gas chamber. Then the light carrying the absorping information of the tested sample gas is converged by a lens and coupled inyp the optical fibre. After the light is transmitted into the spectrometer through the optical fibre for light splitting and sampling, the absorption spectrum of the gas can be obtained.

 

By using the DOAS technology to analyze the spectrum, the concentration of relevant contents in the gas can be analyzed.

 

>>>Technology Comparison

 

Item UV Hot-Wet Method NDIR
Spectral   Range Complete and   continuous absorption spectra obtained through holographic grating and diode   array detection Non Dispersive,   characteristic absorption spectra obtained through band-pass filter
Linear   Response High wavelength   resolution secures linear response band-pass   filtration compromises linear response 
SO2 Loss Hot-wet   prohibits SO2   dissolution Condensation   inevitably causes SO2   loss
Sampling   System Heat tracing.   Requests only dust filtration, simple and no corrosive Cold-dry.   Requests dust filtration, condensation, water removal and corrosion proof
Zero   Calibration Period Long (DOAS   algorithm) Short
Anti-Interference The combination   of complete & continuous absorption spectra, high wavelength resolution,   DAOS algorithm erases interference from dust, moisture and background gases Vulnerable to   moisture interference
Gas Cell Connected by optical fiber,   easy to replace and low maintenance cost Complex to replace and   maintenance
Maintenance    
Reliability No moving parts Moving parts   existed


 

>>>Technical Specifications

 

SO2, NOx Analyzer
Technical   Principle UV-DOAS
Installation   type Hot-wet    Extractive
Measurement   Range 0~200ppm,    0~1000ppm, 0~3000ppm
Zero   Drift ≤    ±2%F.S.
Span   Drift ≤    ±2%F.S.
Accuracy ≤    ±1%
Response   Time(T90) ≤    60s
Linearity ≤    ±1%F.S.
O2  Analyzer
Technical   Principle Zirconia/Electrochemical
Measurement   Range 0~25%
Response   Time(T90) ≤    60s
Linearity ≤    ±2%F.S.
CO, CO2  Analyzer
Technical   Principle NDIR
Installation   type Extractive
CO   Measurement Range 0~1000    ppm
CO2   Measurement Range 0~20%
Zero   Drift ≤    ±2%F.S.
Span   Drift ≤    ±2%F.S.
Accuracy ≤    ±1%
Response   Time(T90) ≤    60s
Linearity ≤    ±2%F.S.

 

 


Technical Data for UV gas analyzer

 

Project Indicators
SO2 Detection range Min:0-50ppm,Max:0-100%,
NO Detection range Min:0-50ppm,Max:0-100%,
O2 Detection range 0-25%, Electrochemical or zirconia
Linearity error ≤±1%F.S.
Repeatability ≤1%
Zero drift ≤±1%F.S./ week
Span drift ≤±1%F.S./week
Ambient temperature 5ºC~45ºC
Response time(T90) <60s
Size 19" *3U*320mm
Analog interface 3-way 4-20mA output,2-way 4-20mA output
Data interface 4-way switch input; 8-way relay output
Communication Interface 1-way RS-232,1-way RS-485(Supports Mod-bus protocol)
Power 220VAC/50Hz 100W
Protection grade IP42
Sample gas input and output interface Ø6 Tube Fittings

 

>>>About Us

KF100 Series Flue Gas Ultraviolet Analyzer for Industry SO2 NO NO2 O2 NH3 CL2 O3 H2S 1


 

 

 

 

Verzend RFQ
Voorraad:
1PC
MOQ:
1PC