Stack Flue Gas Monitoring System Heat Tracing Cems UV Hot Wet Analyzer for So2 Nox O2 Co CO2 Vocs

• After-sales Service: 1year
• Warranty: 1year
• Brand: Kelisaike
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Customized: Customized
• Portable: Non Portable
• Certification: CE
• Gas: Customized
• Type: UV Analyzer
• Resonse Time(T90): Less Than 10s
• Power: 220VAC/50Hz 100W
• Protection Grade: IP42
• Sample Gas Input and Output Interface: ø 6 Tube Fittings
• Transport Package: Carton
• Specification: 19"x3Ux320mm
• Trademark: KELISAIKE or OEM
• Origin: Nanjing, China
• HS Code: 9027900000
• Production Capacity: 300PCS/Month
• Package Size: 57.00cm * 70.00cm * 32.00cm
• Package Gross Weight: 20.000kg

Product Description

Stack flue gas monitoring heat tracing CEMS UV Hot-Wet SO2, NOx, O2, CO, CO2 gas analyzer

The analyzer based on UV absorption spectroscopy and chemometric algorithms to measure SO2, NOx, O2, NH3, Cl2, O3, H2S and other gases concentration, with high accuracy, high reliability, fast response time, wide application and other characteristics, the indicators have reached or exceeded similar products, it can be widely used in environmental online monitoring, industrial control, security monitoring and other occasions.

>>>Key Features

Full spectrum measurement and DOAS (Differential Optical Absorption Spectroscopy) algorithm, excelling in accuracy,  repeatability and anti-interference with moisture, dust.

Modular design and no moving parts, higher reliability and easier maintenance.

Pulse Xenon Lamp used as light source with over 10-year lifetime.

The adoption of diode array sensor enables instant spectrum acquisition and rapid response.

>>> Features and Benefits
1. Analyzer uses the following optical technology platform to get the UV absorption spectrum, the technology platform consists of light source, gas chamber, fiber optics and spectroscopy (including the diaphragm, holographic gratings, linear array detector) and other optical components.

2. UV-visible light emitted by the optical window into the gas chamber, is absorbed by the sample gas flowing through the measured gas chamber, carrying the tested sample gas absorbs light through the lens after gathering information coupled into optical fiber through the optical fiber transmission into the spectrometer splitting, sampling, to obtain the absorption spectrum of the gas.

3. Use DOAS technology spectrum analysis, can analyze the concentration of the gas in the relevant component.

>>> Measuring principle

1) The light source emits ultraviolet beam which transfers to gas cell through optical fiber.

2) After absorption by measuring gas, the light beam transfers through optical fiber to spectrometer.

3) Being dispersed through the grating, and converted into electric signal by the array sensor, a continuous absorption spectrum of measuring gas is thereafter obtained.

>>>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

>>> FAQ
1.How about the Delivery time?
Samples will be prepared  within 15 Days after 100% T/T in advance payment. QTY order will be delivered in 30 days.
2.What kind of payments does KELISAIKE support?
T/T, L/C, Western Union, Cash are accepted.
3.What's the MOQ?
Generally speaking, the MOQ is 5PCS, but we also can provide you samples for quality inspection.
4.Do you charge for the samples?
According to our company policy,we just charge the samples based on EXW price.
5.Can you produce according to customers' design?
Suce, we are professional maunfacturer, OEM is welcome
Stack Flue Gas Analyzer CEMS for Nox So2 O2 CO2 Co Vocs 

Introduction:
WT800-VOCs volatile organic compounds online monitoring system has three basic parts: the volatile organic compounds monitoring subsystem, flue gas parameter monitoring subsystem, system control and data acquisition and processing subsystem. It can monitor organic pollutant gases such as methane, the total hydrocarbon, non methane total hydrocarbon, low-carbon aldehyde ketone, benzene series(benzene, toluene, xylene, ethyl benzene, isopropyl benzene) and part of halogenated hydrocarbons, also the parameter such as humidity, temperature, pressure and flow velocity of the flue gas. After dedusting by sampling probe, sampling by heating pipe, dehydration and cooling by two-step condensing, the measured gas is analyzed by the heated gas anal-ysis module (GC-FID). For the situation of high boiling point organic pollutant gas monitoring, it can effectively avoid the absorption loss in the process of sample collection and transmission, alsomake sure the excellent performance and stability in sample collection, analysis, data upload and maintain links.

Technical Features:
·Gas Chromatography method defined as an international standard VOC measurement method;
·Making use of the pneumatic constant temperature complies with regulations and this constant temperature from sampling to probe avoids water interference and reduces sample loss;
·Extremely wide range of measurement;
·Sample directly at the probe;
·Ability to measure hundreds of type of waste gas (e.g. NMHC, BTX and odours), the possibility to continuous extend the range and types of measurement;
·Improving security by using FID and anti-explosion design.



Application:
Apply to manufacturing industry such as crude processing, textile and dyeing, chemical and pharmaceutical, metal smelting, etc.

Technical Specifications:
 

Project		Description
VOCs volatile organic compounds	Measuring principle	Principles of Gas Chromatography
	Measuring components	Methane/Non-methane total hydrocarbons, benzene series(benzene toluene ),etc.
	Measuring range	0-1000ppm(configurable)
	Methane NMHC Benzene series	0-1000ppm 0-10000ppm 0-1000ppm
	The detection limit	Methane 0.1ppm
	Repeatability	RSD≤3%
	Measurement deviation	≤2%FS
	Analysis cycle	1.5min
	Response time	90s(25m heating pipeline)
	Sampling pipeline	Heating temperature above 125ºC
	IPC	6 channels RS232/485
		4 USB ports
		Windows 7
	System software	Exhaust gas treatment VOCs online monitoring system
	Output	Analog output channel
		RS485 communication interface
		GPRS communication interface
		Ethernet communication interface
		System status switch output(optional)
Power supply	220VAC/50Hz 2kW(host part, excluding heating pipe, air compressor)
Cabinet size	600mmx900mm×2055m
Cabinet temperature	(5-35)ºC
Cabinet humidity	(20%-90%)R

 

Detector	Gas action	Gas name	Purity
FID	Carrier gas	He or N2	Not less than99.999%
TCD	Carrier gas	He,H2or N2	Not less than99.999%
ECD	Carrier gas	N2	Not less than99.999%(deoxidation)
FPD	Carrier gas	He or N2	Not less than99.999%
	Tail blowing	He or N2	Not less than99.999%
	Combustion gas	H2	Not less than99.999%
	Auxiliary gas	Air	Clean and dry as much as possible