Basic Customization Sample Customization Cems Analyzer System So2 O2 Nox Co CO2 Online Monitoring Flue Fas Analyzer

• Type: Gas Chromatograph
• Measuring Principle: Principles of Gas Chromatography
• Measuring Components: Methane/Non-Methane Total Hydrocarbons, Benzene Se
• 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.
• Model NO.: KF300
• Measuring Range: 0-1000ppm(Configurable)
• Methane: 0-1000ppm
• Nmhc: 0-10000ppm
• Benzene Series: 0-1000ppm
• The Detection Limit: Methane 0.1ppm
• Repeatability: Rsd Less 3%
• Measurement Deviation: 2%Fs
• Analysis Cycle: 1.5min
• Response Time: 90s(25m Heating Pipeline)
• Output: RS485, WLAN
• Transport Package: Wooden Box
• Specification: 200*800*600mm
• Trademark: KELISAIKE
• Origin: China
• HS Code: 9027100090
• Production Capacity: 500
• Package Size: 80.00cm * 80.00cm * 170.00cm
• Package Gross Weight: 150.000kg

Product Description

CEMS analyzer system SO2 NOx O2 CO CO2 Online Monitoring Flue Gas Analyzer 

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