Industrial Tdl Oxygen In Situ Laser Gas Analyzer For H3 O2 H2O HCI Detecting

Name: Industrial Tdl Oxygen In Situ Laser Gas Analyzer For H3 O2 H2O HCI Detecting
Brand: Anhui Wanyi Science and Technology Co., Ltd.
SKU: LG1100
Price: 15,400.00 USD
Availability: InStock

Basic Properties

Place of Origin: Anhui, China

Brand Name: Wayeal

Certification: ISO, CE

Model Number: LG1100

Trading Properties

Minimum Order Quantity: 1

Price: Negotiation

Payment Terms: L/C,T/T

Supply Ability: 20 Pieces Per Month

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Specifications

Product Name:	Continuous Emissions Monitoring System	Dimension:	16310240cm
Max working temperature:	1500℃	Measure Method:	Tunable Diode Laser Absorption Spectroscopy
Detection Item:	NH3、O2、H2O、HCI、HF	Response Time:	<1s
High Light:	HCI in situ laser gas analyzer , tdl in situ laser gas analyzer , tdl oxygen analyzer

Product Description

Laser Gas Analyzer for Industrial Emission Flue Gas Concentration Measurement Monitoring

Product Introduction

The laser gas analyser is an integrated, highly integrated laser gas analysis system. Compared to traditional monitoring methods, the tunable semiconductor laser absorption spectroscopy technology has the advantages of real-time online, non-contact measurement and high selectivity of the gas to be measured, which can reflect the concentration of the substance to be measured in the field more accurately and in real time. The system provides fast, accurate and reliable measurement of various industrial process gases, environmental flue gases and other process gases without sampling pre-processing, and can be used to monitor CO, CO₂, CH4, NH3, O₂, H₂O, HCI, HF and other gases.

Product Parameter

Product Name	Laser Gas Analyzer for Industrial Emission Flue Gas Concentration Measurement
Dimension	16310240cm
Weight	50KGS
Measure Method	Tunable Diode Laser Absorption Spectroscopy
Usage	CO, CO_2,CH4, NH3, O_2,H₂O, HCI, HF Detecting
Packing	Wooden Case

Product Performance

1. High accuracy and very low drift.
2. High selectivity, no cross-interference.
3. Can measure high temperature gases up to 1500°C.
4. Can measure complex gas mixtures and their component changes.
5. Freedom from dust.
6. In-situ measurement without sampling.
7. Response time <1S.
8. Long maintenance intervals and low costs.
9. Gas concentration and temperature can be measured simultaneously.