Lel combustible gas concentration online detector

NegotiableUpdate on 01/29

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

According to HJ1093-2020, the online monitoring gas analyzer for combustible gas concentration in RTO incineration process is crucial for ensuring the normal operation of the incinerator. Based on the monitoring data of the combustible gas analyzer, the incineration process can be adjusted to improve the efficiency of VOCs waste gas treatment and achieve the best treatment effect.

Product Details

Lel combustible gas concentration online detectorProduct Introduction

Lel combustible gas concentration online detectorUsing flame ionization detector (FID) technology, it has high sensitivity, good stability, and multiple selectable measurement ranges. It can measure trace amounts of hydrocarbons in high-purity gases to LEL level hydrocarbon content in various gases. It is suitable for real-time analysis of total hydrocarbon concentration and lower explosive limit (LEL) of various organic gases, and is widely used in RTO inlet LEL explosion limit monitoring, VOC removal device removal efficiency monitoring, THC concentration monitoring, etc.

Detection Principle

Analysis principle of hydrogen flame ionization detector (FID): The analysis principle of hydrogen flame ionization detector (FID) is to use the flame generated by the combustion of hydrogen and air as the energy source. When organic compounds enter the flame generated by the combustion of hydrogen and oxygen, chemical ionization is produced at high temperature, which in turn generates ions. To detect flame ions, dual electrodes are used to provide intrinsic differences. After the flame ions are collected, a current is generated, which is amplified by a high impedance amplifier and analyzed to obtain the total concentration of hydrocarbons. In order to avoid condensation of organic solvents in the analysis system, the detector adopts heating and thermal control, and the incoming hydrogen and air are pressure monitored to stabilize the internal temperature and pressure, ensuring the accuracy and reliability of the control system.

Product Features

Fast response time: T90<2S

Total response time<5 seconds

Built in heating pump, suitable for low-pressure sampling conditions

The system is heated throughout the entire process to avoid condensation and adsorption of organic matter in the sample gas

High measurement accuracy, better than 1% F.S

Can simultaneously output THC concentration and explosion limit LEL value

Built in EPC flow control for stability

The response factors for various types of hydrocarbons are close to 1, with stable measurement and high accuracy