Introduction of Portable Smoke Analyzer

The portable smoke analyzer automatically measures the concentrations of sulfur dioxide (SO2), (O2) oxygen, and carbon monoxide (CO) gases in the flue gas. The use of advanced smoke sampling pump is safe and reliable. For environmental protection, health, labor, safety supervision, military, scientific research, education and other departments for a variety of boilers, kiln smoke emissions testing. The portable smoke analyzer has a modular, overall design that faces the future. A variety of gas sensors are built in. An independent measurement module can automatically calibrate the sensor. It can also automatically add more parameters for measurement. The configuration is flexible and easy to upgrade.

Portable Smoke Analyzer Features

1. An analyzer to achieve simultaneous detection of multiple gas components;

2. Despite the use of dry detection, which is different from the electrochemical method, it has an unparalleled compact size;

3 has a convenient built-in sampling unit;

4. Various forms of measurement results output;

5. Simple and convenient operation

6. For different sample conditions, an external sampling unit can be added to expand the scope of application;

Portable Smoke Analyzer Applications

â—‡In the industrial production process, the measurement and calculation of the state of combustion of solid, liquid, and gaseous fuels is performed to control the operation, selection, and use of fuels.

â—‡ At the production site and in the atmosphere, it can be used as a test for combustion-supporting air and similar air conditions.

The objective of the helium gas measurement technology is to ensure the economical and efficient operation of heating equipment and to minimize the harm to the environment.

â—‡ Suitable for the measurement of combustion conditions of various civil and industrial fuel boilers, and measurement of the gaseous environment emitted by various types of fuel boilers; it can also be used as an auxiliary test tool for the effective balance of fuel and air blast; and the smoke exhaust gas group for the detection of combustion machines and equipment. Minute.

â—‡ Typical applications include the auxiliary inspection of large-scale boilers for maintenance and debugging, and the control and measurement of quality inspection processes; monitoring of emission from stack control; checking of filter functions in flue gas desulphurization devices and catalysts; troubleshooting in smoke tunnel systems and Monitor the production process.