Online Smoke and Dust Monitor

YIL-25 is a high-precision on-line smoke and dust monitor based on the principle of light scattering method. It is equipped with internal
Dual detection channels are installed to eliminate the interference of background light while measuring with the aid of AI. Equipped with
The automatic zero, range and contamination calibration function not only ensures accurate measurements but also
Long-term stability to meet the measurement needs of various working conditions. Installation requires only a single
Side aperture, no alignment requirements, no need to adjust the light path on site. No disassembly and disconnection required for maintenance
Electricity, rapid recovery of measurements, and significant improvement in data validity.
In the field of dust concentration monitoring, the backscattering principle has become the core technology for industrial dust detection.
Technological means. The principle of operation is based on the interaction of the laser with the particulate matter. Theoretically, scattering
Light intensity is positively correlated with particulate matter concentration, which can be obtained through photoelectric conversion and algorithmic processing.
Real-time dust concentration data.
In real industrial scenarios, however, parasitic reflected light from the flue walls creates a strong background
Interference. This interference is not a single static noise, but rather a complex one with bi-directional scattering properties
Interference: The incident laser light scatters once at the same time as the soot particles scatter at the metal or scale wall.
produces secondary scattering or specular reflection, which ultimately creates a superimposed signal at the detector end, resulting in a dense
Degree of false high. More seriously, with the long-term operation of the equipment, corrosion of the inner wall of the flue, ash accumulation program
The degree of dynamic changes, so that the background interference shows a non-regular drift, the traditional single detector scheme is difficult to
to effectively separate the true signals.
YIL-25 online flue gas monitoring system is based on laser scattering + dual-channel dynamic compensation technology.
It is an online monitoring device designed to solve the problem of traditional smoke and dust meter due to the reflection and accumulation of dust on the flue wall.
The system is designed to solve the problem of background interference. Utilizing dual detectors and AI technology to assist the automatic compensation system
By decoupling the scattered signal at the physical level and dynamically tracking the background at the algorithmic level, the fundamental solution to the
It solves the problem of measurement distortion caused by two-way scattering. It is not only a new type of instrument, but also
The paradigm revolution that redefined the boundary of backscatter measurements I allowed the wall, once considered as a source of interference, to be reversed
projected light, which is converted into a reference scale that ensures the accuracy of the measurement.

The core principle of why YIL-25 is so different is based on the principle of two-way scattering
Special optical design.
In the field of dust concentration monitoring, the backscattering principle has become the core technology for industrial dust detection.
Technological means. The principle of operation is based on the interaction of the laser with the particulate matter. Theoretically, scattering
Light intensity is positively correlated with particulate matter concentration, which can be obtained through photoelectric conversion and algorithmic processing.
Real-time dust concentration data.
In real industrial scenarios, however, parasitic reflected light from the flue walls creates a strong background
Interference. This interference is not a single static noise, but rather a complex one with bi-directional scattering properties
Interference: The incident laser light scatters once at the same time as the soot particles scatter at the metal or scale wall.
produces secondary scattering or specular reflection, which ultimately creates a superimposed signal at the detector end, resulting in a dense
Degree of false high. More seriously, with the long-term operation of the equipment, corrosion of the inner wall of the flue, ash accumulation program
The degree of dynamic changes, so that the background interference shows a non-regular drift, the traditional single detector scheme is difficult to
to effectively separate the true signals.
YIL-25 online flue gas monitoring system is based on laser scattering + dual-channel dynamic compensation technology.
It is an online monitoring device designed to solve the problem of traditional smoke and dust meter due to the reflection and accumulation of dust on the flue wall.
The system is designed to solve the problem of background interference. Utilizing dual detectors and AI technology to assist the automatic compensation system
By decoupling the scattered signal at the physical level and dynamically tracking the background at the algorithmic level, the fundamental solution to the
It solves the problem of measurement distortion caused by two-way scattering. It is not only a new type of instrument, but also
The paradigm revolution that redefined the boundary of backscatter measurements I allowed the wall, once considered as a source of interference, to be reversed
projected light, which is converted into a reference scale that ensures the accuracy of the measurement.