Accurate real-time monitoring of gas concentration is crucial in industrial control and scientific research. The infrared ammonia analyzer based on semiconductor infrared analysis technology, relying on intelligent digital processing capabilities as the core equipment, has a high degree of automation and strong functions, providing stable and reliable gas monitoring solutions for various industries.
Comprehensive and practical core functions
The instrument's functions are tailored to actual needs, and it supports single/dual component infrared analysis for measurement. It can simultaneously detect up to three gases (including dual component infrared and one oxygen channel), and can achieve intermediate range measurement to enhance monitoring flexibility.
The operating end adopts color LCD screen and touch screen, with clear information and easy operation; The output terminal has 4-20mA current loop transmission and 8-channel switch output function, which can stably transmit data and support device linkage control.
Clear and precise technical parameters and prominent advantages
The core of the instrument is used for gas analysis such as NH3, and an oxygen measurement module can be added as needed. Compared to traditional equipment, its technological advantages are significant and are key to ensuring measurement accuracy and stability.
MEMS infrared pulse light source has a high modulation frequency, which matches the requirements of pyroelectric detectors; The dual channel detector design effectively cancels out interference, greatly improves the stability of instrument operation, and ensures detection accuracy from a hardware perspective.
High precision constant temperature control and atmospheric pressure compensation function respectively reduce the impact of temperature, humidity, and air pressure fluctuations on measurement; The isolated output design can resist electromagnetic interference and further ensure data stability.
Scientific and reliable working principle
The instrument works based on spectral absorption method and Lambert Beer law: gas molecules have characteristic absorption in the infrared band, and the absorption intensity is positively correlated with concentration. As an NDIR analyzer, it can continuously detect the concentration of specific components in mixed gases.
By using mature MEMS infrared light sources and dual channel detectors, the instrument converts scientific principles into precise data, providing solid support for monitoring in various fields.
Wide range of typical engineering application fields
With advantages such as stability, anti-interference, and strong environmental adaptability, the instrument can adapt to harsh industrial environments and high-precision monitoring needs, and has a wide range of representative applications.
In terms of industry, it assists in process optimization and safety control in the fertilizer chemical and cement metallurgical industries; Environmental protection can be used for smoke analysis (such as CEMS); In scientific research, it provides reliable support for laboratory gas detection.
Infrared ammonia analyzer, with outstanding performance, has become the core equipment for gas monitoring, safeguarding the high-quality development of various industries.