So2 In-situ gas analyzer
Vasthi Instruments are global leaders in manufacturing of So2 In-situ gas analyzer(ITLA-1000xx In-situ gas analyzer) and have been supplying instruments to customers worldwide, Our multidisciplinary team of scientists, physicians, engineers, and regulatory consultants with decades of global experience brings you the quintessential mechanism that provides complete safety accuracy and durability.
Vasthi Instruments was formed with visionary thinking and innovative ideas resulting in innovative products and solutions. We enhance our product quality by the continuous process of research and development. We have WIDE range of models to suite various site conditions and processes.
Main functional modules of So2 In-situ gas analyzer ITLA-1000xx includes transmitter, receiver, reference unit and measurement unit. The transmitter drives the tunable diode to emit laser of certain wavelengths, which passes through the gas cell, then reaches the receiver. The receiver performs signa processing to obtain
Second harmonic signal, then calculates the processing to obtain second harmonic signal, then calculates the concentration according to the relationship between the second harmonic signal and the gas concentration.
So2 In-situ gas analyzer can be widely used in industrial process and environmental monitoring at present So2 In-situ gas analyzer has achieved successful application in blast furnace gas,converter gas recovery gas calorific value analysis,electric catching focal safe control,coal injection monitoring,garbage incineration flue gas denitration monitoring and control,etc.Our company also can according to customer’s demand to provide the laser which adapt to the diversified needs of different application fields.
1.Non-contact optical measurement,low drift and and with long service lite.
2.So2 In-situ gas analyzer is On-side installation, no complex optical path adjustment required.
3.Reference gas cell adopted, online calibration, no disassemble needed.
4.”Signal line spectrum” technology, free from interference of background gas.
5.So2 In-situ measurement, no sample conditioning required and avoiding the problems that sample is absorbed during conditioning process,blocking, unit damage and etc.
6.Low maintenance cost.