online flue gas analyzer

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Online flue gas analyzer
http://www.vasthi.com/online-flue-gas-analyzer/

Vasthi has designed the Online Flue Gas Analyzer with high temperature application with Zirconia material.
This Online Flue Gas Analyzer is designed in india and this is used to measure the oxygen in Flue Gas with (0-25%) or (0-100%) of exhaust gas in duct, stack or flue and mainly and typically the exhaust gas from the industrial combustion’s or air filtration process.
For example when flue Gas Analyzer is flowing in the pipe or stack, sensor will be inserted into the pipe or stack, with the help signal output 4-20MA which will be connecting to the control unit in order to analyze when the oxygen level is more.
Vasthi has designed the Online Flue Gas Analyzer along with alarms because when oxygen level is more automatically alarm will prompts with a biz to make us alert.

online stack gas analyzer

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Online stack gas analyzer
 http://www.vasthi.com/online-stack-gas-analyzer/

Vasthi OMGA 8000 is one of the most powerful gas Analyzer you can buy. The combination of multi gas Emission analysis, differential pressure and Temperature measurement reduces service costs and Ensure the safe operation of appliances.
The analyzer is rugged, reliable and flexible. By Choosing up to Sox out of a choice of nine gas sensors, It can be configured to meet specific monitoring requirement. Data logging can be enable for remote analysis of emissions with user configurable time periods.

Backscattered dust monitor

Backscattered dust monitor
http://www.vasthi.com/particulate-matter-pm-2/
Vasthi Instruments Back Scattered Dust Monitor for Ideal monitoring opacity and smoke levels in the exhaust gas of industrial combustion or air filtration processes.The optical parts include laser source,power control,photoelectric sensor and scattered light receiving.The 650nm laser beam sent by the laser at a tiny angle into the emission source,where it acts with the dust particles to produce scattered light.The backscattered light will be processed in the sensor into electrical signals.The circuit part will realize the photoelectric conversion,laser beam modulation,signal amplification,demodulation,light source power control, V/I conversion and HMI display.Calibrator is used to generate stable optical signals to zeroing and span calibration of the device.