You are here

Home » Content

Development of Board for Testing IR Combustible Gas Sensors and Their Performance Test

Journal Name:

  • International Journal of Science and Engineering Investigations

Publication Year:

  • 2016

Key Words:

Author Name
Abstract (2. Language): 
In this paper, we developed a board to test IR combustible gas sensors and achieved their performance test. For the first of all, we verified characteristics of sensors through testing from input of gases to output of voltages. Second, we induced a suitable calibration line to represent characteristics of sensors using linearization regression equation. Third, we improved measuring algorithm using recursion equation and Lagrange interpolation polynomial. Then, we proposed the best calibration line using by our algorithm to inspect gas leaks of safety management fields. To check performances of several sensors, we achieved the measurement tests with six standard gases made by Korea Gas Safety Corporation. We demonstrated instruments applied by our algorithm better in detecting accuracy other than detectors through experimental results.
Bookmark/Search this post with
FULL TEXT (PDF): 
PDF icon arastirmax-development-board-testing-ir-combustible-gas-sensors-and-their-performance-test.pdf
  • 4
29
33
  • English

REFERENCES

References: 

[1] Incident Investigation & Safety Checkup Division, Gas Incident Statistics, Korea Gas Safety Corporation, 2015.
[2] Seong-Hwan Han, Hern-Chang Lee, Kyoshik Park, Tae-Ok Kim, “Consequence Analysis for Fire and Explosion Accidents in Propylene Recovery Process”, KIGAS Vol.18, No.1, pp 52~60, 2014.2.
[3] Dynament Ltd, Technical datasheet TDS0118, Dynament Ltd,, 2014.8.27.
[4] Nano Environmental Technology, DS2967 rev. 9 - IRNEX-P low power, Nano Environmental Technology, 2014.9.7.
[5] Gyou-tae Park, "A Study on the Measurement Accuracy Improvement of a Portable Combustible Gas Detector Using an Infrared Sensor" University of Seoul, Ph.D. thesis, 2014.
[6] In-Soo Lee, Young-Wung Kim, “Analysis and Compensation of Sensor Drift in the Gas Monitoring System”, KI-IT Vol.9, No.11, pp 9~15, 2011.
[7] Gyou-tae Park, Geun-jun Lyu, Young-do Jo, Jeong-rock Kwon, Sang-guk Ahn, Hiesik Kim, “A study on the Development and Accuracy Improvement of an IR Combustible Gas Leak Detector with Explosion Proof”, KIGAS Vol.18, No.3, pp 1~12, 2014.

Thank you for copying data from http://www.arastirmax.com