A New Application Standard in Infrared Gas Sensing
Jun 13 2018 Read 691 Times
If you are using a flammable gas detector, then it is almost certainly fitted with either a catalytic bead (pellistor) or infra-red sensor. The sensor converts the combustible gas concentration into an electrical signal that the instrument can process and react accordingly. Both technologies have advantages; pellistors are relatively inexpensive and are sensitive to a wide range of flammable gases, infra-red sensors are extremely robust to environmental contamination and mechanically strong. However in some difficult applications where there are repeatable poisons and wet conditions, catalytic sensors are not compatible and infrared sensors can develop condensation inside the optical cavity when powered down, then when re-powered the condensation can put the infrared sensor into a latched false alarm state. The choice of technology utilised has often depended on a compromise between cost and reliability and infrared sensors should be designed to offer excellent reliability even within wet condensation applications like mining or tunnelling.
The INIR infrared sensor range from SGX Sensortech provides instrument manufacturers and instrument users with not only a full linearized, temperature compensated output but also with additional condensation compensation. The hardware and firmware within the sensor detect the occurrence of condensation and reduce power up false alarms within wet applications and at the same time allowing trouble free gas detection within the wet application. Why would you compromise and accept a lower performing infrared gas sensor, choose SGX INIR infrared gas sensors.
The SGX Sensortech - INIR infrared gas sensors offer key benefits:
- Superior resistance to humidity and condensation - the sensor is fitted with novel hardware and firmware to detect and compensate for optical occlusion from condensation.
- Mechanical robustness - the INIR range uses a unique shock mounted infrared source which means that it is very resistant to mechanical shocks and vibration.
- Simple usage - the SGX Sensortech INIR infrared sensors are supplied with calibrated auto ranging digital and analogue temperature compensated outputs.
- Bus connectivity - Each sensor has a unique addressable code, when connected up to a multisensory bus enabling the user to communicate and interrogate individual sensors to allow individual gas zone monitoring.
- Gas versions - Methane, Carbon dioxide, Propane and Butane
- Low operating power - the INIR series when operated constantly offers an average power consumption < 120mW
If you are a designer and manufacturer of either portable or stationary gas detection instrumentation, the SGX Sensortech INIR infrared sensors can provide you with a product fully capable of meeting your customers sensing needs. Whether you are looking to design smaller instruments, increase operating run time or reduce overall cost of ownership, it is available in industry standard package, provided with full safety certification. you would like to learn more about the revolutionary technology included in the SGX Sensortech INIR infrared sensors or wish to see for yourself the performance you can achieve, then please contact one of our knowledgeable sales team or our network of local distributors for more information or samples for evaluation or visit our website.
Do you like or dislike what you have read? Why not post a comment to tell others / the manufacturer and our Editor what you think. To leave comments please complete the form below. Providing the content is approved, your comment will be on screen in less than 24 hours. Leaving comments on product information and articles can assist with future editorial and article content. Post questions, thoughts or simply whether you like the content.
In This Edition Business News - Celebrating 50 years of Swiss engineering in Manchester - Taking a closer look at algal blooms - Sonardyne acquires maritime and marine science technology sp...
View all digital editions
Jan 30 2019 Rennes, France
Jan 30 2019 Tokyo, Japan
Jan 30 2019 Rennes, France
Jan 31 2019 Paris, France
Feb 02 2019 Washington, DC, USA.