24 Air Monitoring


New website boosts thermography education in the classroom, online, or at your facility


New versatile and precise temperature and humidity models added to leading digital range of sensors


Austrian sensor manufacturer E+E Elektronik is expanding its digital sensing element portfolio to include two new product variants. The HTE301 humidity and temperature sensing element and the TEE301 temperature sensing element offer excellent measurement accuracy and a wide application temperature range from -40 °C to 125 °C (-40 °F to 257 °F). The small 8-pin DFN package with its I2C interface and four individually confi gurable I2C addresses is ideal for state-of-the- art, demanding designs.


The HTE and TEE301 sensing elements are part of the new sensing element generation by E+E Elektronik. Offering the same accuracy values, they are cost- optimised variants of the HTE and TEE501 sensing elements introduced earlier this year. With a different data format (16-bit unsigned integer) and pin assignment compared to the 501 series, the 301 series allows easy upgrade of existing applications with minimal integration effort.


The HTE301 sensing element impresses with a measurement accuracy of up to ±1.8% RH (incl. hysteresis) and ±0.2 °C. It features an integrated constant current heater which keeps the element at approx. 2-3 °C over-temperature and prevents condensation forming on the sensing element. This results in excellent measurement performance and fast response time even in conditions with high humidity. On top of this, the proprietary E+E sensor coating protects the active sensor surface of the HTE301 against contamination and corrosive deposits.


Thousands of professionals in fi elds ranging from building diagnostics, electrical inspection, optical gas imaging, and industrial automation are benefi tting from latest infrared camera technology, both to improve their work and grow their careers. Whether handheld or on a drone, these thermal imaging systems can detect anomalies and problems that are often invisible to the naked eye. However, it requires some education to make the most of thermography and get the job completed quickly, effi ciently, and most important, accurately.


Finding the right thermography classes is now easier and more intuitive thanks to a newly launched website for the Infrared Training Center (ITC). This site will not only help existing and aspiring thermographers determine the right course to derive more value from thermal inspections, but also help them make a better case to their employers to sponsor this kind of professional development. They’ll fi nd the right training to ensure they conduct inspections the right way—based on a strong educational foundation—instead of working on assumptions and guesses.


Proper training increases the safety of thermography personnel as well as their colleagues who remediate issues thermography uncovers, all the while cutting down troubleshooting time, improving productivity, and creating more effective predictive maintenance programs. That may include keeping mission critical equipment running while maximizing output and minimizing downtime. The end result is a reduction of outages, and potentially, the avoidance of catastrophic—and expensive—failures.


The exciting fi eld of thermography takes both training and experience to ensure that readings are both accurate and actionable. ITC meets that training need with the highest quality interactive thermography courses from highly qualifi ed international thermography instructors. All ITC courses maintain ISO 9001 certifi cation, ensuring they offer valuable training, certifi cation, and recertifi cation in all aspects of infrared thermography. After all, interpreting thermal imaging correctly comes down to training, experience, and fi rst-hand knowledge of the science behind it all.


Scott DeRaps, ITC graduate and Level I Thermographer with Coutts Brothers Inc. “ITC trainings have given me the knowledge and the confi dence to go into the fi eld and provide high quality inspections for our clients. These inspections are going to save our clients time and money and can save them from a possible catastrophic failure.”


Trade professionals and engineers have varying levels of experience with thermographic applications, and regardless of their experience, the ITC can work to their benefi t, starting now.


For new unexperienced users, the introductory courses (Level I) serve to better communicate the value and benefi ts of working with thermal imaging. For those a step further in their experience and who are already familiar with leveraging thermography in the fi eld (Level II), ITC helps with staying up-to-date with the latest tips and trends while maintaining the highest level of globally recognized certifi cation to boost credibility. And lastly, much more detailed and advanced courses (Level III) round out the program for the experienced users who are honing their skills and keeping their certifi cations up to date. No matter what level they take, ITC certifi cation can increase a professional’s credibility, enhance their career, and build thermal imaging inspection businesses.


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For More Info, email: 58993pr@reply-direct.com IET NOVEMBER / DECEMBER 2022


The TEE301 sensing element measures the temperature with an accuracy of up to ±0.2 °C. Thanks to its wide temperature range, the sensing element is versatile, providing a reliable and cost-effective solution for demanding temperature measurement tasks.


Both sensing elements are available as an 8-pin DFN package with dimensions of just 2.5 x 2.5 x 0.9 mm3 to support easy integration into existing applications. The I2C interface enables robust data communication, supporting communication speeds up to 1,000 kHz. The sensing elements offer four selectable I2C addresses as well as alert and reset functions.


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New partnership between PSG and thyssenkrupp nucera brings perfect gas sampling to the hydrogen generation sector


PSG and NUCERA, a subsidiary of thyssenkrupp AG, have signed a framework agreement whereby PSG, which stands for ‘Perfect Sample Gas’, will provide all of the analyser systems for monitoring the electrolysis process at NUCERA’s hydrogen generation plants. This agreement bears testament not only to PSG’s cutting edge technology, but to the company itself as one of the world’s most dependable providers of gas sampling technology.


Thorsten Reisinger, PSG’s managing director commented, “Hydrogen is an important component for a successful energy transition. After almost four decades of good cooperation with thyssenkrupp, we are therefore delighted to be involved in this future topic in particular – a great and sustainable success for our company,”


The emergence of hydrogen generation to be used in methanation processes, as well as for fuel cells, as a


synthesis gas has become a crucial element for successful energy transition. PSG’s knowledge of this sector, their versatile technology and their comprehension of their customers’ needs have made the German manufacturers and indispensable partner for organisations across the world in need of perfect gas sampling.


More information online: ilmt.co/PL/R22g For More Info, email:


email: Flexible ambient air monitoring


The nCLD AL3 from Eco Physics is the ideal instrument for ambient air monitoring, either installed in racks, fi xed monitoring stations or mobile laboratories. Besides the ambient air in the open environment, the analyser is also suitable for air quality monitoring in production plants and offi ces (TLV = threshold limit value).


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The nCLD AL3 is a three-channel NOX-detector based on a modular principle. The measurement ranges are individually adjustable, the parameters are NO, NO2


, NOX


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and NH3 . The


instrument’s inlet operates at ambient pressure. Calibration of the unit runs quick and automatic while all necessary data is continuously stored and readily available anywhere and at any time. The nCLD AL3conforms to ISO EN 14211.


59165pr@reply-direct.com


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