Ultra-wide angle thermal MEMS sensor offers contactless temperature measurement up to 200ºC
03 September 2019
Omron has added a wide angle 32 x 32 element version of its D6T MEMS thermal sensors, offering contactless temperature measurement across the widest field of view that Omron has ever delivered.
The new ultra-wide angle Omron D6T-32L-01A can view across 90.0° by 90.0°, making it possible to encompass a wide area such as a whole room from a single point. This high performance MEMS sensor offers contactless measurement of temperatures of 0-200ºC in ambient temperatures of -10-70ºC.
The D6T-32L is one of three new D6T variants announced by Omron. Applications where a more restricted field of view is needed can be fulfilled by the 1x8 D6T-8L-09H and the 4x4 D6T-44L-06H, offering 54.5° x 5.5° and 44.2° by 45.7° respectively. These two devices offer contactless temperature measurement between 5-200ºC at ambient temperatures of 5-45ºC.
“The new additions to the D6T sensor range open up a great range of new applications,” said Gabriele Fulco, European Product Manager, Omron. “From the detection of abnormal temperatures in industrial equipment on the production line to monitoring of food and other temperatures in the kitchen, the D6T can make a valuable contribution to safety – identifying potential problems before they become major hazards. This can not only save lives, but also costs – allowing preventative maintenance to be undertaken in a timely manner. People detection remains a further key application area, and the new sensors are able to detect the presence and location of people in a space more accurately and reliably than ever.”
Omron D6T MEMS thermal sensors are based on an IR sensor which measures the surface temperature of objects without touching them using a thermopile element that absorbs radiated energy from the target object. Incorporating a state-of-the-art MEMS thermopile, custom designed sensor ASIC, and signal processing microprocessor and algorithm into tiny package, the D6T is believed to offer the highest signal-to-noise ratio (SNR) in the industry. It converts the sensor signal to a digital temperature output giving a straightforward interface to a microcontroller. The space saving design of the D6T, at only 14 x 8 x 8.93 mm for the largest 32 x 32 element version, makes it exceptionally well suited to temperature detection in a wide range of IoT and other embedded applications.
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