AE has been an Encompass Partner with Rockwell Automation since 2014, and both its optical temperature pyrometers and SCR-power controllers are an integral part of implementing closed-loop control ...

Micro-Epsilon has launched a new portfolio of 100% in-house developed non-contact infrared temperature sensors (pyrometers).

Fluke Process Instruments has designed the Thermalert 4.0 Series Pyrometers for aggressive environments and to provide precise, real-time temperature measurements for process control applications in ...

The pyrometer offers a read speed of up to 1 kHz per channel, enabling quick thermal response to improve temperature control. Also, it maintains the uniformity of leading-edge semiconductor and ...

Spot pyrometers from Fluke Process Instruments have been specifically developed to be flexible and easy to install; durable to resist the most demanding harsh industrial surroundings; and visual so ...

In addition, it supports EtherCAT, serial and USB communications.” Tweet this “Advanced Energy’s pyrometers are used by top semiconductor OEMs due to our industry-leading performance.

Optris GmbH (Berlin, Germany) now offers the new high-speed pyrometer CT 4M for tasks that require fast temperature measurement. Typical examples are plastics processing machinery which work on short ...

Review: Black & Decker TLD100 Laser Pyrometer That sticky window could be letting hundreds of dollars a year blow right out as you climate-control the whole block.

Ultraviolet pyrometer maps wafer temperature 21 Jun 2007 GaN chip developers look set to benefit from an in situ pyrometer that can measure wafer temperatures with a precision of ±0.1°C. Richard ...

Fluke Process Instruments extends its Thermalert 4.0 spot pyrometer series, adding new shortwave versions and various additional interface options. The compact, extremely robust infrared thermometers ...

News Published: 15 November 1917 Pyrometers and Pyrometry Nature 100, 212–213 (1917) Cite this article ...

News Published: 17 June 1939 The Art of Pyrometry Nature 143, 1017 (1939) Cite this article ...