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We are pleased to announce that Errol Thomas .Jr has recently been promoted to Quality Director at Calex Electronics. Below, we highlight his journey with the company, his new role, and a little about his interests outside work.

The following application notes highlight a number of applications where temperature monitoring may be required in hazardous areas. In these environments, contact temperature measurement can present challenges. We highlight how our ATEX-certified non-contact infrared temperature sensors, such as ExTemp and ExTempMini, may help overcome these challenges.

Paint curing processes in spray booths require accurate and consistent temperature control to ensure optimal coating adhesion, finish quality, and durability. Temperature detection across vehicle surfaces is critical to achieving uniform curing, particularly on complex geometries and large panels.

As previously mentioned, when Calex transitioned to an Employee Owned Trust at the end of last year, our former Managing Director Gary Fuller planned to retire after 29 years at Calex. That day finally came at the end of March, when the team said “goodbye” and presented Gary with a selection of leaving gifts, namely … Continue reading It’s official! →

In some applications, it may not be practical to install an infrared temperature sensor directly inside the process. This can include applications where contamination must be eliminated or where hazardous conditions are present. In these cases, an IR transmissive viewport window can be used to isolate and protect the sensor from the application or target … Continue reading Measuring Temperatures Through Viewport Windows →

In the following video, we briefly introduce the Excelog 6 and show how to use it with our free Excelog software to log temperatures directly to your PC. The video also guides you through the software interface and highlights its main features.

Measuring the temperature of gas cylinders during filling is useful, as temperature rises with pressure. The following application note highlights the effectiveness of our gooseneck mount (GNM) flexible accessory for adjusting the sensor position in this application.

The newly released PyroCV is our suggested sensor for measuring asphalt temperature. The following application note highlights the key features of the sensor and the advantages of using infrared temperature measurement in this application.

The PyroCV is a robust and reliable sensor designed for demanding environments such as construction machinery. The following video provides an overview of this newly released sensor.

Accurate temperature measurement during asphalt laying is critical for achieving proper compaction and long-term pavement performance. With improper temperature control, issues such as poor bonding, premature cracking, rutting, and reduced durability can occur. The following application note highlights two problems that can be solved using our infrared sensors.