Temperature is the most widely measured variable in the process industries, and it is often a critical factor in industrial processing. If a temperature measurement is not accurate or reliable, it can ...

The measurement of temperature in high-temperature environments remains a central challenge across many scientific and industrial domains, from aerospace engine monitoring to materials processing.

As processor speeds increase and draw more power, thermal management becomes an increasingly important issue within all devices where microcontrollers are used. As thermal management becomes more ...

Starting with the sensor, measuring and controlling temperature is an essential building block of process industries. Automatic control in continuous processes uses industrial control systems to ...

The importance of keeping temperature constant in an environmental chamber. Proper test results means the cell's interior must be at a setpoint temperature. Issues with testing cells at room ...

The TSP341-N’s ability to measure the outside wall temperature of piping for flowing media was the basis for considering suited measuring media in the previous chapter. The measurement results below ...

Suitable monitoring and control of process temperatures require exceptional guidance by the producer or a basic understanding of the measurement techniques required on the part of the customer.

Got cold feet about measuring temperature? If you're not sure which type of sensor is the proper choice for the application at hand, you're not alone. Here we review the main categories of temperature ...

Infrared (IR) technology has been successfully used for years for ongoing temperature measurement and control. Now, new designs are boosting the accuracy, Infrared (IR) technology has been ...

Having full visibility into a composite and/or adhesive bondline during cure has been an issue for decades. Current temperature sensors — thermocouples — are too large to be embedded without causing a ...