Using the metaphor of cooking a steak to its desired level of “doneness,” this article examines the difficulties involved in “cooking” forging billets in induction coils to their most uniform level of completion.

With very fast processes, in some cases with very short cycle times, requirements for devices used in temperature measurement are especially onerous.

Part I of this article considered the technology of measuring temperature through the infrared radiation of a heated metal mass and some of the misconceptions and inaccuracies that may be present in or about the process. This article will explore ways to improve accuracy through proper calibration and to take temperature measurements of highly reflective bodies.

The desired metallurgical properties of forgings are derived from having the right billet temperature when they are forged.

The TMZ Dual (2TPRG) PC-programmable MODBUS temperature transmitter allows users to increase density and reduce costs with dual RTD, thermocouple, mV, resistance or potentiometer inputs by doubling temperature monitoring capability in a single unit.

Noncontact temperature measurement is a key process metric in many industries, but there are many factors that influence accurate temperature measurement from a pyrometer. Here we look at the common influences on inaccurate temperature measurement.

The OS758-LS handheld dual-laser infrared thermometer delivers reliable non-contact measurement for instant troubleshooting.

Omega Engineering's HH911T/HH912T Series uses ultra-low power electronics, which provide a 2,000-hour battery life using three AA batteries.

The electronic surface thermometer has been engineered for a wide range of critical temperature monitoring applications.

The OSXL-TIM3 thermal imaging camera measures from -20 to 250°C (-4 to 482°F) and displays the thermal image and temperature.