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Home » Keywords: » temperature uniformity survey (TUS)
Items Tagged with 'temperature uniformity survey (TUS)'
Conduct the temperature uniformity survey (TUS) on the furnaces each week. Be sure to remember to conduct the TUS anytime that a repair has been completed on the furnace.
Careful preparation and planning as to how pyrometry requirements should be implemented are essential from a practical perspective, especially for ever-increasing automated and complex multistage, semi-continuous or continuous processes.
In today’s heat-treatment industry, we are faced daily with the challenges of complying with the regulatory standards that are relevant to our specific markets and products.
The three letters P-I-D send shivers down most spines; tuning may induce an actual headache. This has proven true for decades, but why is the concept so overwhelming? This article will attempt to answer that difficult question with simple considerations.
A discovery by Thomas J. Seebeck in 1821 paved the way for the modern thermocouple, and today it is the most widely used electrical sensor in thermometry.
Seebeck discovered that when two dissimilar metals are connected (“junctioned”) together, a minute electric potential will be generated. This phenomenon, known as the Seebeck Effect, is the basis of how a thermocouple functions.
Aerospace Material Specification 2750 (AMS 2750) is the main pyrometry specification that provides the requirements for the calibration and testing of thermal-processing equipment.
From start to finish, the production of metal products is one of the most energy-intensive industries in the world. As a result, improving both energy and production efficiency, while also ensuring product quality, is likely at the top of any manufacturer’s to-do list.
When it comes to heat treating, understanding the way the furnace works is key to optimizing the process. Fortunately, this understanding can be achieved with thermal profiling.