The CI 21 fixed transmitter has a charge carrier injection sensor that is a progressive development to improve upon current ammonia refrigeration detection methods.
As more advanced instruments are available with hygienic configurations, processors find new ways to use these capabilities to improve plant performance
In the food and beverage industry, any process instrument used for temperature, pressure, flow or level measurement that contacts product must meet hygienic requirements designed to provide cleanable surfaces and avoid areas capable of retaining contaminants or facilitating bacteria growth. These rules exist for good reason, but until recently machinery and process designers had to settle for workable but basic instrumentation due to the limited configurations available for meeting sanitary requirements.
For the last five years, P&P Optica has delved into creating a high-end, hyperspectral imaging system that can operate in real time on lines for products such as meat and produce.
Manufacturing's pioneers have shaped cutting-edge forms of product inspection technology that help processors make significant gains in food safety while enhancing efficiency. These recent strides also have manufacturers focusing on cost in alignment with capability—and niche automation markets, such as machine vision, are expected to grow even more.
Sensors can help ensure that automated processes are working correctly, provide feedback on production and improve quality control efforts. But food processors have to be sure that they understand what they need to do to get the most out of their sensing technology.
In order to accommodate its business growth throughout the Americas, Mettler Toledo’s product inspection division announced it will build a new state-of-the-art facility in the Tampa, FL region.
The AEGIS Shaft Voltage Tester digital oscilloscope takes and captures voltage measurements to check in-service motors for damaging VFD-induced shaft voltages.