The Industrial Internet of Things (IIoT) begins with obtaining data from field-located sensors. The reason is simple: These devices supply the information required for taking corrective action.

Thermalert 4.0 provides automatic, noncontact temperature measurement in harsh industrial environments. Intended for use with temperatures of -40 to 4082°F (-40 to 2250°C), the pyrometer series comprises 13 models with varied spectral responses, including dedicated sensors for metals, glass, plastics, paper and food products.

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.

Research team as developed a ‘cooler’ sensing instrument, thereby increasing energy-efficiency and enhancing mobility for diagnostic testing.

Suited for applications where the temperature across an object is crucial, ISR 6-TI Advanced combines an infrared pyrometer with infrared imaging capabilities.

Pyrometer assemblies are made of a durable, erosion-resistant clay-graphite mix with special plasticity properties, which is then extruded into the proper shape.

PSC-G54NL/NV and PSC-S54NL/NV deliver high resolution, fixed-focus optics with small spot sizes.

Pocket-Probe V offers one-hand operation with accurate temperature readings.