Ir Pyrometer Sensor

Infrared pyrometers allow users to measure temperature in applications where conventional sensors cannot be employed.

Ir pyrometer sensor.

This unique capability sets a new standard for process monitoring. While the technology to make non contact infrared temperature measurements has been around for over 100 years companies still struggle with the guess a mating the correct emissivity to make accurate temperature measurements. Separated by a flexible fiber optic cable the optical head may be positioned near the target with the rugged electronics housing installed remotely in a convenient location. The pyrofiber industrial automatic emissivity measurement system aems infrared thermometer uses the latest fiber optic sensor and pulsed laser technology to precisely measure the true target non contact temperature measurement.

Simply select a suitable temperature sensor from one of the following product groups. Accurate infrared pyrometers for industrial applications williamson is passionate about helping customers solve challenging temperature measurement problems so that they can improve product quality increase process efficiency and control costs. The original infrared pyrometers were non contacting optical devices which intercepted and evaluated the visible radiation emitted by glowing objects. A modern and more correct definition would be any non contacting device intercepting and measuring thermal radiation emitted from an object to determine surface temperature.

An advanced non contact infrared pyrometer providing a single sensor solution for aluminium extrusion strip mill forming forging and further processing. Process sensors corp is a world leader in advanced nir and ir measurement manufacturing moisture gauges sensors and providing the most accurate and reliable moisture measurement available for quality control in manufacturing processes for industries worldwide. Determine true temperature with pyrometer s exclusive epyrocal emissivity calculator. Endurance fiber optic pyrometers allow measurement of targets that would otherwise be inaccessible because of space constraints or harsh environments.