Advantages and disadvantages of Fiber Optic Pyrometer and photoelectric colorimetric pyrometer
Fiber Optic Pyrometer and photoelectric colorimetric pyrometer are both non-contact temperature measurement instruments. This article mainly introduces the working principles and advantages and disadvantages of Fiber Optic Pyrometer and photoelectric colorimetric pyrometer.
Transmission characteristics of customized Fiber Optic Pyrometer
The customized Fiber Optic Pyrometer is a pyrometer that converts the state of the measured object into a measurable optical signal.
Performance characteristics of Best Fiber Optic Pyrometer
Best Fiber Optic Pyrometer is sensitive to a low temperature and are suitable for high resolution studies in the infrared (IR), ultraviolet and visible (UV) spectrum. They can be used to determine the exact amount of pyrolytic fuel in a gas or solid. The pyrometer is very sensitive to molecular and non-molecular particles.
Working principle of Fiber Optic Pyrometer from china
A pyrometer is a device that measures infrared light, then outputs light of the same wavelength as what was measured. Pyrometers require the instrument to be illuminated with the same white light that is being used to produce a measurement. Fiber Optic Pyrometer from China is described using theoretical models for three-phase optical fiber at different temperatures.
Fiber Optic Pyrometer characteristics and classification
The main feature of Fiber Optic Pyrometer is that it has a temperature measuring probe with an optical fiber. The length of the optical fiber ranges from several meters to hundreds of meters, collectively referred to as optical fiber temperature sensors.
Introduction to the application and classification of Fiber Optic Pyrometer
Fiber Optic Pyrometer uses a polymer temperature-sensitive material that matches the refractive index of the optical fiber to coat the outside of two fused optical fibers so that light energy is input from one optical fiber and the reflective surface is output from the other optical fiber.