FI2B012LB

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FI2B012LB stands for Flying-In-Two-Beam Focus Probe Image Acquisition System, which is an electromechanical device designed specifically for data-intensive applications. It is a multi-function instrument that can measure various parameters in difficult industrial environments, such as vapour and particle composition, size, density, flow rate, effusivity and surface thermal conductivity. The system is a combination of two major components: an electronics board and a multi-axis focus-probe device. The electronics board is responsible for acquiring and processing data, while the focus-probe device is responsible for cleaning, calibrating and positioning. The FI2B012LB is made up of three main components: photoelectric module, air mechanism and servo motor.

Application Field: The focus-probe device of the FI2B012LB Image Acquisition System can measure a variety of different parameters, from temperature and flow rate to particle size and composition. It is often used in difficult industrial environments, such as smelting and steel-rolling, where conventional manual measurements are not possible. The system can also measure temperature and temperature distribution inside solid materials. This makes it suitable for a wide range of industrial applications, including the food and electronics production industries.

Working Principle: The FI2B012LB system works on the principle of using a two-beam focus probe. It consists of two small mirrors, each of which is attached to an adjustable lens. The two beams of light that the mirrors reflect onto the lens are focused by the lens. The resulting beam is then passed to a photomultiplier, which is sensitive to the individual light waves. This allows the system to measure the various parameters of the tested sample.

The FI2B012LB system can measure a variety of different parameters, including temperature, flow rate, particle size and composition. It is an ideal system for a wide range of industrial applications, from food production to electronics production. The system uses a two-beam focus probe to measure a variety of different parameters with precision and accuracy. This makes it a highly reliable and efficient tool for data acquisition in difficult industrial environments.

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