STUDIES AND EXPERIMENTAL MEASUREMENTS FOR AUTOMATED CONTROL OF CONVEYOR BELTS
The transport of raw from bunkers to the work installations is a very important activity from the technological flow that takes place in a compound feed factory. So it is indicated to exist an automated control of the conveyor belts, to ensure the proper functioning of the work equipment. The experimental measurements were made using an own conception electronic assembly. Thus it was possible to analyze the operating parameters of rotation and proximity magnetic sensors, which can be used to implement devices that allow automated control of conveyor belts. Studies of measurements shown in this article offer the possibility of implementing automated control devices based on magnetic sensors, which allow the transmission of stop signals of motors that drive the conveyor belts at detection of disturbances in their normal operation, to maximize losses of materials.