Working principle
The material on the belt is measured by two electronic scales in turn. When A scales are measured, B scales are fed to the belt machine. When B scales are measured, A scales are fed to the belt, automatically convert and work in turn, which not only ensures the continuous delivery of the material, but also carries out high-precision measurement. The sum of the cumulative measurement of the two scales is the weight of the material transported by the belt conveyor. Access the computer to the database for statistics, analysis, processing, printing, saving. It not only improves the measurement accuracy, but also facilitates the material management. The measurement accuracy is higher than 0.1%, which fully meets the national commercial standard.
Functional structure
Two electronic scales are used to measure the material on the belt in turn, and the predetermined control weight value of the A.B scale is set first. When A weigher feeds the weight, B weigher feeds the belt machine. When the weight weighed by A weigher reaches the set value, the weighing instrument sends out A telecommunication number, which is converted to B weigher feeds and weighs, and A weigher feeds the belt. When the weight weighed by B weigher reaches the set value, the weighing instrument sends an electrical signal, which is converted to a weigher feeds and weighs, which automatically converts and rotates.
