The filling scale utilizes the high-accuracy feature of Electronic scales to connect the electronic scale with the weighing control instrument through a data line. During the weighing process, the pressure signals from the electronic scale are continuously transmitted to the control instrument. The weighing accuracy is not affected by factors such as density, temperature, impurities, and bubbles. Both liquid and semi-solid mixtures can be accurately measured. It consists of a filling head, a weighing conveyor, and a positioning device. It can be combined with bottle Sorting machines, screw caps machines, and labeling machines to form a complete filling production line. It has functions such as automatic quantification, automatic filling, automatic error correction, counting, and material cleaning. 

The filling scale is used for data collection, processing and control. The embedded MCGS configuration software's touch screen realizes real-time display of data, setting of quantitative values, quick-in quantities, medium-in quantities, slow-in quantities and other parameters, and then starts the system. The Filling system converts the weight of the material through the weighing module into corresponding voltage signals and transmits them to the weighing instrument. The weighing instrument completes amplification, filtering, A/D conversion and processing of the signals. The processed data is transmitted to the touch screen for real-time display. Combined with the three-level feeding algorithm, the control quantity is output to drive the actuator to control the valve to close, thereby changing the feeding speed. When the mass of the material in the weighing hopper plus the air drop amount reaches the quantitative value, the valve of the discharge port is closed. The quantitative scale should include the weighing module, weighing instrument and touch screen. Among them, the weighing instrument includes a single-chip microcomputer, A/D conversion module, signal conditioning circuit, input and output of switch quantities, communication circuit, etc. The DI input is the input signal of start, stop, etc. switch quantities. The DO output is the output signal for driving the control of the valve to close, open and the alarm of the buzzer, etc.