The automatic feeding system adds materials in proportion to the set ingredient quantity and performs feedback adjustment based on weight. The ingredient quantity and lag time can be set. When the drop value changes, the magnitude of the change and the magnitude of the ingredient adjustment can be set. Relevant quantities to be monitored and set (such as drop value, post-filter weight, etc.) can be selected.

The hazardous waste forklift weighing system is a dedicated on-board weighing system designed for mobile forklifts. It adopts a unique design structure of attaching a weighing plate. The original teeth of the forklift are removed, and the weighing plate assembly is hung on the forklift's fork frame. Then, the teeth are suspended on the scale body. This weighing system is easy to install and does not require mechanical or hydraulic modifications. It is safe and reliable. The weighing system uses a static method to weigh the loaded goods. The hazardous waste weighing terminal not only displays the weight but also can set pre-set points to achieve the purpose of overloading alarm and prompt.

Integration Measuring and feeding system provides a large amount of data information for production management, such as the list of batching results, the list of raw material consumption, the list of production volume, the record of formula use results, etc., and can be used to produce shift reports, daily reports, monthly reports, annual reports and other statistical and printing functions according to the time, formula and so on. At the same time to provide two kinds of user-defined system components, one is to use the weighing system for secondary design; the other is to embed the data seamlessly into the EXCEL system. The system can interact with other management ingredients to meet the requirements of deep data analysis.

​The metering batching system consists of a central feeding hopper, loading and discharging valves, and control equipment. A flap is installed in the central feeding hopper to control the loading of the 1st and 2nd weighing hoppers. The material conveyed by the belt conveyor passes through the flap in the central feeding hopper and falls into the weighing hopper set at the lower limit. When the weight of the material in this weighing hopper reaches the upper limit (full), the weighing instrument of this hopper will output two signals to control the flap in the central feeding hopper to switch, transferring the material from the 1st weighing hopper to the 2nd weighing hopper.

Quantitative Batching system realizes intelligent and networked management of small material batching, so that finished products and raw materials can be traced in both directions, production decision-making and production control are seamlessly connected, production execution is improved, and real-time and accurate production data are used as the basis for managers' decision-making, so as to prevent the occurrence of quality accidents. Help customers to solve the dosage error prevention, improve dosage precision, quality traceability products, intuitive image, over the limit of the sound and light alarm prompts the application of bar code to effectively prevent the occurrence of the wrong raw materials raw material lot number bar code and finished product lot number bar code fixed in the bar code block can be reused.

The given batching system uses rotor pumps for feeding and automatic metering control. A weighing module is installed under the material tank to monitor the batching weight. When the added materials in the tank meet the formulation requirements, the feeding will be automatically stopped and the delivery will be automatically shut off. A closed-loop weighing system composed of a computer and a frequency converter speed regulator is used.

The security inspection weighing platform measures the weight of items through the weighing system, accumulates the weight of multiple items, and transmits the weight data to the computer for processing. In addition to meeting the requirements for weighing accuracy, the security inspection platform can also be connected to the computer backends of railway, highway and airport security inspection departments. Through computer control of the scale body keyboard, it can achieve functions such as zeroing, removing weights, cumulative net weight, calibration, etc., and can upload current weight, cumulative weight, cumulative times and other related information.

The weighing of the reaction tank is transmitted from the industrial computer in the control center to the electronic scale and PLC controller through the communication line, and the weight of each link is collected and displayed, and the fast feeding and slow feeding strategies are adopted in different weight stages to improve the efficiency and the measurement accuracy of the electronic scale. When the ingredients reach the target value, the output stop measurement signal, and the related valves and pumps are closed by PLC control. At the same time, the action of unloading the reactor is completed, and the measuring instrument is automatically zeroed and peeled.

The ton barrel filling machine adopts manual and automatic control scheme, PLC is responsible for collecting the target value input signals and sending control commands to the actuator after program processing. The material filling display window is established, database variables are created and attribute definitions are completed. Through the means of attribute definition, space, strategy, etc., complete the design of dynamic screen, set up the storage attributes of data variables, establish data query and curve browsing. Establish communication connection and parameter setting of external equipment to realize remote monitoring and data management function.