The storage automatic batching machine is a production equipment used in industry to automatically and precisely formula different powder or liquid main materials and auxiliary materials in a certain proportion. It is usually composed of a weighing control system, weighing instrument, PLC system and upper computer, etc.

The automatic batching machine consists of various equipment such as the raw material storage body, conveying body, weighing batching body, dust removal body, and material mixture. The batching method can be reasonably selected based on the characteristics of the industry, production process requirements, and specific material properties, such as the "zero position method" or "reduction method" for weighing. It features multiple working modes including single-bucket single-material, single-bucket multi-material, and multi-bucket multi-material. The weight loss on the smaller surge hopper of the bulk output bag provides sufficient capacity for the sewage discharger to allow the main components to be conveyed at a lower rate by a small-diameter flexible screw conveyor for reloading. In addition, the weight loss of the flexible screw conveyor is a secondary component, in which the manual dumping is carried out at any one or two dumping stations equipped with vacuum filtration systems containing dust in the air. All flexible screw conveyors discharge into a common shoulder-load transition hopper installed on a weighing sensor to confirm the accuracy of a batch of feeding materials before passing through a rotating air lock to the above pneumatic pipeline.

Performance characteristics

1) The Batching system is reliable, highly applicable, has high weighing accuracy, high automation accuracy, stable quality and is easy to manage

2) The electronic weighing display design ensures high measurement accuracy and is easy to calibrate and maintain

3) Data processing: The batching system can automatically perform calculation and processing on the collected signals, thereby automatically controlling the normal operation of the equipment

4) Communication function: The industrial control computer enables bidirectional data communication between the PLC and the instrument

5) Monitoring function: Detect and monitor parameters such as instantaneous flow rate, daily cumulative, monthly cumulative, and annual cumulative during the batching process

6) The screen display can show the operating status of relevant control parameters during the batching process through a computer monitor or weighing instrument

7) Professional material handling capabilities, in combination with the characteristics of raw materials measured by users, utilize various types of Feeders and inlet and outlet valves

8) It features a friendly human-machine interface that can be connected to various types of controllers to perform process control for quantitative measurement or batching

9) Multiple control mode options are available, and control can be carried out through forms such as PLC, human-machine interface, single-chip microcomputer, and industrial control computer

10) Rich experience in system integration, and all kinds of peripheral equipment can be planned and designed according to user requirements

11) Reasonable on-site layout design, which can be configured according to the user's production volume and workshop environment

System technical characteristics

1. System measurement accuracy: less than or equal to 1%

2. Static error: Less than or equal to 0.5%

3. Dynamic cumulative error: Less than or equal to 1%

4. Ambient temperature: Instrument: -20 ° C to 50 ° C; On-site equipment: -30 ° C to 60 ° C

5. Relative humidity: 35%-80%