Knowledge of using stainless steel flanges
Release time:
Mar 26,2025
The weighing process of stainless steel flanges is detailed as follows: the large feed during the storage stage is shown in the figure.
The weighing process of stainless steel flanges is detailed as follows: the large feed during the storage stage is shown in the figure. When using the weighing hopper to discharge materials, the conveyor belt inputs stored materials from the silo to the feeding hopper. If the time relay is adjusted to about left or right, the stored material will be approximately extra weighed. The large and small doors will open simultaneously, and the material will quickly fall into the weighing hopper.
The conveyor belt has a large and fine conveying capacity, which means the weighing speed is controlled by an adjustable scraper. The feeding in the second stage is shown in the diagram. The feeding belt continuously delivers materials, and the feeding hopper serves as a buffer channel to evenly drop them directly into the weighing hopper, so that the swinging of the weighing hopper caused by the large incoming material can be stabilized, and the material can be fed until additional weighing is achieved.
Organized by time relay, the material is composed of strips and columns that fall down to be added to the scale. When the additional weighing is reached, the crossbeam swings into place, and due to the close proximity switch effect with a precision of ‰, the gate quickly closes, blocking the material flow. The weighing process ends, and a new feeding, storage, and discharging stage is carried out for the next cycle, as shown in the figure.
When all the gates are closed and the weighing is reached, the bottom door of the weighing hopper immediately opens, and the stainless steel flange unloads the weighed material into the bag. After the material is unloaded, the bottom door of the weighing hopper quickly closes, allowing it to actively start the next cycle of operation. The scale uses three-stage feeding, so the accuracy is high. The lever balance organization uses a cross flexible fulcrum instead of the traditional knife bearing fulcrum.
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