Vacuum feeding machine, also known as vacuum conveyor, is a dust-free closed pipeline transportation device that uses vacuum suction to convey particles and powdery materials. It uses the pressure difference between vacuum and ambient space to form gas flow inside the pipeline and drives powder. Material movement to complete the powder delivery.
Vacuum feeding machine is mainly used for conveying powder and granular materials, such as raw material powder, chemical powder, metal oxide powder, explosive powder; capsules, tablets, pills, small food particles, explosive particles, etc.; not suitable for conveying Too moist, sticky, heavy material.
This shows that it has a broad market in the pharmaceutical industry. Vacuum feeding machine also brings great convenience to industrial production. However, in order to make the vacuum feeding machine work better, there are many aspects that require everyone to pay attention because factors that will affect the accuracy of the vacuum loading machine. Still more.
First of all, the positioning speed of the vacuum feeder has a great influence on the accuracy. Because of the different speeds, the energy of the components that it must dissipate is also different. In the ordinary course of operation, a reasonable control speed is often required in order to reduce such positioning errors. For example, an appropriate deceleration is required to increase the buffering performance and efficiency of the buffer device.
Secondly, the precision of the vacuum feeder and the accuracy of the installation speed control have a great influence on the positioning accuracy. If these precisions are not good, positioning accuracy will inevitably be misaligned.
The change in the weight of the moving parts of the vacuum loader again has a great influence on the positioning accuracy. As the weight increases, the positioning accuracy decreases. We must minimize the importance of this moving part in the design, and we must also consider the impact of changes in our work.
Finally, the position control accuracy of the control system of the vacuum feeder, electro-hydraulic proportional control, and servo control has a great influence on the positioning accuracy. This is not only related to the accuracy and sensitivity of each control element, but also has no position feedback. Device related.
In order to accurately position the vacuum loader, it is necessary to pay attention to many aspects. When manufacturing the vacuum loader, it is necessary to pay attention to the accuracy of the control system. When manufacturing the feeder, it is necessary to accurately measure the various parts of the machine. Positioning. At the same time, it must also be timely repaired and mastered the three-step maintenance strategy of the vacuum feeder in order to better ensure the accuracy of the feeder.
Vacuum feeding machine is mainly used for conveying powder and granular materials, such as raw material powder, chemical powder, metal oxide powder, explosive powder; capsules, tablets, pills, small food particles, explosive particles, etc.; not suitable for conveying Too moist, sticky, heavy material.
This shows that it has a broad market in the pharmaceutical industry. Vacuum feeding machine also brings great convenience to industrial production. However, in order to make the vacuum feeding machine work better, there are many aspects that require everyone to pay attention because factors that will affect the accuracy of the vacuum loading machine. Still more.
First of all, the positioning speed of the vacuum feeder has a great influence on the accuracy. Because of the different speeds, the energy of the components that it must dissipate is also different. In the ordinary course of operation, a reasonable control speed is often required in order to reduce such positioning errors. For example, an appropriate deceleration is required to increase the buffering performance and efficiency of the buffer device.
Secondly, the precision of the vacuum feeder and the accuracy of the installation speed control have a great influence on the positioning accuracy. If these precisions are not good, positioning accuracy will inevitably be misaligned.
The change in the weight of the moving parts of the vacuum loader again has a great influence on the positioning accuracy. As the weight increases, the positioning accuracy decreases. We must minimize the importance of this moving part in the design, and we must also consider the impact of changes in our work.
Finally, the position control accuracy of the control system of the vacuum feeder, electro-hydraulic proportional control, and servo control has a great influence on the positioning accuracy. This is not only related to the accuracy and sensitivity of each control element, but also has no position feedback. Device related.
In order to accurately position the vacuum loader, it is necessary to pay attention to many aspects. When manufacturing the vacuum loader, it is necessary to pay attention to the accuracy of the control system. When manufacturing the feeder, it is necessary to accurately measure the various parts of the machine. Positioning. At the same time, it must also be timely repaired and mastered the three-step maintenance strategy of the vacuum feeder in order to better ensure the accuracy of the feeder.
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