Selection skills of automatic electronic counting machine

Selection skills of automatic electronic counting machine

Only when the automatic electronic granulator is selected properly can the normal operation of production be ensured. It is understood that a good granulator equipment generally needs to be inspected from the aspects of reliability, applicability, safety, ease of operation, etc.

For example, in terms of reliability, the links that affect the reliability of the pelletizer are generally related to the photoelectric sensor, bin dividing mechanism, blanking port and bottle moving mechanism components. The equipment shall adopt the sensor technology of high dust resistance, so as to ensure the continuous and reliable counting work even under the condition of long-time and high-speed operation. Secondly, the design and manufacture of each mechanism itself should be scientific, reasonable and reliable. At the same time, the working state of each mechanism must be monitored comprehensively and in real time. In case of any abnormality, the alarm should be given in time and the corresponding action should be executed.

In terms of applicability, due to the variety of drug particle types, we should try our best to choose a fully compatible granulator, and flexibly adjust and adapt to different specifications of drug packaging, so as to reduce the number of purchased equipment and save costs and workshop space for enterprises.

In terms of safety, in addition to the protection of drug quality and packaging, the selected pelletizer also needs to select corresponding safety materials to ensure that no damage to drugs will be caused in the counting process. The equipment is required to have a reasonable mechanism, delivery mechanism and distribution mechanism.

In terms of operability, the granulator shall be easy to adjust, operate and clean. To reduce the difficulty of operation, cleaning, adjustment and other links of the operators and ensure the safe operation of production.

In addition, when running a device, only knowing its working principle can help the operator operate the device better. It is introduced in the industry that the working principle of the automatic electronic granulator is very simple. When the granulator is used in a single machine, the products that need to be granulated are manually poured into the discharging device at the top. The machinery sends the products to the rotating disk through vibration, and then the rotating disk sends the products to different tracks. After passing the tracks, the granulators are counted through the electric eye, and the granulators fall into the funnel along the slide way after the accuracy, and then fall into the bottle to complete the work of the granulator 。

In this process, the full-automatic electronic granulator monitors the accuracy of the number of particles by the electric eye. For some redundant particles or particles stuck together, the removal function of the full-automatic electronic granulator will automatically remove these unqualified products.

After understanding the working principle of the full-automatic granulator, it is necessary to operate the equipment correctly and scientifically to ensure the stable operation of production. It is understood that many users often encounter some problems in the process of using the full-automatic granulator, and do not know how to solve them.

For example, the problem of electrostatic adsorption materials is a problem existing in the use of many users. The industry suggests that the way to avoid static electricity can be achieved by adding a partition or attaching non-polar data to the inner wall of the particle dropping shield to avoid electronic handling, adding a grounding power line to the particle dropping shield to connect with the equipment, effectively releasing static electricity, and then avoiding static electricity.

Do your homework well in advance, so that even in the face of the sudden failure of the pelletizer, the operator can grasp it well, and the correct handling method can increase the service life of the equipment and reduce the failure maintenance cost of the enterprise.