How to set the discharge speed of a quantitative packaging scale?

The setting of the discharge speed of a quantitative packaging scale is a crucial step in improving packaging efficiency and accuracy. Zhengzhou Hanke Machinery has unique technologies in this area. The adjustment of the discharge speed mainly involves two aspects: mechanical and electrical.

Mechanical adjustment: Quantitative packaging scales usually come with vibration motors to control the flow of materials. By adjusting the frequency and amplitude of the vibration motor, the discharge speed can be directly affected. During operation, the product can be placed on the vibration plate, and the adjustment can be carried out while observing the discharge situation until the desired speed is achieved. During this process, attention should be paid to the material characteristics, such as density and viscosity, as well as the structural design of the vibration plate, to avoid excessive vibration that may cause damage to the materials or poor discharge.

Electrical adjustment: The control system of the quantitative packaging scale has built-in PID parameter adjustment functions. By adjusting the three parameters of proportion (P), integration (I), and differentiation (D), the discharge speed can be finely controlled to ensure a rapid and stable system response. In addition, based on the material characteristics and packaging requirements, reasonable settings of deceleration points A (from fast to slow) and deceleration point B (from slow to stop) are also important means to optimize the discharge speed.

The quantitative packaging scale of Zhengzhou Hanke Machinery not only has a wide range of adjustable discharge speed, but also has a simple and intuitive adjustment process.