Coarse grain color sorter is a new multi-purpose color sorter, which mainly provides the color selection of a series of coarse grain agricultural products such as soybean, corn, broad bean, peanut, coffee bean, pepper, wolfberry, chickpea, etc. The working principle of grain color sorter is mainly based on the difference of optical characteristics of all kinds of grains.
Photoelectric technology is used to automatically sort out the heterochromatic particles in the selected materials, so as to improve the quality of the selected materials and remove impurities. It is specially developed and produced for the processing industry of grains and grains. It has remarkable effect on selecting impurities such as heterochromatic particles, small stones and moldy particles for various grains. The equipment is equipped with high-definition pixel camera to intelligently identify the images collected by the incoming products, select and select carefully, so as to make the sorting cleaner and more thorough and in place in one step.
The oil-free air compressor is the main part of the air source device. It is the device that converts the mechanical energy of the prime mover (usually the motor) into the gas pressure energy, and it is the air pressure generating device of the compressed air. The color separator itself is unable to supply air, so it needs to be equipped with oil-free air compressor to provide air source.
When the selected materials enter the color sorter for color selection, the air stored in the oil-free air compressor is converted into oil-free clean air to be input to the color sorter, and the color sorter system generates an output signal to drive the solenoid valve to work and blow out the foreign particles in the materials into the waste material cavity of the receiving hopper, while the good selected materials continue to fall into the finished product cavity of the receiving hopper, so as to achieve the purpose of selecting other materials Objective.
According to the difference of optical properties of materials, the photoelectric technology is used to automatically sort out the heterochromatic particles. The photoelectric sorter is suitable for the selection of granular plastics. In the process of belt conveying, a series of CCD cameras are used to scan the defective products instantaneously, and then the compressed air ejected from the high-speed nozzle is used to remove the defective products. In particular, the use of a two-stage secondary separation, you can get high-purity, high-quality finished products. With this photoelectric sorter, high quality can be achieved.