NEWS CENTER
DSW Automation
06
2023
-
06
Electromagnetic vibration feeder is a device that uses electromagnetic force to generate vibration, mainly used for conveying and feeding.
Series and imported material waterproof series and explosion-proof electromagnetic vibration series products ZTE, widely used in food packaging machinery, nut packaging machinery, candy packaging machinery, quantitative weighing vertical packaging machinery and other equipment.
Series and imported material waterproof series and explosion-proof electromagnetic vibration series products ZTE, widely used in food packaging machinery, nut packaging machinery, candy packaging machinery, quantitative weighing vertical packaging machinery and other equipment. Product performance is stable, widely used, complete packaging, timely after-sales, welcome to inquire and discuss.
Electromagnetic vibration feeder is a device that uses electromagnetic force to generate vibration, mainly used for conveying and feeding. It is composed of electromagnetic vibrator, vibration trough and support device. Electromagnetic vibration feeder has the characteristics of simple structure, reliable operation and stable vibration, and is widely used in metallurgy, mining, building materials, chemical industry and other industries.
The working principle of the electromagnetic vibration feeder is to push the material to one end of the vibration tank through the exciting force generated by the electromagnetic vibrator, and then transfer the material through the vibration of the vibration tank. Electromagnetic vibrator is the core component of electromagnetic vibration feeder, which converts electrical energy into mechanical vibration energy through electromagnetic force. When the electromagnetic vibrator is energized, the magnetic field generated in the electromagnetic coil interacts with the iron core fixed on the vibrator to generate vibration force and push the vibration tank to vibrate.
The length of the electromagnetic vibration feeder is usually designed according to the actual needs, and can have different lengths to adapt to different work occasions. Under normal circumstances, the longer the length of the electromagnetic vibration feeder, the greater the conveying capacity. In practical applications, according to the characteristics and conveying requirements of the material, the appropriate length of the electromagnetic vibration feeder can be selected to meet the production needs.
Electromagnetic vibration feeder has many advantages. First of all, it has a simple structure, is composed of a small number of parts, and is easy to maintain and maintain. Secondly, its work is reliable, vibration is stable, can achieve continuous, quantitative, uniform transmission. In addition, the electromagnetic vibration feeder has the characteristics of convenient adjustment, no pollution, low noise, and can meet the requirements of modern production for environmental protection and operation safety.
However, electromagnetic vibration feeders also have some shortcomings. First of all, because the vibration force of the electromagnetic vibrator is small, its transmission capacity is relatively low. Secondly, because the vibration frequency and amplitude of the electromagnetic vibrator are difficult to adjust, the adaptability is relatively poor. In addition, the electromagnetic vibration feeder is susceptible to factors such as the humidity and viscosity of the material, and the work efficiency may be affected to a certain extent.
In summary, electromagnetic vibration feeder is a simple structure, reliable work, stable vibration equipment, is widely used in various industries. Although it has some shortcomings, through reasonable design and use, it can give full play to its advantages and meet the production needs. With the continuous progress of science and technology, it is believed that electromagnetic vibration feeders will have broader application prospects in the future.
Copyright©2023 Tianjin DSW Automation Technology Co., Ltd.