Ultrasonic Vibrating Separator System

The power supply of the ultrasonic vibrating separator system uses a piezoelectric ceramic ultrasonic transducer to convert electrical energy into mechanical energy and fix it on the screen mesh. The ultrasonic screen transducer causes the screen mesh to produce ultrasonic vibrations. This vibration causes the material to form a "parabolic" motion on the screen mesh, thereby achieving control of the material.

Ultrasonic vibrating screen can be suitable for screening and classifying various materials, especially suitable for screening some tiny particles, light materials and fibrous materials. The entire screening process of the ultrasonic vibrating screen does not require the addition of any auxiliary reagents, it's pollution-free, waste-free, and it's very environmentally friendly. The ultrasonic vibrating screen has a simple and compact structure and very convenient to maintain.

Speficiation of Ultrasonic Vibrating Separator System

Correct use and debugging of Ultrasonic Vibrating Separator System

1. Adjustment of amplitude.
The adjustment of the amplitude of the vibrating screen ultrasonic system plays a very important role. The amplitude adjustment also needs to be adjusted according to the characteristics of the material. The size of the vibration frequency is directly related to the size of the screening output. The adjusted vibration frequency is appropriate, not only can the screening output meet user requirements, but also reduces damage to the screen mesh and reduces the labor intensity of maintenance personnel and spare parts departments.

2. Adjustment of power.
Users need to note that the power of the ultrasonic vibrating screen does not mean that the larger the power, the better the screening effect. Instead, it needs to be reasonably adjusted according to the screening effect of the materials on the screen mesh surface. When the screening effect is good when testing a small amount of materials, the amplitude and power can be appropriately increased, and then a large amount of materials can be screened. This way you can avoid the device
Excessive power will cause greater energy consumption and easily reduce the service life of the screen mesh. If the power is too low, the material processing capacity cannot meet the user's requirements, and it is easy for material accumulation on the screen mesh surface.

Maintenance method of Ultrasonic Vibrating Separator System
1. Transportation process:
The ultrasonic sieve system is a set of precision electrical components, which have relatively strict requirements for environment, temperature, dust, humidity, etc. During transportation from the manufacturer, it should be pay attention to moisture-proof, waterproof, and high-temperature exposure. If not taken seriously during transportation, it is easy to damage or compress the internal components of the device.
2. During use:
Users need to pay attention to the dust-proof and shock-proof protection of the ultrasonic screening system. The ultrasonic screening system is a precision electrical system, so it is best to install a dust cover on the ultrasonic system when placing the equipment to prevent excessive dust from entering the body and affecting the operation of the ultrasonic vibrating screen. In addition, it is necessary to set up vibration isolation protection for the ultrasonic system to prevent internal components from being damaged by vibration; ventilation should also be paid attention to, as electrical components may generate heat during operation, which is normal. Be sure to pay attention to the ventilation and heat dissipation of the system to ensure that the temperature of the components is not too high.
3. Maintenance process:
During shutdown, the Ultrasonic Vibrating Separator System needs to be checked regularly to prevent dust from entering the ultrasonic screening transducer and causing the ultrasonic transducer to malfunction. The transducer of the ultrasonic system converts electrical energy into wave energy and transmits it to the screen surface. If dust enters the screen transducer, the screen surface of the ultrasonic vibrating screen will not vibrate, and the screening trajectory of materials on the screen surface will be abnormal.
4. Adjustment of ultrasonic system:When the ultrasonic vibrating screen is used for the first time, it needs to be debugged. The numbers on the LCD control panel on the ultrasonic generator display data on vibration frequency and other aspects. Make adjustments based on the above data, the movement of materials on the screen surface, and the screening of materials to avoid excessive frequency adjustments, which may cause the system and vibrating screen to operate at full load. Long-term operation can easily cause components to heat up and shorten the service life of the equipment.