Proper Use And Adjustment Of Ultrasonic Vibrating Screens

1. Amplitude Adjustment. Adjusting the amplitude of the ultrasonic system in an ultrasonic vibrating screen plays a crucial role. The amplitude adjustment must be based on the characteristics of the material. The vibration frequency directly affects the screening output. A suitable vibration frequency not only meets user requirements for screening output but also reduces screen damage, lowers maintenance workload, and reduces investment in spare parts.

2. Power Adjustment. Users should note that higher power or amplitude is not always better for ultrasonic vibrating screens. Adjustments should be made based on the screening effect on the material surface. If the screening effect is good with a small amount of material during trial use, the amplitude and power can be appropriately increased before screening larger quantities of material. This avoids excessive power leading to high energy consumption and reduced screen lifespan. Conversely, insufficient power will result in insufficient material throughput and material accumulation on the screen surface.

The ultrasonic vibrating screen is easy to use, but it is recommended that users carefully read the instruction manual before use. Compare the manual with the buttons on the ultrasonic power system to understand the operation interface and button functions, and know what the characters displayed on the LCD screen represent. Most users overlook this crucial point. For example, what does ON/OFF mean? When does the ultrasonic system operate normally, and when does the display indicate a fault? Users need to understand the button functions and interface status meanings in the manual before operating the system. For example, pressing the button once switches to pulse (intermittent) mode, and pressing it again returns to continuous operation. Secondary control: controls the start/stop of the generator; when stopped, the display shows OFF. Display window: shows output rate, output power, and equipment fault codes. AC input line: connects the machine to the circuit; ensure proper grounding. After understanding the equipment's performance and settings, debugging can begin. Users can input a small amount of material for a trial run and adjust settings based on the material's screening performance, such as material bounce height, hourly output, and continuous operating time, to achieve the desired screening effect.

If a malfunction occurs during use, and the problem is with the ultrasonic vibrating screen body, the cause can be found in the body to analyze and resolve the issue. However, if the problem is with the ultrasonic system, the user can refer to the codes displayed on the screen and the meaning of the codes in the instruction manual to find the cause of the malfunction. It is important to note that the user should not turn on the power system of the ultrasonic vibrating screen arbitrarily to avoid accidents.

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