Q: What is the general slope of a linear vibrating screen?
A: The slope angle of a linear vibrating screen is 0°~7°. The selected angle varies according to the material characteristics.
Q: What should I do if the linear vibrating screen moves too slowly?
A: 1. Check the tension of the screen to ensure that the screen surface is tight and not loose;
- Adjust the slope angle of the linear vibrating screen to a larger value of 0°~7°;
- Choose a vibration motor with a larger excitation force;
If the problem still cannot be solved, it means that there was a problem when purchasing the equipment. Choose an experienced manufacturer to purchase the equipment.
Q: What is the direction of the two motors of the linear vibrating screen?
A: When the two motors are running relative to each other, one runs in the forward direction and the other runs in the reverse direction. The excitation forces generated in the lateral direction offset each other due to the relative operation of the motors, as shown in the figure below:
Q: What is the installation angle of the linear vibrating screen motor?
A: There are two types of linear vibrating screen motors: one is the upper vibration type and the other is the lower vibration type. The installation angle cannot be said to be a fixed angle. It varies according to various factors such as the size and configuration of the equipment. The schematic diagrams of the two types are as follows:
Q: Can a linear vibrating screen use one motor?
A: No, the excitation force generated by a single motor during operation cannot be offset, causing the equipment to tilt and be damaged. For details, please refer to the working principle of the linear vibrating screen.
Working principle of the linear vibrating screen: When the two vibration motors installed longitudinally on the screen body are in relative operation, the excitation forces generated in the horizontal direction offset each other due to the relative operation of the motors, and the longitudinal excitation force is transmitted to the entire screen box through the vibration transmission body, causing the screen surface to vibrate and perform screening operations.