The reversing roller, also called the guide roller, is a common key component of the belt conveyor. It is mainly used to change the running direction of the conveyor belt or to compress the conveyor belt to increase the wrapping angle with the transmission roller. The reversing drum is mainly under the belt movement. If the belt transportation direction is left, then the reversing drum is on the right side of the belt conveyor. The main structure is the bearing and the steel drum. The transmission drum is the driving wheel of the belt conveyor. From between the two The relationship is like two wheels on a bicycle. The rear wheel is the transmission roller and the front wheel is the redirection roller. There is no difference in structure between the redirection roller and the transmission roller. They are both composed of the main shaft roller bearing and the bearing chamber. The transmission roller It is divided into two types: main drive and driven.
Specifications
Performance features:
It has the characteristics of compact structure, light weight, small occupation, reliable performance, beautiful appearance, safe and convenient use, and can still work normally under harsh conditions such as dusty, wet and muddy conditions.
Application: Metallurgy, mining, docks, chemicals and medicine, cement and building materials, coal mines.
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Material tilt or accumulation:
In some inclined conveying situations, materials may tilt or accumulate to one side due to gravity. By increasing the angle of the drive roller, the conveyor belt can improve its ability to control the material, ensure that the material is evenly distributed on the belt surface, and prevent the material from sliding due to tilt.
High load transmission:
When transporting large pieces of material (such as ore, coal or heavy equipment), increasing the angle of wrap can increase the friction between the drive roller and the conveyor belt, making power transmission more efficient and avoiding slippage caused by excessive load. This design ensures that the transmission system can still operate smoothly under high loads.
Changing the direction of operation:
In processes where the conveyor belt needs to change its running direction frequently, the application of the Belt Conveyor Bend Pulley can effectively guide the movement of the conveyor belt, while increasing the angle of wrap of the drive roller to ensure the stability of the belt and avoid deviation or deviation.
Reduce wear:
Increasing the angle of wrap can expand the contact area between the drive roller and the conveyor belt, thereby dispersing the pressure transmitted to the roller. This not only reduces wear on the conveyor belt and rollers, but also extends the service life of the entire conveying system and reduces maintenance costs.
Improve conveying efficiency:
In certain situations, increasing the wrap angle of the drive roller can improve conveying efficiency. A larger wrap angle helps to better grip the material and reduce slippage, thereby ensuring smooth material transmission and improving production efficiency.
Adapt to changing working conditions:
In some situations where it is necessary to adapt to different material properties or transportation conditions, the Belt Conveyor Bend Pulley can flexibly adjust the wrap angle to ensure that the conveyor belt can adapt to various operating conditions and maintain stability and reliability.