beltconveyor_053_w600_l3000

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Regarding the tensioning principle of the three stick tensioning conveyor belt, although detailed explanations of the specific term "three stick tensioning" are relatively rare, we can infer and explain it based on the general principle of the conveyor belt tensioning device. 
The main purpose of the conveyor belt tensioning device is to ensure that the conveyor belt can operate smoothly during start-up, running, and braking, while ensuring sufficient friction between the conveyor belt and the driving drum to prevent the conveyor belt from slipping. To achieve this goal, the tensioning device needs to apply a certain amount of tension to the conveyor belt. 
In general conveyor belt tensioning devices, the tensioning force is achieved by adjusting the position of the tensioning device or using some form of spring, hydraulic system, etc. For example, a fixed tensioning device adjusts the position of the tensioning drum through a screw or a tensioning winch, thereby changing the tension of the conveyor belt. Mobile tensioning devices, such as heavy hammer suspensions and heavy-duty carts, utilize gravity or load to provide the required tensioning force. 
For a three stick tensioned conveyor belt, we can speculate that its tensioning principle may involve the following aspects: 
Arrangement and coordination of sticks (rollers): The three stick tensioning device may achieve tensioning of the conveyor belt through the arrangement and coordination of three rollers. These rollers may be connected together by some mechanical structure (such as linkages, springs, etc.), and when adjusting the position of one roller, the other rollers will also move accordingly, thereby changing the tension state of the conveyor belt. 
Spring or hydraulic system: In order to maintain a constant tension on the conveyor belt, the three bar tensioning device may also be equipped with a spring or hydraulic system. When the tension of the conveyor belt changes, these systems can automatically adjust the position of the drum to maintain the required tension. 
Friction and stability: The design of the three bar tensioning device also needs to consider the friction between the conveyor belt and the drum, as well as the stability of the conveyor belt. By arranging the rollers reasonably and adjusting the tension, it is possible to ensure that the conveyor belt does not slip or deviate during operation, and maintains a stable running state. 
It should be noted that the specific definition and structure of the term "three stick tension" may vary depending on the manufacturer and application scenario, so the above explanation is only a possible inference. In practical applications, it is recommended to refer to the specific equipment manual or consult the manufacturer for accurate tensioning principles and information.