beltconveyor_104_w750_l2000

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Regarding the intermediate driven belt conveyor, the following is a detailed analysis: 
1、 Basic composition and structural characteristics 
The intermediate drive belt conveyor is mainly composed of conveyor belt, drive device, intermediate drive device, support device, idler roller, and tensioning device. Its structural characteristics are mainly reflected in the continuous curved shape of the conveyor belt along the entire conveyor line, and the direction of motion can achieve arbitrary bending and turning, which is suitable for various complex working environments. 
2、 Working principle 
The intermediate drive belt conveyor adopts a belt transmission method. The conveyor belt is driven by a driving device. When conveying materials, the speed and amount of material can be controlled by adjusting the tightness of the belt. The conveying process of the intermediate drive belt conveyor is divided into three stages: acceleration stage, uniform speed stage, and deceleration stage. When the driving device is started, the conveyor belt begins to accelerate and enter the acceleration phase, at which point the material begins to be driven into motion; When the speed reaches a certain value, it enters the uniform speed stage, and the material is conveyed at a constant speed; When the conveyor reaches its destination or stops running, it enters the deceleration phase, and the conveyor belt gradually slows down before finally stopping moving. 
3、 Main function 
Improving the traction capacity and stability of the conveyor belt: The intermediate driving device applies driving force to the entire length of the conveyor belt, making it have stronger traction capacity, thereby improving the conveying capacity and stability, and reducing the jumping phenomenon of the conveyor belt. 
Reduce tension fluctuations in the conveyor belt: Due to the uniform and stable driving force applied by the intermediate driving device, the tension fluctuations in the conveyor belt can be effectively reduced, reducing the equipment failure rate and maintenance difficulty. 
Save equipment power loss: The power required for the operation of the intermediate drive belt conveyor is mainly provided by the intermediate drive device. Compared with the fixed end belt conveyor, the intermediate drive conveyor can save about 30% of the power. 
Improving the service life and reliability of equipment: The intermediate drive device evenly applies driving force to the conveyor belt, reducing equipment wear and improving the service life and reliability of the conveyor belt. 
4、 Application scenarios 
Intermediate drive belt conveyors have a wide range of applications in production lines, usually used to transport raw materials, semi-finished products, or finished products from one production process to the next, in order to achieve automation and continuity of the production process. Specifically, it can be applied to the following scenarios: 
Raw material supply: At the beginning of the production line, a flat belt conveyor is driven in the middle to transport raw materials from the storage or supply area to the first process on the production line. 
Processing process transportation: In the middle of the production line, a flat belt conveyor is driven to transport semi-finished products from one processing step to the next. 
Assembly line conveyor: In the later stage of the production line, a middle driven flat belt conveyor is used to transport processed or component parts from one assembly process to the next. 
Finished product packaging: At the end of the production line, a flat belt conveyor is driven in the middle to transport finished products from the last production process to the packaging area. 
5、 Type of driving device 
There are various types of driving devices for intermediate drive belt conveyors, including electric drum drive, K-series hollow shaft reduction motor drive, cycloidal pinwheel reduction motor drive, DCY hard tooth surface reduction gearbox drive, and suspended reduction gearbox V-belt drive. These driving devices each have their own advantages and disadvantages, and are suitable for different working conditions and requirements. 
In summary, the intermediate drive belt conveyor is an efficient and reliable transmission equipment with broad application prospects and market demand.