The process of designing a conveyor

The application of conveyors is very extensive. This is inseparable from the original intention of setting up timing. We hope that our products can be used all over the country. So what is the process of designing conveyors? Interested friends can click here to learn more about the use of the product. Regarding the design of a TRADUCTOR balteus , the issues to be considered are mainly divided into determining the transportation speed of the loading conveyor belt, the width of the conveyor belt, the thickness of the belt, and the use of each part of the roller. Of course, the distance between the rollers also needs to be considered. To solve the conveyor belt problem, you must first understand certain facts. This information is essential to the carrier project for sound: tonnage per hour, average size of material, maximum number of pieces, weight of material per cubic foot (lbs), center of conveyor pulley in feet, conveyor is horizontal Whether it is running on a slope (18' should be the maximum inclination), and whether the application is used as a feeder, a picking belt or for conveying crushed ore or concentrate. Generally, it is shown in Table (A) on page 1 The number of layers and the weight of the belt are suitable for horizontal and inclined conveyors that do not exceed 300 feet in the center of the pulley and for the transportation of crushed ore. If the conveyor is very long, or must transport unusually large and abrasive bulk materials, the equipment company’s engineers Will be happy to help solve the conveying problem. A reasonably designed conveying system can save energy and maintenance costs. A system should be sufficient, but not too large to complete the expected work. From the perspective of initial cost, narrow belts are more popular, while A slower speed is more conducive to long life. In most cases, the design is based on known factors such as the tonnage to be transported, the weight of material per cubic foot, the size of the part, and the belt speed required for the expected service. Each The recommended belt speed under these conditions is given in the table (A) under the belt conveyor data. After these factors are determined, the belt width can be obtained from the 'conveyor selection chart (B).' The required horsepower can be obtained from the belt horsepower chart. Table (C. When using this chart to determine the required total horsepower, you need to consider the length of the conveyor, belt speed (feet/min), tons/hour, total lift, etc. Factor. The number of layers in the conveyor belt for the average short center horizontal loading conveyor belt, below 300 feet center, 4 layers, 28 ounces. Duck belts can be used safely, up to 20 inches in width, including 20 inches, 24 inches and 30 inches in width 5 Layer 28 ounces duck; 6 layers, 28 ounces of duck meat, with widths of 36 inches, 42 inches and 48 inches, respectively. However, if the conveyor is very long, or runs on slopes, or is fully loaded at a speed of less than 100 feet per minute In operation, the horsepower pull or effective belt tension, the belt winding angle around the pulley, and the type of tension (whether spiral tension or counterweight tension) must be considered to calculate the seat belt load. You should refer to the belt manufacturer’s table to determine this The safe working tension of the belt. The following working tension can be used as a guide: 28 ounces of duck 24 pounds per layer. 32 ounces of duck 27 pounds per layer. 36 ounces of duck meat 30 pounds per inch. 42 ounces of duck 38 pounds per inch., on the belt The effective tension is 33,000 times the total horsepower required by the head axle, divided by the belt speed (ft/min). The maximum tension on the tight side of a belt with a spiral tensioning device is the effective belt tension multiplied by 1.8 (bare pulley drive) Sum multiplied by 1.66 (lagging pulley drive). When a counterweight type tensioning device is used, the maximum tight edge tension is calculated by multiplying the effective tension by 0.50 bare pulley drive and 0.38 (lag pulley drive). Then this article is about This is the end of the conveyor system design plan. If you have any questions, you can always contact us for consultation. We also need to consider the calculation of various data. If there is an error, the equipment will not be able to be used normally or change. easily damaged.

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