Circular motion of water tank wire drawing machine, spur gear, do you know how to calculate the corresponding torque modulus?

In the circular motion of the water tank wire drawing machine, if the spur gear transmission system is used, the corresponding modulus can be calculated through the following steps:

1. Determine the required torque value: First, determine the required torque value of the water tank wire drawing machine. It depends on the design and use requirements of the machine.

2. Choose the right material: according to the required torque value, choose the right material to make spur gear. Common materials are steel, aluminum, copper and so on. Different materials have different strength and wear resistance and need to be selected according to specific conditions.

3. Determine the number of teeth: According to the required torque value and the selected materials, the number of teeth of spur gear can be calculated by formula. The formula is: number of teeth = (2 × torque× safety factor)/(modulus× tooth width× material strength). Among them, the safety factor is considering the extra load and safety factor when working.

4. Select the appropriate modulus: given the number of teeth, the modulus can be calculated by rearranging the formula. The formula is: modulus = (2 × torque× safety factor)/(number of teeth× tooth width× material strength).

It should be noted that the above steps are only one way to calculate the modulus. In practical application, there are many factors to be considered, such as gear reduction ratio, transmission efficiency and gear manufacturing technology. Therefore, it is suggested to consult professional engineers or experts in related fields when designing and selecting gears to ensure the proper gear parameters are selected.