rare earth pmdc motor supplier's torque is the output torque of the motor, which is one of the basic parameters of the motor. rare earth pmdc motor supplier torque and motor speed, power and other factors are inseparable. Will take you to understand the commonly used torque formula and servo motor torque calculation. I hope the knowledge we shared can help you.

1. Formula: T=9550P/n Commonly used formula in engineering: torque; Power; The formula for calculating the relationship between speed.

Where: t- torque; 9550- constant (no need to investigate its source); p- Motor power (kw); n- Output speed (RPM)

Note: It is important to note that the loss of gear transmission efficiency is taken into account when calculating torque through the rare earth pmdc motor supplier.

4. The torque calculation formula of the servo motor is: T=F*R* reduction ratio. Example: Driving 100kg object, R=50mm, deceleration ratio: 1:50,

3. About deceleration ratio:

1) The concept of deceleration ratio: the transmission ratio of the deceleration device, which is a transmission ratio, refers to the instantaneous input speed and output speed in the rare earth pmdc motor supplier structure

The ratio of degrees, represented by the symbol "I". If the input speed is 1500r/min and the output speed is 25r/min, the deceleration ratio is: i=60:1. Generally, the deceleration ratio of rare earth pmdc motor suppliers is marked with the actual deceleration ratio, but some special rare earth pmdc motor suppliers, For example, cycloid rare earth pmdc motor supplier or harmonic rare earth pmdc motor supplier, rounding is sometimes performed using the rounding method without denominators. For example, the actual deceleration ratio may be 28.13, but it is generally labeled as 28.

2) Calculation method of deceleration ratio

a, define the calculation method: deceleration ratio = input speed output speed.

b General calculation method: Deceleration ratio = working torque 9550 motor power Motor power input revolution working coefficient.

C. Calculation method of the gear train: reduction ratio = number of driven gears Number of driven gears (in the case of multi-stage gear reduction, the number of driven gears of all meshing gear groups can be multiplied.

d. Belt, chain, friction wheel deceleration ratio calculation method: deceleration ratio = driven wheel diameter driving wheel diameter.

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