Three minutes to understand the basic concepts and selection calculations of reducers
Just like a car shifting gears and climbing hills, the gearbox can convert the high-speed rotation of the motor into low-speed high torque output. For example, if a motor rotates 1500 revolutions per minute and is "processed" by a reducer, the output end may only rotate 30 revolutions, but the force can lift hundreds of pounds of weight!
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2025
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Three speed regulation methods for three-phase asynchronous motors
According to the formula for the speed relationship of three-phase asynchronous motors, there are three ways to change the speed of asynchronous motors:;
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2025
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Internal structure of common right angle shaft reducers
This type of reducer is generally more common in the design and selection of non-standard automation equipment. Examples of models include the S series and K series of the four major series of reducers.
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2025
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Selection and Calculation of Stepper Motor
A stepper motor is an actuator that converts electrical pulses into angular displacement. By controlling the number of pulses, the angular displacement is controlled to achieve precise positioning. Under various control signals such as digital, analog, and communication, stepper motors are widely used in various position and speed control applications.
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2025
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What is the difference between a variable speed motor and a regular motor?
As an indispensable power equipment in modern industry and life, electric motors are widely used in various fields. According to different control methods and application requirements, motors can be divided into two categories: speed regulating motors and ordinary motors. Adjustable speed motors have the function of speed regulation, which can automatically adjust the speed according to changes in load to meet the needs of different working conditions; However, ordinary motors do not have speed regulation function and have a fixed speed. This article will compare and analyze the differences between speed regulating motors and ordinary motors from multiple perspectives.
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2025
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