June 7, 2023

What Are the Classifications of Geared Motors and for Which Applications?

Simply put, a gearmotor is any motor with a reduction gearbox. Gear motors use AC (alternating current) or DC (direct current) power. In most cases, gear reducers are designed to increase the available output torque without increasing the power consumption of the motor while maintaining a compact size. The price of torque multiplication is a proportional reduction in output shaft speed and reduced overall efficiency. By using the appropriate gear technology and transmission ratio for a specific application, the best output and speed curve and perfect mechanical fit can be obtained, greatly improving the utilization rate of DC motors in the automation industry.

Classification of geared motors:

There are many types of geared motors. To specifically classify their types, they can be roughly divided into low-power geared motors, high-power geared motors, coaxial helical geared motors, parallel shaft helical geared motors, spiral bevel geared motors, Six categories of YCJ series gear reduction motors.

Classifications of Geared Motors

Which industries are geared motors used in?

Gearmotors are used in applications requiring high output torque and low output shaft speed, especially where space and available power are limited. This includes a wide range of general purpose equipment applications across multiple industries. From car wiper and window motors to medical tool and surgical robot motors, from laboratory instruments to smart homes, from automatic door operators to frozen beverage mixers, geared motors are critical to the overall performance of the devices we rely on every day, and now The rapid development of intelligence has promoted the application of geared motors in various industries.

Which industries are not suitable for geared motors?

Because of the flexibility and widespread use of electric gear motors, it’s actually easier to spot which applications don’t use them. Any application that requires high shaft speed and relatively low torque will not be suitable for use with geared motors. This includes most fan, pump and scanning applications. In this case, the rotational speed of the shaft of the motor is the most important factor. Applications requiring maximum efficiency, easy reversing, minimal sound, or highly precise speed or torque control will be better suited to opting for a pure electric motor solution.

The above is the sharing of what is a geared motor. I hope it can help you understand more about the definition of geared motors, the development of intelligence, and the progress of mechanical transmission. Many products require geared motors as driving accessories. Welcome to continue reading this website. We Provide you with geared motor solutions with different specifications, different motor types and different gears.