Electric Curtains Motor 24V 10-500RPM ≤1.6A Gear Motor For Smart Device

Product Description

Lead Time

Essential Details

Rated Current: ≤1.6A

Place of Origin: Guangdong, China

Type: Gear Motor

Application: Electric Curtains

Maximum Torsion: 10-70kg.cm

Rated Torque: 3.4-70kg.cm

Stop Current: 4.5A

Warranty: 3 Years

Model Number: KG-5840GM24

Rated Voltage: 24V

Rated Speed: 10-500RPM

Drawing

Sample

Application

The working life of the gear motor generally exceeds the working life of the DC motor, which can usually reach 1000 to 3000 hours. The total reduction ratio of the gearbox is generally in the range of 1:10 to 1:500. After special design, it can reach 1:1000 or larger, but the gearbox with a large reduction ratio is not allowed to "reverse", that is, it cannot use the output shaft of the gear motor as the drive shaft to force reverse.
Due to the limitation of gear strength, when the total transmission is large, the gear motor may not be able to withstand the locked-rotor torque, and the load torque at this time cannot exceed the maximum allowable short-time load torque.

The gear motor consists of multiple gear pairs. Each stage includes a pair of meshing gears consisting of a sheet gear and a pinion. The first pinion is mounted on the output shaft of the motor. The bearing used for the output shaft of the gear box is usually an oil bearing made of sintered copper or iron material.

Gears are used to transfer power from one part of the machine to another. In a bicycle, for example, it is the gear that powers from the pedals to the rear wheels. Similarly, in a car, gears transmit power from the crankshaft (the rotating shaft of power from the engine) to a drive shaft that runs underneath the car, which supplies energy to the wheels.

We can connect any number of gears together and can have different shapes and sizes. Whenever we transfer power from one gear to another, we can do one of two things: Gearbox bicycle gears increase speed: If two gears are connected together, one gear is more than the second, and the second gear has to turn faster to keep up. Thus, this arrangement means that the second round turns faster than the first, but with less force.

Change direction: When two gears are meshed together, the second always turns in the opposite direction. So if one rotates clockwise, the second must rotate counterclockwise. We can also use specially shaped gears to turn the force of the machine at an Angle. For example, in a car, the differential (the transmission in the middle of the rear axle of a rear-wheel-drive vehicle) uses conical bevel gears to turn the power of the drive shaft 90 degrees and turn the rear wheels.

Shenzhen Go-Gold Motor Co., Ltd