Warranty: 3years

Place of Origin: Guangdong, China

Brand Name: Go-Gold

Model Number: KG-360GM24

Usage: Boat, Car, Electric Bicycle, Fan, Household Appliances, Electric Curtains/Blinds

Type: Gear Motor

Torque: ~40kg.cm

Commutation: Gear

Protect Feature: Totally Enclosed

Speed(RPM): 1-500RPM

Continuous Current(A): 2A

Efficiency: 65%

Product Name: Electric Curtains Motor Gear Motor

Motor type: Gear Motor

Certification: CCC Ce RoHS

Rated Voltage: 6-24V/custom Made

Keywords:Blind Motor

Noise: Low

Material: Cooper Wire

Sample

Application

Analysis of the advantages of Gear Motors

Gear motor is a common type of motor that is widely used in many industrial and mechanical applications. The reason why gear motors need to reduce speed is because they have the following important functions and advantages.

Firstly, deceleration can increase the torque output of the gear motor. The gear transmission system changes the output torque and speed through the ratio of gear teeth. By increasing the gear diameter on the drive shaft, the gear motor can convert the input low torque high-speed motion into the output high torque low-speed motion. This conversion is crucial for many applications, such as cranes, conveyor belts, and robotic arms, which need to withstand heavy loads or provide high torque output.

Secondly, deceleration can improve the efficiency of gear motors. In some applications, high-speed rotating motors may lead to energy waste and excessive wear. By reducing speed, gear motors can operate at lower speeds, reducing energy consumption and extending equipment lifespan. In addition, deceleration also helps to reduce noise and vibration, improving the comfort of the working environment.

In addition, deceleration can also change the output speed of the gear motor. Different applications require different movement speeds, some require faster speeds, while others require slower speeds. By selecting the appropriate gear transmission ratio, gear motors can provide output speeds that meet the requirements. This is very important for equipment that requires precise control and adjustment of motion speed, such as machine tools, automated production lines, and robots.

Finally, deceleration can also increase the stability and reliability of the gear motor. Under high-speed rotation, the gear motor may be affected by inertial forces, resulting in unstable and uncontrollable motion. By decelerating, the rotational speed can be reduced, the impact of inertial forces on the system can be reduced, thereby improving the stability and reliability of the system.

In summary, gear motors require deceleration because deceleration can increase torque output, improve efficiency, change output speed, and increase stability and reliability. Reduction is an essential function of gear motors in many industrial and mechanical applications, which can meet the needs of different applications and provide reliable power transmission.