Smart Home Motor 3-24V 150g.Cm 0.5-30RPM 0.5-15W For Smart Toliet Go-Gold

Smart Home Motor 3-24V 150g.Cm 0.5-30RPM 0.5-15W For Smart Toliet Go-Gold

Performance Specification
 

Essential Details

Warranty: 3 Years

Model Number: KG-6420GM24

Rated Voltage: 3-24V

Rated Speed: 0.5-30RPM

Output Power: 0.5-15W

Continuous Current: Customizable

Place of Origin: Guangdong, China

Type: Gear Motor

Application: Smart toliet 

Rated Torque: 150g.cm

Lead Time

Drawings

Motor Picture

Motor Application

Gear Motor Introduction

A  gear motor, also known as a geared motor or a small gear motor, is a comprehensive motor system composed of a  motor and gearbox. The main function of the gear motor system is to limit the speed of the DC motor shaft, and increase the output torque of the motor. The key performance parameters of a gear motor include output speed (usually measured in revolutions per minute (RPM)), output torque (usually expressed in N.m, kgf.m, or lb-ft), and efficiency (usually expressed in percentages (%)). To select the most suitable gear motor component for a particular application, it is necessary to calculate the load of the application, the required speed, and the torque. INEED Electronics has many types of gear motor, such as spur gear motors, planetary gear motors, and worm gear motors, each type suitable for different application scenarios. These motors are commonly used in modern machinery and mechanisms, provide efficient and low-noise operation, and can operate in a voltage level range from 3V to 24V. In addition,  gear motors are a unique type powered by direct current, effectively reducing speed while enhancing torque output. In summary, the gear motor is an important electromechanical integrated system designed to meet the speed and torque requirements of a variety of applications, available in a variety of types and configurations.

Gear Motor Work

Before delving into their practical applications, it is essential to understand the operation of gear motors. As the name suggests, gear motors are driven by direct current. Once the gear motor is properly connected, it effectively reduces the output speed while increasing the output torque. Simply put, the addition of a gearbox to a unit component results in a reduction in speed, which amplifies the torque output. The torque in the gear motor is achieved through the interconnection of the gears in the gearbox structure. Obviously, the main function of the gear motor is to drive the final shaft at a slower speed than the motor itself. As the speed decreases, the motor changes to a high-torque geared motor, capable of applying greater torque to the shaft or the object being rotated. Its operation depends on the rotation of the rotor, caused by the current passing through the commutator, occurring within the magnetic field. This rotational force is used to do mechanical work.