Smart Home Motor 24V 28W 6.6A 3300RPM IE 1 Totally Enclosed DC Motor Go-Gold

Product Specification

Smart Home Motor 24V 28W 6.6A 3300RPM IE 1 Totally Enclosed DC Motor Go-Gold

Performance Specifications

Motor

Aplication

Drawings

Essential Details

Efficiency: IE1

Commutation: DC

Protect Feature: Explosion-proof

Speed: 3000-3300RPM

Construction: Permanent Magnet

Noise: Low Noise Level

Keywords: DC Message Chair Motor

Warranty: 3 Years

Place of Origin: Guangdong, China

Brand Name: GO-GOLD

Model Number: KG-6395DC12

Usage: Message Chair

Type: DC Motor

Applications of DC Motors

DC motors are widely used in various fields such as industrial production, family life, transportation, and air conditioning.

1. Industrial production DC motors are widely used in industrial production, such as various machine tools, cranes, conveyors, robots, mixers, CNC lathes, etc. Among them, stepper motors are often used in CNC machine tools, while DC motors are often used in mechanical equipment requiring high torque and stable operation.

2. Family life DC motors are also widely used in family life, such as vacuum cleaners, water dispensers, washing machines, fans, refrigerators, air purifiers, etc.

3. Transportation DC motors are also widely used in transportation, such as electric vehicles, elevators, subways, electric trains, ships, etc. The most common of these are electric cars and elevators.

4. The air conditioning DC motor can also be used as a drive motor for heat exchangers and air conditioning ventilation systems to ensure the efficiency and stability of air circulation.

Working Principle of Massage Chair Motor

The working principle of the massage chair motor involves the process of converting electrical energy into mechanical energy, as well as how to achieve massage functions through complex mechanical structures and control systems. The following are the key steps for the operation of the massage chair motor:

Electric energy input: The massage chair motor usually requires the use of AC or DC power to start working. 

Motor body: Once the power is connected, the motor body begins to work, converting electrical energy into mechanical energy.

Reducer: The output speed of the motor body may be very high, so a reducer is needed to reduce the speed to meet the needs of the massage chair.

Transmission shaft: The lower speed output by the reducer is transmitted to the swing arm and other related components through the transmission shaft.

Swing arm: The swing arm is an important component of the massage chair motor, which drives the massage head and swing rod through a transmission shaft to perform massage actions.

Massage head: The swing rod is connected to the massage head, and various massage techniques are achieved through the movement of the swing arm, such as kneading, tapping, massage, and caressing. 

Control system: The microprocessor chip inside the massage chair is responsible for coordinating and controlling the operation of various components, and adjusting the status of the massage chair by receiving user operation instructions and feedback signals from sensors.
Sensor technology: Built in sensors (such as weight sensors, temperature sensors, pressure sensors) monitor the user's condition and massage effect, in order to adjust the intensity and intensity of the massage.

Ergonomic design: The design of the massage chair takes into account ergonomic principles and aims to provide users with a comfortable massage experience.

Heating massage principle: Some massage chairs are equipped with heaters, which promote blood circulation and soothe muscles by heating and massaging the head.