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The carbon fiber motor rotor winding machine is mainly a special equipment for the high-speed motor industry, which can provide stable large tension control, and the tension can reach 3000N. It meets the high-speed operation and tightening of high-speed motor rotors.
1. Requirements for carbon fiber used for winding
When using carbon fiber sheath, use low T700 grade thermosetting carbon fiber prepreg. The elastic modulus of the fiber direction of the uniaxial tensile specimen at 180°C is not less than 150Gpa, the tensile strength is not less than 2200Mpa, the elastic modulus perpendicular to the fiber direction is not less than 7Gpa, and the tensile strength is not less than 45Mpa; carbon fiber can work normally for a long time at 180°C.
2. Advantages of carbon fiber rotor motor
1. Good cooling effect: Because carbon fiber has good thermal conductivity, it can quickly dissipate the heat inside the motor, so it can reduce the temperature of the motor and improve the efficiency and life of the motor.
2...Motor weight: The density of carbon fiber material is very small, so using carbon fiber as the structure of the rotor can reduce the weight of the motor and improve the power constant and use effect of the motor.
3. Improve motor efficiency: Since the carbon fiber rotor is light and small, it can reduce the inertia force of the motor, reduce energy loss, and improve the efficiency and response speed of the motor.
4. Reduce motor noise: The carbon fiber rotor has a stable structure and is not easy to vibrate, so it can reduce the noise of the motor.
5. Improve motor life: The carbon fiber rotor has a stable structure and is not easy to cause fatigue damage, so it can extend the service life of the motor.
3. Application of carbon fiber rotor motor
Carbon fiber rotor motors are currently widely used in aerospace, automobiles, robots, medical equipment, industrial automation and other fields. For example, carbon fiber rotor motors can be used for robot joint drives to improve the response speed and accuracy of robots; they can be used for high-speed motors in medical equipment to improve the efficiency and service life of machinery; they can be used for conveyor belt drives on industrial automation production lines to improve production efficiency and quality.
1. Requirements for carbon fiber used for winding
When using carbon fiber sheath, use low T700 grade thermosetting carbon fiber prepreg. The elastic modulus of the fiber direction of the uniaxial tensile specimen at 180°C is not less than 150Gpa, the tensile strength is not less than 2200Mpa, the elastic modulus perpendicular to the fiber direction is not less than 7Gpa, and the tensile strength is not less than 45Mpa; carbon fiber can work normally for a long time at 180°C.
2. Advantages of carbon fiber rotor motor
1. Good cooling effect: Because carbon fiber has good thermal conductivity, it can quickly dissipate the heat inside the motor, so it can reduce the temperature of the motor and improve the efficiency and life of the motor.
2...Motor weight: The density of carbon fiber material is very small, so using carbon fiber as the structure of the rotor can reduce the weight of the motor and improve the power constant and use effect of the motor.
3. Improve motor efficiency: Since the carbon fiber rotor is light and small, it can reduce the inertia force of the motor, reduce energy loss, and improve the efficiency and response speed of the motor.
4. Reduce motor noise: The carbon fiber rotor has a stable structure and is not easy to vibrate, so it can reduce the noise of the motor.
5. Improve motor life: The carbon fiber rotor has a stable structure and is not easy to cause fatigue damage, so it can extend the service life of the motor.
3. Application of carbon fiber rotor motor
Carbon fiber rotor motors are currently widely used in aerospace, automobiles, robots, medical equipment, industrial automation and other fields. For example, carbon fiber rotor motors can be used for robot joint drives to improve the response speed and accuracy of robots; they can be used for high-speed motors in medical equipment to improve the efficiency and service life of machinery; they can be used for conveyor belt drives on industrial automation production lines to improve production efficiency and quality.
