Frequently Asked Questions

What Types of Motors does Feiteng Precision Drive Manufacture?

AC Geared Motors: Induction motors, speed control and braking

Brushed DC Geared Motors: Voltage, torque and speed

Brushless DC Geared Motors: Controllers, feedback and speed regulation

Right-Angle Geared Motors: Mounting and shaft configurations

Planetary Geared Motors: High torque and compact drives

What is the Difference Between a Brushed and a Brushless DC Geared Motor?

Brushed DC Geared Motor: A brushed DC motor and a reduction gearbox can provide controlled low-speed movement. Speed can often be adjusted by changing the applied voltage or using a suitable controller, within the motor’s ratings.

Typical Uses: Small automation devices and powered mechanisms.

Brushless DC Geared Motor: A brushless DC motor uses electronic commutation instead of mechanical brushes. With a compatible controller, it can provide efficient operation, speed regulation and a long service life.

Typical Uses: Robotics, automation and equipment requiring frequent operation.

What Applications are Feiteng Products Suitable for?

Feiteng products are used in the following applications;

  • Automation Equipment
  • Robotics
  • Intelligent Logistics
  • Packaging Machinery
  • Textile Equipment
  • Electronics Manufacturing
  • Medical Equipment
  • Agricultural Machinery

The correct motor depends on the required load, speed, precision and operating temperature and environment.

Do Feiteng Motors come with Speed Controllers?

Feiteng lists motor controllers and low-voltage integrated brushless drivers in its product range. Controller compatibility depends on the motor type, voltage, current and control requirements.

How do I Select the Correct Feiteng Motor?

Check the following requirements before selecting a model:

  • Supply voltage and motor type
  • Rated power in watts or kilowatts
  • Required output speed in RPM
  • Required output torque
  • Gear ratio and shaft dimensions
  • Mounting arrangement and available space
  • Duty cycle and operating environment
  • Brake, encoder or controller requirements
Why is my Feiteng Motor Overheating, Noisy or Vibrating?

Overheating: Possible causes include excessive load, incorrect supply voltage, inadequate ventilation, frequent starting or a mechanical fault. Check the manufacturer’s operating limits and investigate unusual temperature increases.

Noisy or Vibrating: Possible causes include loose mounting hardware, misalignment, worn bearings, gear damage or an unsuitable load. If the noise changes suddenly or is accompanied by overheating, stop the equipment and investigate.

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