DC Spur Gear Motor

Spur Gear Motor
December 02, 2025
Category Connection: DC Spur Gear Motor
Brief: Wondering how the FT-37RGM555 DC Spur Gear Motor delivers high torque and silent operation? This video provides a detailed walkthrough of its robust construction, customizable voltage and speed options, and real-world performance insights for demanding B2B applications.
Related Product Features:
  • Features a very sturdy construction with excellent access to M3 mounting screws for secure installation.
  • Utilizes double ball bearings and carbon brush pads for smooth, quiet operation and extended service life.
  • Equipped with a full steel or powder metallurgy gear system for high efficiency and large torque output.
  • Allows for easy reversal of motor rotation (CW/CCW) by changing the wiring connection.
  • Adopts a circular straight-tooth spur gear structure for silent, long-lasting, and efficient performance.
  • Output shaft is vertically arranged relative to the motor shaft, ideal for space-constrained installations.
  • Supports customizable voltage (5V, 6V, 12V, 24V) and power ratings (2W to 10W) to meet specific needs.
  • Offers customizable no-load speed (2.5-970 RPM) and shaft diameter for versatile application requirements.
FAQs:
  • What are the key advantages of the FT-37RGM555 DC Spur Gear Motor?
    This motor offers excellent quality, high torque, high efficiency, and silent operation. It features a sturdy construction, double ball bearings for longevity, and customizable voltage, speed, and power options to suit various industrial applications.
  • Can the rotation direction of this gear motor be changed?
    Yes, you can easily change the motor rotation to clockwise (CW) or counter-clockwise (CCW) by modifying the wiring connection, providing flexibility in application setup.
  • What should I consider when selecting a power supply for this motor?
    Choose a DC power supply (such as 12V or 24V) that matches the motor's input voltage requirements. Operating beyond the specified voltage or exceeding the stall torque limit can damage internal components.
  • How does the reduction ratio affect the motor's performance?
    A larger reduction ratio results in greater output torque and lower speed. It's important to note that reducing speed via speed adjustment (not the gear ratio) will decrease the output torque accordingly.