MG310 MG370 Hall/GMR DC Reduction Gear Motor with AB Phase 13PPR/500PPR High-Precision Encoder Motor (500PPR GMR Encoder)

The MG310 and MG370 DC Reduction Gear Motors are precision-engineered compact gear motors designed for applications demanding reliable torque and accurate speed control. Available with either a Hall encoder (MG310) or a GMR encoder (MG370), these motors offer AB phase feedback with resolution options of 13PPR or 500PPR, making them well-suited for robotics, automation, and motion control projects. Built with a permanent magnet construction and brush commutation, they deliver a rated torque of 0.4 to 1.5 kgf.cm with a continuous current draw of 500mA to 1100mA. The totally enclosed metal gearbox provides durable protection against dust and debris, ensuring long-lasting performance in demanding environments. Operating at IE2 efficiency standards, these motors strike a solid balance between power output and energy consumption. The compact cylindrical form factor and integrated encoder connector make installation straightforward. Whether you need fine positional feedback or consistent rotational output, the MG310 and MG370 gear motors deliver dependable results in a space-saving design.

• DUAL MODEL OPTIONS: Available in MG310 and MG370 configurations, each featuring either a Hall encoder or GMR encoder to suit different precision and application needs.
• HIGH-PRECISION ENCODER: Equipped with an AB phase encoder offering 13PPR or 500PPR resolution, enabling accurate speed and position feedback for demanding motion control tasks.
• RELIABLE CONSTRUCTION: Totally enclosed permanent magnet design with brush commutation ensures consistent, dependable performance and protects internal components from dust and debris.
• STRONG TORQUE OUTPUT: Delivers a rated torque of 0.4 to 1.5 kgf.cm with a continuous current rating of 500mA to 1100mA, making it well-suited for gear reduction applications.
• COMPACT GEAR MOTOR: The DC reduction gear motor design combines a small form factor with IE2 efficiency, ideal for robotics, automation, and other precision drive systems.