Dynetic 215146G Rev 2 Systems DC Servo Motor 

• Model: 215146G
• S/N: 3872
• Rev. 2
• Rated Volts: 24
• D.C. Amps: 1.6

The 215146G Rev 2 is a DC servo motor produced by Dynetic Systems (also associated with MTI or Torque Systems), likely part of their precision motion control lineup. It’s categorized among miscellaneous servo motors, and while manufacturer documentation is scarce, the model name suggests it’s built for specific industrial or medical equipment applications.

The Dynetic Systems 215146G Rev 2 is a high-quality DC servo motor designed for precision-driven applications across diverse equipment. Typically found in industrial, diagnostic, or imaging systems, this servo motor ensures responsive and accurate control. Available through trusted suppliers like Artisan Technology, units are often listed in “excellent” condition and supported with a 1‑year limited warranty—providing confidence long after OEM support ends.

Although the motor may show minor cosmetic wear—some listings note a cracked encoder cover—this does not affect performance. Each unit undergoes full testing and functionality verification before being offered for sale. With options like live SKU viewing via InstraView and flexible freight shipping, sourcing and deploying this motor is streamlined for operational readiness.

Manufactured by Dynetic Systems (also known as MTI/Torque Systems), located in Elk River, MN, the 215146G benefits from a legacy of customization and engineering precision. Dynetic provides tailored motion solutions—including gearing, encoders, brakes, and custom housings—for sectors ranging from medical to aerospace. Their ability to build to print or adapt standard designs makes the 215146G a dependable choice for replacement or new system builds.

This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.