[patched] - 23km-c051-09v Datasheet

By using the full windings between the start and end wires (Red-Blue and Black-Green), you energize the entire coil, achieving the motor's rated 2.0A per phase and maximum torque. Some driver documentation may refer to this as the "series" or "full-coil" connection.

Initially set the driver’s peak current to about 2.0 A. 23km-c051-09v datasheet

The is a high-precision, high-torque hybrid NEMA 23 stepper motor engineered for demanding industrial automation, CNC systems, and automated teller machines like the Diebold Opteva series . Known under the manufacturer part number 49-207984-000A , this heavy-duty DC stepping motor delivers predictable mechanical positioning through incremental digital steps. Whether you are troubleshooting legacy industrial machinery or sourcing a drop-in replacement for medical or ATM equipment, finding the accurate datasheet parameters is vital to preventing motor burnout or controller failure. Technical Overview and Specifications By using the full windings between the start

A: According to CNC community discussions, both models share the same electrical ratings (2.0 A per phase, 2 Ω resistance) and are functionally identical. The “07V” vs. “09V” suffix is likely a manufacturing batch or minor revision indicator. The is a high-precision, high-torque hybrid NEMA 23

Because the 23KM-C051-09V was initially produced as a custom OEM part for banking terminals, a single standalone public PDF can be difficult to source. However, its core properties align directly with the standard Minebea 23KM-C high-torque family.

To unlock the motor's full potential, pairing it with the right driver and power supply is essential. A common mistake is simply matching the voltage to the "9V" in the part number. For best performance, you must understand the relationship between driver voltage and torque.

While rated at 4V, drivers usually run at 24V–36V to achieve high-speed performance. 🛠️ Key Application Notes