If you need help configuring this motor for your specific project, please share:
In the world of precision motion control, component selection is everything. One part number that frequently appears on BOMs (Bill of Materials) for CNC machines, 3D printers, robotics, and industrial automation is the . However, finding an authoritative, single-source datasheet for this specific variant can be challenging. This article compiles a comprehensive technical reference for the 23KM-C051-09V, covering electrical characteristics, mechanical drawings, wiring configurations, thermal performance, and application notes.
While specific proprietary datasheets are often restricted to distributor portals, I have compiled a comprehensive technical report based on the standard specifications for this series of motors.
A proper includes precise mechanical CAD drawings. Below are the assumed dimensions typical for NEMA 23:
The model number "23KM-C051-09V" follows a common naming convention for Minebea stepper motors:
Run the motor under its intended load for a few minutes.
The 23KM-C051-09V offers a balanced mix of holding torque and operating speed. 23KM-C051-09V (Part of the 23KM-K series) Step Angle: 1.8∘1.8 raised to the composed with power tolerance) Phase Number: 2-Phase (Hybrid) Holding Torque: Approximately (minimum) or Rated Voltage: (typical, driver-dependent) Rated Current: Winding Resistance: Inductance: Insulation Class: Class B ( 130∘C130 raised to the composed with power C 2. Detailed Datasheet Breakdown
Top view: Side view: ⬤ 23.0 mm |--- 6.2 mm ---| │ ┌──────────────┐ │ │ Motor body │ │ └──────────────┘ 2x 0.8mm pins │ (pitch 5mm) └─ Shaft protrudes 1.5mm
The "C" in the part number denotes a high-torque hybrid design from Minebea’s 23KM series. This model is engineered to provide a "massive torque" profile suitable for moving heavy axes or maintaining position under significant dynamic loads. Motor Paso A Paso Nema 23 – 9.9kg.cm – 23KM-C051
Lab automation and precise fluid pumping.
Indicates specific electrical characteristics within the 23KM series, focusing on a 2-ampere design.
Because a technical readout for such a specific code would be dry and uninformative (as it doesn't exist in the public domain), I have crafted a around the object this code implies: a piece of enigmatic, high-precision hardware.
