Datasheet - 23km-c051-09v

: Approximately 9.9 kg·f-cm (~0.98 N·m to 1.0 N·m structural range). Physical Dimensions : Shaft Diameter : 1/4 inch. Shaft Length : 15/16 inch. Mounting Holes : 4 holes, each 3/16 inch in diameter. Spacing : 1-7/8 inch from center-hole to center-hole. Understanding the Part Number Suffix Breakdown

Note: These values are aggregated from related 23KM series datasheets. Always verify with your specific supplier’s revision.

If the motor operates in an enclosure above 40°C, de-rate the current to 4.3A per phase to prevent demagnetization of the rare-earth permanent magnets. 23km-c051-09v datasheet

Low rotor inertia allows for rapid acceleration and deceleration cycles.

The robust nature of the NEMA 23 stepper makes it ideal for: Axis movement. 3D Printers: High-torque extruders or bed leveling. Automation Machinery: Robotic arms, conveyor systems. Scientific Instruments: Precise positioning equipment. 5. Driving the 23km-c051-09v : Approximately 9

: 2-Phase 4-wire configuration is common for these models. Key Features Precision Control : The 0.9∘0.9 raised to the composed with power

Technical Overview: The 23KM-C051-09V Hybrid Stepper Motor The is a high-performance hybrid stepper motor part of the NEMA 23 series manufactured by MinebeaMitsumi (NMB). Known for its reliability and precision, this specific model is a staple in industrial automation, 3D printing, and CNC machinery. Mounting Holes : 4 holes, each 3/16 inch in diameter

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.

Measure these and search:

Provides lower torque but better high-speed performance. 5. Common Applications