Specifications
The document outlines detailed specifications for motor models such as 23KM, 29SM, 34KM, 16TM, 10PU, and 23KL series. Each model operates with a Chopper Dual driver at 24.0 volts. Key parameters include mass, detent torque, rotor inertia, inductance, holding torque, resistance, rated current, drive sequence, and step angle.

Torque/Speed Characteristics
The document describes the torque/speed characteristics for different motor models, highlighting the relationship between frequency (Hz) and torque (mNm). It includes pull-in and pull-out torque curves essential for understanding motor performance under various load conditions.

Warnings and Precautions
Safety precautions are divided into warnings and general precautions. Warnings address risks in explosive or flammable environments, improper installation, and handling. Precautions emphasize proper storage, handling, and assembly to prevent injury, equipment damage, or fire.

Glossary for Technical Terms
A glossary explains technical terms related to motor performance, such as holding torque, detent torque, pull-in torque, pull-out torque, and resonance, aiding in understanding motor specifications and performance characteristics.

Additional Notes
The document advises against using motors in environments with noxious gases, disassembling motors, and using incorrect connectors. It stresses verifying motor specifications upon receipt and ensuring proper assembly and alignment during installation.

Specifications Details
1. Detent Torque: Torque required to rotate a non-energized step motor.
2. Step Accuracy: Maximum deviation from the desired position, non-cumulative.
3. Torque/Speed Curve: Correlation between torque and speed.
4. Pulse Rate: Rate of successive pulses or steps.
5. Start/Stop Region: Area where the motor can start, stop, or reverse instantly.
6. Max Starting Frequency: Frequency for synchronizing the step motor.
7. Slew Range: Region where a motor operates but cannot start, stop, or reverse without ramping.

Drive Methods
1. Unipolar Drive: Current flows in one direction.
2. Bipolar Drive: Current direction reverses, increasing efficiency.
3. Excitation Modes: Includes 2-phase, 1-2 phase, and microstep modes.

Driving Circuits
1. Constant Voltage: Not suitable for high-frequency drives.
2. Constant Current: Provides stable performance across frequencies.

Load Torque Calculations
Includes calculations for load torque, moment of inertia, and necessary torque for various motion types.

Conversion Factors
Tables for converting units related to moment of inertia and torque.

Sample Request Sheet
Details on electrical and mechanical specifications, including drive method, step angle, and drive voltage.

Contact Information
Lists sales and manufacturing locations with contact details.