Description
GE SGHB36BD0400
Technical Specifications
- Manufacturer: General Electric (GE).
- Model Series: SGHB Series Industrial Servo Motors.
- Rated Output: Optimized for specific industrial motion control torque and speed requirements.
- Voltage Class: Standard industrial servo drive voltage compatibility.
Functional Features
- Precision Motion: Delivers high dynamic response and accurate positioning for complex automation tasks.
- High Torque Density: Engineered to provide maximum torque in a compact physical footprint.
- Robust Construction: Designed to withstand mechanical stress, vibration, and industrial contaminants.
Application Scenarios
Widely utilized in CNC machinery, robotic arms, automated material handling systems, and precision packaging equipment.
Performance Parameters
- Response Time: Millisecond-level acceleration and deceleration capabilities.
- Thermal Capacity: Designed for continuous duty cycles with efficient heat dissipation.
- Positional Accuracy: High-resolution feedback compatibility for minimal positioning error.
Material Composition
Constructed with a high-strength aluminum or steel housing, precision-wound copper stator coils, and high-grade permanent magnets.
Structural Characteristics
Features a cylindrical industrial form factor with a precision-machined output shaft, standard mounting flange, and integrated feedback device connector.
Operating Principle
Converts electrical energy from the servo drive into precise mechanical rotational motion. The integrated feedback device continuously monitors the rotor’s position and speed, sending data back to the drive to form a closed-loop control system that corrects any positional errors in real time.
Installation Requirements
Securely mount the motor to a rigid, vibration-free surface using the specified mounting bolts. Ensure proper alignment with the driven load to prevent premature bearing wear. Connect feedback and power cables using shielded wiring.
Usage Precautions
Never exceed the rated torque and speed limits. Ensure the servo drive parameters are correctly tuned to the motor. Maintain adequate cooling airflow around the motor housing during continuous operation.
