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The Yaskawa SGDB-15ADG servo drive is engineered for precise conversion of AC input power into controlled output power suitable for driving industrial servo motors. Supporting 3-phase 200–230 VAC power systems, it delivers a stable 10 A input and 10.7 A output, offering balanced and efficient power control for mid-range motor applications. With a rated output of 1.3 kW (1.74 HP), the unit is capable of powering motors that require consistent torque, smooth speed transitions, and precise positioning. Although this model has been discontinued, it remains valued for its robust construction, reliable performance, and compatibility with numerous industrial automation systems.
Key Features
- Stable Three-Phase Power Handling: Supports 200–230 VAC 3-phase input and output, ensuring smooth motor performance with reduced phase imbalance risks.
- Strong Output Capability: Provides 10.7 A output and 1.3 kW power, enabling consistent torque and reliable operation for medium-power servo motors.
- Precision Motor Control: Converts incoming AC power into highly regulated drive output for accurate speed, torque, and position control in automation systems.
- Robust Industrial Design: Engineered for long-term reliability with durable components suitable for continuous operation in demanding environments.
- Compatible with Legacy Systems: Ideal for replacing or supporting existing Yaskawa SGDB-series installations in older automation infrastructures.
- Efficient Power Regulation: Ensures stable output voltage from 0–230 VAC, reducing electrical noise and improving servo motor responsiveness.
- Balanced Load Performance: Three-phase architecture enhances motor efficiency, reduces vibration, and improves mechanical system longevity.
- Suitable for Diverse Applications: Used in robotics, CNC equipment, conveyor systems, and precision machinery requiring dependable servo amplification.
The SGDB-15ADG delivers the reliability and precision required for accurate servo control in manufacturing, motion automation, and legacy industrial systems.
