YASKAWA SGDXS-200A00A8002 high-performance servo drive

The YASKAWA SGDXS-200A00A8002 represents a significant leap in servo drive technology, engineered for demanding industrial automation applications. This high-performance servo drive delivers exceptional precision, speed, and reliability, making it a cornerstone for advanced motion control systems. Key advantages include its robust design, sophisticated control algorithms, and seamless integration capabilities, ensuring peak operational efficiency. Its core features are built around delivering superior dynamic performance and user-friendly configuration.

| Parameter             | Specification                 |

| :-------------------- | :---------------------------- |

| Model                 | SGDXS-200A00A8002             |

| Power Supply          | 200-240 VAC, 1-Phase          |

| Output Current (RMS)  | 15 A                          |

| Output Voltage        | 170 VAC                       |

| Control Method        | Vector Control, Advanced      |

| Communication         | MECHATROLINK-III, EtherNet/IP |

| Protection            | IP20                          |

| Operating Temperature | 0 to 55 °C                    |

Core Features & Market Positioning

The YASKAWA SGDXS-200A00A8002 distinguishes itself through its advanced real-time performance monitoring and adaptive control, which dynamically adjusts to changing load conditions. This capability ensures optimal torque and speed output, even under dynamic and unpredictable operational demands. Its integration with YASKAWA's SigmaLogic architecture provides a streamlined development environment, reducing engineering time and complexity. The drive's superior noise immunity and vibration suppression further cement its position as a premium solution for high-precision manufacturing, robotics, and packaging machinery where accuracy is paramount. This focus on enhanced dynamic response and robust control makes the SGDXS-200A00A8002 a preferred choice over drives with less sophisticated control loops.

Key Application Scenarios

This YASKAWA servo drive excels in applications demanding rapid acceleration/deceleration and precise positioning. Common scenarios include high-speed pick-and-place operations in electronics manufacturing, intricate motion profiles in advanced robotics for automotive assembly, and precise web handling in high-throughput printing and packaging lines. Machine tool automation, where micron-level accuracy is critical for part quality, also benefits immensely from the SGDXS-200A00A8002's performance capabilities. Users often search for solutions that can enhance throughput while maintaining quality, a need directly addressed by this drive's advanced features.

Practical System Integration Guidance

Integrating the YASKAWA SGDXS-200A00A8002 into existing automation systems is facilitated by its versatile communication options, including MECHATROLINK-III and EtherNet/IP. Proper wiring is crucial for optimal performance and safety; ensure all power, ground, and signal connections adhere strictly to the YASKAWA installation manual. Utilize shielded cables for motor and encoder feedback to minimize electromagnetic interference. Commissioning typically involves configuring motor parameters, tuning control loops via YASKAWA's SigmaWin+ software, and setting up motion profiles to match application requirements. Detailed setup guides and parameter examples are available in the product's technical documentation, crucial for achieving desired performance levels.

Operation and Risk Mitigation

Safe operation of the YASKAWA SGDXS-200A00A8002 mandates adherence to electrical safety standards and proper grounding practices. Always ensure the drive is powered down and capacitors are discharged before performing any maintenance or wiring changes. Common operational issues can often be related to incorrect parameter settings or environmental factors like overheating. Critical fault codes, such as overcurrent (A.01) or encoder errors (A.04), typically indicate specific problems requiring immediate attention. Referencing the detailed fault code table in the user manual is essential for swift diagnosis and resolution, minimizing downtime.

Scalability & Long-Term Value

The YASKAWA SGDXS-200A00A8002 offers significant scalability, allowing for expansion of automation systems by adding more drives within the Sigma-X series. Its compatibility with a wide range of YASKAWA servo motors ensures flexibility when upgrading existing machinery or designing new applications. Furthermore, the drive's support for modern industrial communication protocols positions it for integration with Industry 4.0 initiatives, including IIoT platforms and centralized supervisory control systems. This forward-looking design ensures long-term value by accommodating evolving technological demands and enabling future enhancements to automation infrastructure.

---

Frequently Asked Questions (FAQs)

Q1: What are the primary benefits of the YASKAWA SGDXS-200A00A8002?

The SGDXS-200A00A8002 offers superior precision and responsiveness for complex motion tasks. It excels in dynamic performance, ensuring smooth and accurate movements. Its robust design guarantees high reliability in demanding industrial environments.

This drive features advanced control algorithms that optimize torque and speed output. It minimizes vibration and noise, crucial for sensitive applications. Its integration capabilities streamline system development and maintenance.

Users benefit from increased throughput and improved product quality. The drive's energy efficiency also contributes to operational cost savings. It provides a stable platform for advanced automation solutions.

Q2: How does the SGDXS-200A00A8002 handle high-speed applications?

Its advanced vector control enables rapid acceleration and deceleration profiles. The drive's fast response time minimizes settling periods. This ensures precise positioning even at high velocities.

The internal processing power allows for real-time adjustments to load variations. This maintains consistent performance during rapid motion changes. It effectively suppresses overshoot and oscillations.

Applications like high-speed pick-and-place benefit greatly. Packaging machinery and automated assembly lines see significant efficiency gains. It ensures consistent throughput and accuracy.

Q3: What are the key communication protocols supported by this drive?

The SGDXS-200A00A8002 supports MECHATROLINK-III, YASKAWA's proprietary high-speed network. It also features EtherNet/IP for broad industrial connectivity. These options allow seamless integration.

MECHATROLINK-III offers high-speed, deterministic communication for multi-axis synchronization. EtherNet/IP provides standard industrial Ethernet connectivity. This dual support enhances flexibility.

Users can select the protocol best suited for their existing infrastructure. This ensures compatibility with PLCs and other automation devices. It simplifies system design and implementation.

Q4: Can this servo drive be used with different types of YASKAWA servo motors?

Yes, the SGDXS-200A00A8002 is designed for broad compatibility with YASKAWA servo motors. It supports various series and power ratings. This offers flexibility in motor selection.

Proper matching of the drive's current and voltage ratings to the motor is essential. Consult YASKAWA's motor selection guide for optimal pairing. This ensures maximum performance and efficiency.

This compatibility allows for easy upgrades or system expansions. It simplifies the process of finding the right motor for a specific application.

Q5: What is the typical power supply requirement for the YASKAWA SGDXS-200A00A8002?

This drive operates on a 200-240 VAC, single-phase power supply. It is designed for standard industrial power grids in many regions. Always verify local power availability.

Ensure the incoming power meets the specified voltage and frequency tolerances. Proper circuit protection, such as fuses or breakers, must be installed. This protects the drive and the system.

The 1-phase input simplifies installation in many existing machine frames. It is a common configuration for many automation solutions.

Q6: How is system integration and commissioning typically performed?

Integration involves connecting the drive to the motor, encoder, and control system via appropriate wiring. Commissioning utilizes YASKAWA's SigmaWin+ software for parameter setup. This includes motor tuning and I/O configuration.

Initial setup involves defining basic drive parameters and safety functions. Motor tuning optimizes performance by adjusting control loop gains. This process requires careful adherence to manuals.

Advanced configuration can include setting up motion profiles, communication settings, and specific application functions. Thorough testing ensures correct operation and safety.

Q7: What are some common error codes and how can they be resolved?

Common error codes include A.01 (Overcurrent) and A.04 (Encoder Error). A.01 often indicates motor short circuits or excessive load. A.04 suggests issues with encoder signal integrity or wiring.

Resolving A.01 involves checking motor connections and ensuring the load is within the drive's capacity. For A.04, inspect encoder cabling, connections, and potentially replace the encoder or drive. Always refer to the manual.

Troubleshooting requires a systematic approach, checking wiring, parameters, and external factors. The YASKAWA manual provides detailed diagnostic information for each code.

Q8: How does the SGDXS-200A00A8002 contribute to Industry 4.0 initiatives?

Its support for industrial Ethernet protocols like EtherNet/IP enables connectivity to IIoT platforms. This allows for remote monitoring, diagnostics, and data collection. It facilitates smart manufacturing processes.

The drive can integrate into centralized control systems and SCADA. This enables advanced data analytics for process optimization. It supports predictive maintenance strategies.

By providing detailed operational data, it enhances overall system visibility. This is crucial for implementing automated, data-driven production environments.

Q9: What are the safety considerations when installing and operating this drive?

Always ensure proper grounding of the drive and motor to prevent electrical hazards. Follow local electrical codes and YASKAWA's safety guidelines. Never operate the drive without proper enclosure.

Ensure all personnel are trained in high-voltage safety procedures. Implement emergency stop functions and safety interlocks as part of the machine design. Verify capacitors are discharged before maintenance.

The IP20 rating means it requires protection from physical contact. Adequate ventilation is also critical to prevent overheating and ensure safe operation.

Q10: What makes this YASKAWA servo drive a high-performance solution?

Its superior dynamic response and precise control capabilities set it apart. The drive achieves high accuracy and smooth motion, even under challenging conditions. This is critical for demanding automation tasks.

Advanced algorithms and fast processing enable rapid, repeatable movements. It offers excellent torque control and speed regulation. This minimizes errors and improves output quality.

The robust build quality and extensive feature set provide reliability and longevity. It's engineered to meet the stringent demands of modern industrial automation.