The Yaskawa SGDH-A5AE servo drive represents the pinnacle of motion control technology, combining precision, reliability, and high performance for a wide range of industrial applications. Whether you’re working on robotics, CNC machinery, or any high-demand automation system, the SGDH-A5AE offers the versatility and cutting-edge features needed to optimize system performance. Designed to drive servo motors with a maximum capacity of 5.0kW, this drive ensures efficient operation, reduced vibration, and enhanced control. The robust build and advanced functionality make it an ideal solution for both standard and complex applications.

Product Specifications

Parameter	Details
Brand	Yaskawa
Name	High Performance Servo Drive
Model	SGDH-A5AE
Type	SGDH Type Drive
Capacity	50W
Voltage	Single-phase 200V
Drive Mode	Torque, Speed, Position
Maximum Motor Capacity	5.0kW
Power Supply Voltage	Three-phase AC 400V
Interface	MECHATROLINK-III (Rotary Servo Motor)
Design Sequence	A
Hardware Specification	Base Mounting Type (Standard)

Performance Features

The Yaskawa SGDH-A5AE offers high performance with a range of configurable options, including torque, speed, and position control modes. It supports various motor capacities, with the maximum limit set at 5.0kW. This versatile drive can interface seamlessly with the Yaskawa Sigma-V-FT series, ensuring that different operational requirements can be met with precision and efficiency.

Vibration Suppression

One of the key features of the SGDH-A5AE is its advanced vibration suppression function. This enhancement improves the system’s response time and minimizes fluctuations during operation. It shortens positioning time significantly, which is particularly beneficial for high-speed and high-precision tasks. This feature is further customizable with the FT001 specification, which strengthens vibration suppression capabilities to provide superior performance in demanding environments.

Pressure Feedback and Precision

The SGDH-A5AE also supports high-precision applications with its FT003 pressure feedback function. This feature enables precise control over pressure regulation, enhancing the performance of machines such as hydraulic presses or other pressure-sensitive devices. The integration of such advanced functions makes the SGDH-A5AE a reliable choice for high-performance industrial automation.

Rotary Table Control

For rotary table applications, the SGDH-A5AE drive is available with the FT005 specification, offering smooth and precise control of rotary table movements. With integrated functions like fixed-point through output, it ensures smooth operation in scenarios that require high precision, such as CNC machines or rotary indexing tables.

System Integration

With its flexible communication interface and compatibility with the Sigma-V series, the SGDH-A5AE can be integrated into a wide variety of system architectures. This includes use with servo motors like the SGMGH type, rated for speeds up to 1000 RPM. The integration with MECHATROLINK-III further enhances the communication speed, allowing for high-speed operations with minimal delays.

Safety and Reliability

Safety is a primary concern with the SGDH-A5AE. It complies with international standards, ensuring robust protection against electrical and operational faults. Features such as torque off safety and programmable stop functions guarantee safe machine operation, even in complex or hazardous environments. The servo drive’s compatibility with the Sigma-V series also ensures it remains a long-term, reliable component in any automation system.

In summary, the Yaskawa SGDH-A5AE is a high-performance, versatile servo drive that excels in a variety of industrial applications. With its range of advanced features like vibration suppression, pressure feedback, and rotary table control, it provides excellent value for companies looking to enhance their automation systems. Whether you’re building a new system or upgrading an existing one, the SGDH-A5AE offers the precision, speed, and reliability you need for success in modern industrial environments.