Yaskawa SGDR-SDB950A01DY500 Servo Drive – Precision Control for Advanced Manufacturing
The Yaskawa SGDR-SDB950A01DY500 Servo Drive is a high-performance motion control solution designed for precision applications requiring exceptional accuracy and reliability. It’s ideal for advanced automation tasks across various industries including robotics, semiconductor manufacturing, and medical equipment.
Detailed content
Motor Compatibility:Supports a wide range of motors for versatile application
Output Power:500 watts
Operating Voltage:200V AC
Control Interface:Supports EtherCAT, DeviceNet, and CANopen protocols
Torque Control:Precision torque control up to 950 Nm
Frequency Response:Up to 600 Hz
Overload Capacity:150% continuous, 200% peak for 1 second
Cooling Method:Active air cooling with built-in fan
Engineered with advanced motor control algorithms, the Yaskawa SGDR-SDB950A01DY500 Servo Drive ensures exceptional responsiveness and accuracy in motion control applications. This drive is meticulously designed to withstand harsh industrial environments while maintaining high levels of performance.
Featuring a robust, compact design, it optimizes space utilization and reduces installation time, making it an efficient solution for both new installations and retrofit projects. The integrated overload capacity ensures reliable operation under varying load conditions, enhancing system uptime and productivity.
With its support for multiple communication protocols, including CANopen, DeviceNet, and Ethernet/IP, the Yaskawa drive seamlessly integrates into existing control systems, simplifying setup and maintenance. This versatility facilitates easy connection to various PLCs and other automation components.
The Yaskawa SGDR-SDB950A01DY500 is equipped with advanced safety features, such as the Safe Torque Off function (SIL3), ensuring compliance with stringent safety standards while protecting operators and equipment from unexpected power losses.
Designed for durability, the drive’s IP67-rated enclosure provides excellent protection against dust, water ingress, and other environmental hazards. This feature is particularly beneficial in outdoor or dusty manufacturing environments, ensuring long-term reliability and minimizing maintenance needs.