Maximum Output Power:950W

Voltage Range:200V – 240V AC

Frequency Range:50Hz – 60Hz

Motor Compatibility:AC Induction, Permanent Magnet

Control Interface:Digital Input/Output, Modbus

Communication Protocol:DeviceNet, EtherCAT

Dynamic Braking Capacity:High

Cooling Method:Active Air Cooling

Safety Certification:CE, UL, IEC

Environmental Rating:IP67

Operating Temperature:-10°C to 55°C

    The Yaskawa SGDR-SDB950A01DY500 Servo Drive is engineered to meet the demanding requirements of modern manufacturing processes. With its robust design and advanced features, it ensures smooth operation and precise control across a wide range of applications. Key to its performance is its ability to seamlessly integrate with various types of motors, offering enhanced efficiency and durability.

    This servo drive supports a broad range of communication protocols, including DeviceNet and EtherCAT, facilitating easy integration into existing automation systems. Its compatibility with both AC induction and permanent magnet motors allows for flexibility in choosing the most suitable motor for specific tasks.

    Notably, the Yaskawa SGDR-SDB950A01DY500 features a high-dynamic braking capacity, ensuring quick and safe stoppage without compromising on precision. The active air cooling system maintains optimal operational temperatures, ensuring reliable performance under challenging environmental conditions.

    With safety certification from CE, UL, and IEC, users can rest assured of the product’s compliance with international safety standards. Additionally, its IP67 environmental rating means it can withstand dust and water exposure, making it ideal for use in various industrial settings.

    To further enhance user convenience, the Yaskawa SGDR-SDB950A01DY500 comes equipped with a user-friendly interface and comprehensive documentation, guiding users through setup and operation. Whether you are enhancing existing systems or building new ones, this servo drive offers a powerful solution for achieving unparalleled control and performance.