SGDV2R1FE5A002000601 Original Yaskawa Equipment DeviceNet communication function type servo driver SGDV2R1FE5A002000601
Introducing the Yaskawa SGDV2R1FE5A002000601 Servo Driver
Unleash the power of precision engineering with the Yaskawa SGDV2R1FE5A002000601 Servo Driver, specifically designed for demanding industrial applications. As an integral component of the Yaskawa Sigma-V series, this advanced device incorporates enhanced communication capabilities and rich functionality that streamline operations and optimize performance. Whether you’re overseeing a complex automation setup or a straightforward motion control task, this servo driver stands ready to elevate your system.
Product Overview and Technical Specifications
| Feature | Specification |
|---|---|
| Brand | Yaskawa |
| Model | SGDV2R1FE5A002000601 |
| Maximum Motor Capacity | 0.2 kW |
| Power Supply Voltage | Single-phase AC 100V |
| Interface | Instruction selection and installation (linear servo motor) |
| Optional Modules | DeviceNet module + full closed-loop module |
Enhanced Communication Capabilities
Harness the potential of DeviceNet communication, designed for seamless integration into existing systems. The SGDV2R1FE5A002000601 efficiently manages servo information via an upper controller, allowing for real-time monitoring of operational status and prompts for quick maintenance diagnostics. This innovative communication reduces cabling requirements, thereby minimizing costs while maximizing reliability.
Rich Positional Functionality
Equipped with advanced positioning functions, the servo driver allows execution of complex operational maneuvers with ease—from simple positioning to continuous rotary motion. With the option of controlling via a PLC or computer, users can initiate a variety of actions, ensuring precise control and flexibility in various applications.
Experience the future of motion control with the Yaskawa SGDV2R1FE5A002000601 Servo Driver—an essential tool for enhancing the efficiency of your automated processes. Its user-friendly characteristics, coupled with real-time responsiveness, make it a standout choice for precision-driven environments.
