SGDV5R5FE1A000000601 Original Yaskawa Equipment DeviceNet communication function type servo driver SGDV5R5FE1A000000601
Introducing the Yaskawa SGDV5R5FE1A000000601 Servo Driver
The Yaskawa SGDV5R5FE1A000000601 model stands as a pinnacle of servo drive technology, seamlessly integrating advanced functionalities with robust engineering. As part of the renowned Sigma-V series, this equipment leverages DeviceNet communication to facilitate exemplary motion control in diverse applications. Whether you’re operating in manufacturing or automation, this servo driver promises to elevate your operational capabilities.
Key Features and Technical Parameters
| Parameter | Specification |
|---|---|
| Brand | Yaskawa |
| Model | SGDV5R5FE1A000000601 |
| Maximum Applicable Motor Capacity | 0.75 kW |
| Power Supply Voltage | Single Phase AC 100V |
| Communication Interface | DeviceNet communication function |
| Servo Unit Type | External Power Supply Drive Type |
| Control Features | Integrated position and motion controls |
Enhanced Performance and Efficiency
This servo driver supports rich positioning functions through a user-friendly interface. From straightforward positioning to continuous rotation functionalities, it allows for comprehensive control via the upper controller (PLC or computer). The ability to monitor the servo drive status over a communication network significantly reduces debugging times while enhancing maintenance efficiency.
Streamlined Connections and Versatile Options
Incorporating a serial encoder reduces wiring complexity by half, optimizing setup while lowering costs. The SGDV5R5FE1A000000601 is compatible with optional modules such as DeviceNet and full closed-loop setups, effectively broadening its application scope. Coupled with high operational reliability, this servo driver positions itself as a formidable choice for varying industrial tasks.
Exceptional Features of the Sigma-V Series
Additional capabilities include high-speed communication modes via MECHATROLINK-III, allowing for faster response times and improved trajectory control accuracy. This model not only defies conventional servo limitations but also redefines expectations of performance and ease of integration, making it an invaluable addition to any automation arsenal.
