SGMVV-3ZD3BLE Original Yaskawa Large capacity servo motor SGMVV-3ZD3BLE
Introducing the Yaskawa SGMVV-3ZD3BLE Servo Motor
The Yaskawa SGMVV-3ZD3BLE is a remarkable large capacity servo motor engineered to elevate your automation projects with precision and reliability. This advanced motor harnesses cutting-edge technology, ensuring exceptional performance across a broad spectrum of applications. With its high efficiency and flexible configurability, the SGMVV-3ZD3BLE is the ideal choice for professionals seeking robust solutions in dynamic environments.
Product Information and Technical Parameters
| Feature | Specification |
|---|---|
| Brand | Yaskawa |
| Name | Large Capacity Servo Motor |
| Model | SGMVV-3ZD3BLE |
| Rated Output | 30KW |
| Voltage | Three Phase AC 400V |
| Encoder Type | 20-bit Absolute Value |
| Rated Speed | 1500 r/min |
| Main Structure | Support Mounting Type, Straight Shaft (with Keyway and Screw) |
| Optional Features | With Hold Brake (DC24V), With Oil Seal |
Performance and Reliability
Designed for versatility, the SGMVV-3ZD3BLE features a small, low inertia profile that maximizes mechanical strength and stability. The latest SGMVV series provides rated outputs ranging from 22KW to 55KW, accommodating various operational demands at speeds of either 800 r/min or 1500 r/min. Upon installation, the motor is primed for immediate operation, delivering reliable, stable performance under fluctuating load conditions, all while minimizing vibrations.
Advanced Features
Equipped with superior components, this servo motor showcases the Excellence of Yaskawa’s Sigma V-EX series. It supports a succinct 125 ms communication cycle, facilitating rapid response times and significantly enhancing tracking accuracy and control capabilities. With a robust design, users can expect a seamless integration into their existing systems, enjoying the benefits of its high-performance standards.
Simplified Configuration
The SGMVV-3ZD3BLE stands out with its user-friendly features, including direct parameter setting via the servo drive body, thereby reducing wiring complexity. Utilizing a serial encoder, the wiring count is halved compared to traditional designs, allowing for an efficient setup process. Additionally, the multi-control functionality enables users to choose between torque, position, or speed control, ensuring optimal adaptability for diverse applications.
