SGMVV-3ZD3BLN Original Yaskawa Large capacity servo motor SGMVV-3ZD3BLN
Yaskawa SGMVV-3ZD3BLN: Elevating Performance in Motion Control
The Yaskawa SGMVV-3ZD3BLN is a state-of-the-art servo motor designed to provide robust performance for a wide range of applications. Combining advanced technology with unparalleled efficiency, this large capacity servo motor is an ideal choice for demanding machinery in various industrial sectors. Whether you’re involved in precision machinery, transport systems, or food processing, the SGMVV-3ZD3BLN is engineered to meet and exceed your expectations.
Technical Specifications
Feature | Specification |
---|---|
Brand | Yaskawa |
Name | Large Capacity Servo Motor |
Model | SGMVV-3ZD3BLN |
Rated Output | 30KW |
Voltage | Three Phase AC400V |
Serial Encoder | 20 Bit Absolute Value |
Rated Speed | 1500r/min |
Mechanical Structure | Support Mounting Type, Straight Shaft (with Keyway and Screw) |
Installation Method | Flange Type |
Protection Mode | Fully Enclosed Self-Cooling Type IP67 |
Operating Temperature | 0 ~ 40 Degrees C |
Vibration Level | V15 |
Features and Benefits
The SGMVV-3ZD3BLN excels in versatility and efficiency, enabling users to capitalize on its low inertia, allowing the motor to respond dynamically while minimizing vibration. Even without extensive adjustments, this motor effectively maintains stability under varying loads, showcasing its reliability in real-world applications.
Application Areas
Widely utilized in machine tools, transport machinery, handling equipment, and food processing systems, the SGMVV-3ZD3BLN is crafted to adapt seamlessly to diverse operational environments. Notably, its IP67 rating signifies that it can endure challenging conditions, ensuring consistent performance across various humidity levels.
Conclusion
In summary, the Yaskawa SGMVV-3ZD3BLN represents a pinnacle of engineering excellence in the realm of servo motors. With its superior performance metrics and robust design, it stands as a versatile solution for businesses looking to improve efficiency and reliability in their automation processes.