SGMVV-3GD3BLB Original Yaskawa Large capacity servo motor SGMVV-3GD3BLB
Introduction to the Yaskawa SGMVV-3GD3BLB Servo Motor
The Yaskawa SGMVV-3GD3BLB is a pioneering force in the realm of large capacity servo motors, engineered to enhance the performance and efficiency of your automation systems. With an impressive rated output of 37kW and an operational voltage of 400V AC, this motor stands as a remarkable solution for various high-demand industrial applications. Yaskawa’s commitment to excellence is evident in the robust design and advanced technology that drive this powerful machine.
Product Specifications
Parameter | Details |
---|---|
Brand | Yaskawa |
Model | SGMVV-3GD3BLB |
Rated Output | 37KW |
Voltage | Three Phase AC400V |
Encoder Type | 20 Bit Absolute Value |
Rated Speed | 1500 r/min |
Main Structure | Support Mounting Type, Straight Shaft (Keyway & Screw) |
Optional Features | Hold Brake (DC90V) |
Noise Level | V15 |
Performance Advantages
This large capacity servo motor is tailored for environments demanding both high efficiency and low inertia. The SGMVV-3GD3BLB is characterized by immediate phase response upon installation—providing stability in operation. Even with varying loads, the motor maintains optimal performance without undesirable vibrations, making it an excellent choice for demanding applications.
Applications
Its versatility is ideal for a broad spectrum of industries, from semiconductor manufacturing and robotic handling to food processing and machinery control. With the ability to integrate various encoder types and braking options, the SGMVV-3GD3BLB can be custom-built to suit specific operational needs.
User-Focused Features
With a design adhering to international standards, Yaskawa ensures that the SGMVV-3GD3BLB is both safe and reliable globally. Its smooth operational characteristics, combined with a substantial reduction in speed fluctuations, empower users to achieve precise control over their systems. Partner with Yaskawa to enrich your product line and elevate your automation processes with the enduring performance of the SGMVV-3GD3BLB.