Product Description
We are one of the leading enterprises, engaged in manufacturing and supplying Yaskawa Servo Drives. These drives are made at our advanced workstations for monitoring feedback signals. They are special electronic amplifiers, which are used to power electric servomechanisms. Moreover, during the monitoring process from servomechanism, it continually adjusts for deviation. They typically work by receiving a command signal from the control system, then it amplifies it and transmits electric current to motor for producing motion proportional to a command signal. Further, offered Yaskawa Servo Drives have various applications in factory automation, robotics, and CNC machining.
Technical specification
| Input Phase | Three Phase |
| Brand | Yaskawa |
| Input Voltage | 230V |
Precision Motion Control for Industrial AutomationYaskawa Sigma Series Servo Drives offer unrivaled positioning accuracy and dynamic responsiveness, enabling advanced control in critical manufacturing environments. Their digital servo control and high-speed 32-bit processor ensure precise movements necessary for CNC, robotics, and other automation systems. This capability translates to improved product quality and operational efficiency.
Comprehensive Protection & ReliabilityEach unit integrates robust protection features, including overload, overheat, overcurrent, and short circuit safeguards, ensuring reliable performance and extended service life. Industrial-grade construction and IP20/IP40 ratings (model dependent) provide added resilience, making them suitable for demanding applications and ensuring minimal downtime.
Flexible Connectivity & User-Friendly ProgrammingWith support for RS-232C, USB, EtherCAT, MECHATROLINK, Pulse/S-CLINK, and programmable via MotionWorks or SigmaWin+, integration into diverse automation setups is seamless. Enjoy remote control capabilities and straightforward configuration, maximizing productivity while reducing setup complexity for engineers and operators.
FAQs of Yaskawa Servo Drives:
Q: How do Yaskawa Sigma Series Servo Drives ensure precise positioning in CNC and robotics applications?
A: These servo drives deliver 0.01 positioning accuracy using high-speed 32-bit processors and advanced digital servo control algorithms. Incremental and absolute encoder feedback further enhance precision, making them ideal for applications such as CNC machining, robotics, and automated packaging.
Q: What protection features are available on these servo drives and how do they enhance reliability?
A: Yaskawa Sigma Series Servo Drives come equipped with overload, overheat, overcurrent, and short circuit protection. These safeguards continuously monitor operational status to prevent damage, prolonging the systems lifespan, while IP20/IP40 ratings (depending on model) provide added durability under industrial conditions.
Q: When is it necessary to use regenerative braking, and what benefits does it offer?
A: Regenerative braking is utilized during rapid deceleration phases to recover and reuse energy that would otherwise dissipate as heat. This feature not only enhances energy efficiency but also helps maintain low operation costs and supports sustainable manufacturing processes.
Q: Where can these servo drives be installed and what mounting options are available?
A: Yaskawa Sigma Series Servo Drives are designed for panel mounting within industrial control cabinets. Their metal body and compact design allow flexible integration into various settings, including CNC machines, robotic assembly lines, and print packaging equipment.
Q: What is the process for connecting the servo drive to automation systems, and which communication ports are supported?
A: Integration is straightforward, with connectivity options including RS-232C, USB, EtherCAT, MECHATROLINK, and Pulse/S-CLINK. Set-up and programming are easily managed via MotionWorks or SigmaWin+ software, ensuring fast commissioning and efficient system integration.
Q: How does the low noise operation benefit industrial environments?
A: Operating below 55 dB, these drives minimize noise pollution, creating a safer and more comfortable workspace for operatorsespecially valuable in enclosed or densely populated production facilities.