Servo drives have revolutionized the way key industrial applications run today. Digital servo has taken the mechanism of motion control to a new height where it amplifies the signals and makes mechanical output faster and more effective.
Benefits of servo drives -
- Higher and more dynamic response
- Reliable
- Cost effective
- Higher productivity and performance
- Accurate output
- Flexibility that can share technologies across diverse types of machines
- Higher safety and hygiene protocols
- User friendly interface that is easily PC adapted for fluid control
- Comprehensive programmed software for easier manipulation
- Higher feedback and report system makes for stronger output functions
- Super speed internal and external communication system enabled across multiple platforms
- Regular and quick updates of speed, position and current status leading to machine precision
- Reduced errors in tracking
- High precision supply of current while saving energy
- Interface for analog reading to use older machines
Digital servo drives function across servomotors like torque, asynchronous and linear motors and the brushless PM AC motors due to high end modular design. Based on 32- bit 400MHz microprocessor, it can used as effectively as a singular product as in a comprehensive system. It can ease the way your machine performs this providing higher output or aid in the machine design. Effective servo drive functions offer complete digital control and manipulation of brushless servo motors, delivers increased current and velocity leading to high precision performance that is the need of the hour across industries. Multi level interfaces, effective feedback system and superior controllers.
Leading vendors design and offer different kinds of servo drives –
- Servo drives that can control low power application for smaller machines requiring less than 1.5 kw. This effectively reduces design time and commission time, as well as provide layouts and CAD drawings.
- Digital servo drives that can handle multiple applications through single-axis motion control. They have inherent dynamic brakes, velocity observer, tuner and suppression algorithms to provide more cost effective motion control output.
- A multi-axis servo drive can helps in decreasing engineering time by helping effectively in networking, programming and operations. Adds greater flexibility and handles global voltage volume needs.
- Some come with high end safety options and flexible designs that can function on multiple levels and interfaces.
- EtherNet Servo Drives standardize the entire communication network leading to faster commissioning and startups, precise and easier configuration. Allows effective control integration with high speed connectivity.
- Some have troubleshooting options built in them, with automatic capacity of motor recognition.
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