Delta ASD-A2-0121-L Servo Drive | 0.1kW 220V Single-Phase

Product Introduction: DELTA A2 Series AC Servo Drive

The DELTA ASD-A2-0121-L is a high-performance AC servo drive from the renowned A2 Series. This model delivers reliable and precise motion control for automation applications. It features a compact design and robust performance, making it ideal for various industrial settings.

Core Technical Specifications

• Brand & Model: DELTA ASD-A2-0121-L
• Series & Type: A2 Series, Full-Closed Loop Control AC Servo Drive
• Rated Output Power: 0.1 kW
• Input Power: 220 Volts, Single-Phase
• Frequency Response: High-speed response for dynamic performance.
• Control Resolution: High precision with excellent linearity.
• Operating Temperature Range: Suitable for standard industrial environments.
• Environmental Tolerance: Good resistance to dust and humidity.
• Anti-Interference: Strong noise immunity for stable operation.
• Unit Weight: 2 Kilograms.

Installation & Setup Guide

• Always disconnect power before starting the installation process.
• Mount the drive on a flat, vertical surface in a well-ventilated cabinet.
• Ensure you connect the power and motor cables correctly and securely.
• Follow the manufacturer's wiring diagram to avoid any connection errors.
• After installation, configure the basic parameters for your specific application.

Packaging & Shipping Details

• One DELTA ASD-A2-0121-L AC Servo Drive unit.
• Essential mounting hardware and connectors.
• Comprehensive user manual and quick start guide.
• We ship globally using reliable carriers like FedEx, UPS, and DHL.

Frequently Asked Questions (FAQ)

What is the input voltage for this DELTA drive?

• The DELTA ASD-A2-0121-L servo drive requires a standard 220V single-phase AC power supply.

Can this drive handle rapid speed changes?

• Yes, the drive offers a high frequency response. This feature ensures stable and precise control during sudden speed or load changes.

What does full-closed loop control mean?

• Full-closed loop control uses feedback from an encoder on the motor. This system provides higher accuracy and better compensation for position errors compared to open-loop systems.