Delta ASD-A2-0421-F AC Servo Drive | 400W 220V Single-Phase

Delta ASD-A2-0421-F AC Servo Drive

The Delta ASD-A2-0421-F is a high-performance servo drive from the ASDA-A2 series, offering 400 watts of output power. Designed for precise motion applications, this unit operates from a standard 220-volt single-phase electrical supply.

Technical Specifications

• Brand & Model: Delta, ASD-A2-0421-F
• Product Series: ASDA-A2 Series
• Output Capacity: 400 Watts
• Power Supply: 220 VAC, Single-Phase
• Control Modes: Position, speed, and torque control
• Encoder Interface: Standard incremental encoder feedback compatibility
• Command Inputs: Pulse train, analog reference, and digital signal inputs
• Protection Systems: Overcurrent, overload, overvoltage, and thermal protection
• Unit Mass: 1.5 kg
• Communication Interface: Digital I/O for system integration

Installation & Packaging

• Installation: Install the ASD-A2-0421-F in a properly ventilated enclosure with sufficient cooling space. Connect the 220V single-phase power source to the appropriate terminals. Interface with a compatible 400W servo motor by connecting the power and feedback cables as per the wiring schematic.
• Packaging: Each ASD-A2-0421-F servo drive ships in secure packaging with installation documentation. We ship via reliable carriers including FedEx, UPS, and DHL.

FAQ

• Q: What distinguishes the 'F' model variant in the A2 series?
  A: The 'F' designation typically indicates specific functional capabilities or communication options. Consult Delta's technical documentation for detailed specifications regarding the unique features of the ASD-A2-0421-F compared to other variants in the series.
• Q: Is this drive suitable for positioning applications with high accuracy?
  A> Yes, the ASD-A2-0421-F supports high-resolution position control via pulse command input, making it appropriate for applications demanding precise angular or linear positioning.
• Q: What auxiliary equipment is typically required with this drive?
  A> A complete system usually requires a matching 400W servo motor, appropriate cabling, and a controller (such as a PLC or motion controller) to generate command signals. Depending on the mechanical load, a braking resistor may also be necessary for dynamic deceleration.