ASD-A1521-AB| DELTA | Variateur servo AC

Description

For high-performance industrial motion control, the Delta Electronics ASD-A1521-AB serves as a reliable 1.5 kW AC servo drive within the versatile ASDA-A product family. This drive is engineered to manage precise velocity, torque, and position configurations in automated systems. Using Space Vector Pulse Width Modulation (SVPWM) control for the main circuit, it ensures optimal energy efficiency and smooth motor operations.

The ASD-A1521-AB accommodates complex command structures through external pulse trains or internal parameter settings. It features an integrated dynamic brake to provide secure, rapid deceleration in demanding cyclic operations. With natural air circulation cooling, this unit reduces external mechanical failures while maintaining a compact physical footprint, making it ideal for integration into standard control cabinets.

Features

• SVPWM Control: Implements Space Vector Pulse Width Modulation for precise, high-efficiency motor control.
• Dual Tuning Modes: Offers both manual and automatic tuning options to simplify commissioning across variable load inertia.
• High-Resolution Feedback: Supports 2500 ppr encoder feedback, translating to a 10000 ppr resolution for precision positioning.
• Command Flexibility: Processes pulse and direction, A/B phase, and CCW/CW pulse train formats.
• Built-In Dynamic Brake: Ensures rapid stop capabilities under high-inertia loads.
• Smoothing Strategies: Features configurable low-pass and P-curve filters to reduce mechanical resonance and vibration.

Applications

• Packaging and labeling machinery
• Textile manufacturing equipment
• CNC machine tool feed systems
• Automated assembly lines and pick-and-place robotics

Technical Specifications

Installation Guidelines

Ensure the drive is mounted vertically on a flat, unpainted metal surface to maximize heat dissipation. Because the ASD-A1521-AB relies on natural air circulation, maintain a minimum clearance of 50 mm above and below the unit, and 10 mm on either side. Ground the drive properly using a low-impedance copper wire connected to the main system ground. Keep control and feedback cables shielded and routed separately from high-voltage power lines to prevent electromagnetic interference.