ABB 3AUA0000058130 LV AC machinery drive module - ACS355-03U-02A4-2+B063
Part Number: 3AUA0000058130
Quick Summary
ABB 3AUA0000058130 LV AC machinery drive module optimizes speed and torque for diverse industrial machinery. Many automation teams struggle with wiring complexity and integrating motor control with existing PLCs. For EU projects, CE marking is typically required, and safety features such as Safe Torque Off help ensure compliant operation in safety-critical lines. This module also targets cost reduction and faster commissioning by consolidating drive functions into a single, adaptable unit. With broad compatibility for AC induction and permanent magnet motors, it supports reliable speed control across food and beverage, material handling, lifting and packaging applications.
Product Information
Extended Description
3AUA0000058130 ABB: The ACS355 drives are designed to meet the requirements of an extensive range of machinery applications in food and beverage, material handling, lifting, textile, printing, rubber and plastics, and woodworking applications. The drive is user-friendly, yet it provides a wide range of built-in technology such as the safe torque off functionality and sequence programming, reducing the need for additional control electronics. The product offers options and diverse functionality to cater to the needs set for speed and torque control of AC induction and permanent magnet motors.
Integrated Safe Torque Off (STO) and sequence programming provide built-in safety and automation logic without external hardware. This reduces compliance risk while shortening commissioning time, especially on conveyors, lifting gear, or packaging lines. By handling essential safety and sequencing in the drive, maintenance teams benefit from fewer failure points and faster troubleshooting. The drive offers wide motor compatibility with both AC induction and permanent magnet motors, delivering flexibility that lowers spare parts and simplifies migration across line upgrades. A user-friendly interface and straightforward configuration streamline installation, enabling quick production ramp-ups and reduced downtime. The module’s compact integration reduces cabinet wiring and paves the way for scalable automation in compact plant layouts. Expect measurable improvements in energy efficiency, smoother torque control, and improved process stability across varied loads and speeds.
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FAQs
Plan for a straightforward integration by aligning the drive’s wiring with your existing PLC I/O and motor connections. Verify supply voltage, motor type (AC induction or PM), and required sequencing. The ACS355-based module supports internal programming, reducing external PLC logic and simplifying commissioning, which minimizes project risk and startup delays.
Safe Torque Off provides a non-restart safety path for motors, reducing kinetic energy during stop events. This feature helps meet safety standards in many industries and simplifies integration with safety relays or PLC safety routines. It lowers risk in conveyors, lifts, and load-bearing equipment while reducing external safety hardware requirements.
Yes. The ACS355-based drive is designed to support a broad range of applications, including food and beverage processing, packaging lines, and material handling. Its built-in safety features, torque and speed control, and compatibility with AC induction and PM motors enable reliable, clean, and efficient operation in demanding environments.
Confirm output power (0.75 Hp) and current (2 A), motor compatibility (AC induction or permanent magnet motors), and the presence of Safe Torque Off. Also verify control compatibility with your existing PLC and any required programming features such as sequence programming to match your process logic.
You can expect reduced wiring and control electronics, faster commissioning, and improved motor control accuracy from integrated STO and sequencing features. These factors typically translate into lower maintenance costs, shorter downtime, and energy efficiency gains driven by precise speed/torque management and simplified system architecture.