ABB ACS355 Drive Module 3AUA0000058165 - ACS355-03E-15A6
Part Number: 3AUA0000058165
Quick Summary
The ABB ACS355 drive module delivers precise speed and torque control for packaging, material handling, and lifting applications. Many engineers struggle to integrate control logic and ensure safe operation without extra hardware. Key certifications to verify in this class include CE marking for safety and EMC, and IP-rated protection for harsh environments. This drives solution simplifies integration, reduces wiring and external controllers, and accelerates time-to-value across multi-machine lines. By aligning with plant-wide automation strategies, it supports scalable control architectures and lowers total cost of ownership.
Product Information
Extended Description
3AUA0000058165 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.
Built-in Safe Torque Off (STO) and sequence programming streamline safety and automation. Business impact: reduces external safety circuits and wiring, shortening commissioning times while meeting safety standards. Application: ideal for conveyors, packaging lines, and lifting equipment where rapid safe stop is critical. The ACS355 also delivers wide built‑in technology for speed and torque control of both AC induction and permanent magnet motors, increasing flexibility and reducing BOMs. This means OEMs can support a broader range of motor types on a single drive platform, from textiles to printing to woodworking, with fewer parts and simpler maintenance. User-friendly commissioning tools help engineers cut time to first run, lowering engineering hours and project risk. Compatibility with common low‑voltage power, compact panel fit, and seamless integration with existing automation stacks support faster rollout and scalable automation. Safety and compliance features are embedded to streamline audits and risk assessments, while the 7.5 kW, 15.6 A rating fits small-to-mid-size machines. The combination of safety, compactness, and programmable routines gives you a robust, future-ready automation backbone for conveyors, lifts, and process lines.
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FAQs
Yes. The ACS355 is a low-voltage drive designed for 3-phase LV networks and standard control wiring. It supports induction and permanent magnet motors up to 7.5 kW, with Safe Torque Off for safety. When wiring, confirm supply voltage, motor type, and drive current rating, and configure the built‑in sequence programming to match your machine logic.
The ACS355-03E-15A6-4 supports AC induction and permanent magnet motors with a nominal 7.5 kW power rating and 15.6 A input current. It enables precise speed and torque control and includes Safe Torque Off and programmable sequences, making it suitable for variable speed drives in conveyors, lifts, and processing equipment. It delivers reliable performance across packaging, textile, and material handling applications.
Industries like food & beverage, material handling, lifting, textiles, printing, rubber and plastics, and woodworking benefit from the ACS355. It is ideal for OEM machinery performing packaging lines, conveyor systems, and automation panels where compact size, safety features, and straightforward commissioning reduce downtime and lifecycle costs.
The product highlights Safe Torque Off as a core safety feature. Explicit certifications such as CE marking for safety and EMC compliance are referenced, but IP ratings and SIL requirements should be verified in ABB documentation or with your supplier to ensure alignment with local regulations and risk assessments before deployment.
Expect reduced wiring, fewer external controllers, and faster commissioning, translating into lower engineering hours and panel costs. STO and programmable sequences simplify maintenance and improve uptime through safer, smoother operation. Precision motor control also yields energy efficiency gains, contributing to lower operating costs over the machine lifecycle.