ABB ACSM1-204MAR-090A-4 Motors & Drives - 61kW IN:93A
Part Number: 69015531
Quick Summary
ACSM1-204MAR-090A-4 is a high-performance drive that precisely controls motor speed for industrial automation applications. For engineers, downtime and variable load profiles can erode productivity; this drive addresses those pain points with robust control and reliable performance. This model supports CE safety conformity and configurable safety logic, with design considerations aligned to SIL-based architectures and broad industrial IP expectations. That translates to fewer field failures, easier integration with PLCs, and faster commissioning across line starts. From a business perspective, you gain improved energy efficiency, reduced maintenance costs, and a quicker path to scalable automation. Its integration with common industrial automation workflows and motor drive efficiency targets makes it a practical choice for OEMs and maintenance teams.
Product Information
Feature: Closed-loop speed control and vector drive delivers precise motor performance. Business Impact: Ensures exact speed and torque profiles, minimizes vibration, and extends bearing life, reducing unscheduled downtime. Application: Conveyor belts, mixers, and pumps in automated production lines. Feature: High power rating of 61 kW with IN:93A input simplifies drive architecture by supporting large motors in a single unit, reducing wiring and panel space. Application: Heavy-load applications such as extrusion or metalworking lines. Feature: Seamless integration with the ACSM1 ecosystem enables faster commissioning and easier PLC/hardware compatibility, lowering project risk. Application: Retrofit projects and OEM equipment modernization. Feature: Built-in diagnostics and remote monitoring provide proactive maintenance cues, enabling predictive maintenance and reducing on-site service visits. Application: Continuous manufacturing and facility-wide asset management. Feature: Safety and regulatory support, including CE conformity and configurable safety logic aligned with SIL concepts, enhances regulatory compliance and process safety. Application: Packaging lines, food and beverage processing, and harsh environments. Feature: Energy-efficient motor control with repeatable performance reduces energy costs and extends lifecycle ROI. Application: All high-duty automation environments aiming to lower total cost of ownership.
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FAQs
Begin by confirming the drive matches your ABB ACSM1 network and motor ratings. Power down equipment, review wiring diagrams, and connect supply, motor, and feedback cables per the datasheet. Use the built-in commissioning wizard to set motor parameters, update firmware if needed, and run initial tests at low speed before full-load operation to ensure stable control loops.
Key specs include a 61 kW power rating and 93 A input current, enabling precise speed and torque control for large motors. This supports stable process control, reduced motor wear, and improved energy efficiency. The drive’s control algorithms optimize acceleration/deceleration profiles, reducing peak electrical stresses on both the motor and power electronics.
Yes. The ACSM1-204MAR-090A-4 is designed for high-demand applications such as conveyors, pumps, and fans. Its closed-loop speed control provides consistent velocities under varying loads, while integration with ABB motor families reduces commissioning time. Practically, this translates to steadier material handling, fewer process interruptions, and easier maintenance in automated lines.
The model aligns with CE safety conformity and ABB’s safety engineering approach, supporting standard regulatory expectations for EU markets. Where applicable, configurations can be mapped to SIL-based architectures for functional safety and to IP-rated variants for rugged environments. Always verify site-specific compliance needs during system design and commissioning.
ROI is driven by reduced energy consumption, lower maintenance costs, and shorter downtime due to predictive diagnostics and remote monitoring. The drive’s robust design minimizes field service visits, while centralized monitoring enables proactive replacements before failures. For OEMs and maintenance teams, this means faster time-to-value and a lower total cost of ownership over the system lifecycle.