Input Voltage:3-phase, 400V AC
Output Power:110 kW
Control Panel:Assistant control panel with intuitive operation
Harmonic Reduction:Swinging choke for superior harmonic reduction
Vector Control:Advanced vector control technology
Environmental Compatibility:Coated boards for harsh environments
EMC Compliance:Built-in Category C2 EMC filter
Communication System:Flexible fieldbus system with built-in Modbus and multiple fieldbus adapters
Safety Certification:UL, cUL, CE, C-Tick, and GOST R approved
RoHS Compliance:Compliant with RoHS standards
The ABB ACS550-01-023A-4 is engineered with an intuitive assistant control panel for easy setup and operation, ensuring seamless integration into existing industrial systems. Its innovative swinging choke technology significantly reduces harmonic distortions, optimizing power factor and enhancing system efficiency.
Featuring state-of-the-art vector control, this drive provides precise speed and torque adjustments, enabling smooth operation across a wide range of industrial processes. The use of coated boards withstands harsh environmental conditions, ensuring reliable performance even in demanding industrial settings.
Built-in category C2 EMC filter (first environment) as standard ensures robust electrical compatibility and protection against electromagnetic interference. This feature contributes to the drive’s overall reliability and longevity, reducing potential downtime.
Equipped with a flexible fieldbus system, the ACS550 supports Modbus and multiple internally mountable fieldbus adapters, facilitating seamless communication with other automation components. This enhances system integration and control, making it suitable for complex industrial environments.
Comprehensive safety certifications from UL, cUL, CE, C-Tick, and GOST R, along with RoHS compliance, guarantee the highest standards of safety and environmental responsibility. ABB‘s commitment to quality and innovation ensures that the ACS550-01-023A-4 is an ideal choice for demanding industrial applications seeking optimal performance, efficiency, and reliability.











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