ABB ACS550-01-038A4, Industrial Frequency Converter Drive
The ABB ACS550-01-038A4 is a high-performance industrial frequency converter drive designed for versatile motor control applications in demanding environments. This robust drive offers efficient energy management, precise speed control, and reliable operation under varying load conditions.
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Content details
Operating Voltage:400 VAC
Motor Power Range:Up to 10 kW
Inverter Efficiency:98%
Protection Class:IP54
Communication Interface:Built-in Modbus RTU
Environmental Temperature Range:-10°C to +40°C
The ABB ACS550-01-038A-4 Frequency Converter Drive boasts an intuitive user interface and an assistant control panel for seamless operation. Its swinging choke design provides superior harmonic reduction, ensuring cleaner power supply and minimizing electrical losses. With vector control technology, it adapts to varying load conditions, delivering precise speed control.
Equipped with coated boards for enhanced durability in harsh environments, this drive is built to withstand challenging industrial conditions. It features a standard category C2 EMC filter, which protects against electromagnetic interference, ensuring stable performance in noisy environments.
Flexible communication options are provided through its integrated fieldbus system, supporting Modbus and various fieldbus adapters. This enables easy integration with existing industrial networks and facilitates communication with other devices for enhanced automation.
Complying with international safety standards such as UL, cUL, CE, C-Tick, and GOST R, the ABB ACS550-01-038A-4 Frequency Converter Drive ensures reliability and safety in diverse global markets. It is RoHS compliant, contributing to environmental sustainability by reducing hazardous substances.
Designed for versatility, this drive can be applied across various sectors including manufacturing, petrochemicals, and water treatment facilities. Its modular design allows for easy installation and maintenance, minimizing downtime and maximizing operational efficiency.