Input Voltage Range:380-480 VAC
Output Power Rating:5.5 kW
Frequency Range:0-500 Hz
Operating Temperature:-10°C to +50°C
Protection Rating:IP54
Communication Interface:Modbus RTU
Engineered for precision and reliability, the ABB ACS355-03E-12A5-4 frequency converter delivers unmatched performance in industrial control applications. This state-of-the-art converter is distinguished by its advanced vector control technology, enabling seamless operation across a wide range of industries including textile, printing, rubber & plastics, and woodworking.
Featuring an exceptionally compact design, this model ensures efficient space utilization without compromising on functionality. The intuitive user interface simplifies setup and commissioning, allowing for quick and easy integration into existing systems. A built-in braking chopper ensures safe and reliable operation, while the sensorless vector control optimizes performance for both induction and permanent magnet motors up to 599 Hz.
With its robust design and IP54 protection rating, the ABB ACS355-03E-12A5-4 can withstand harsh environmental conditions, making it suitable for outdoor applications and industrial environments where dust and moisture may pose challenges. Additionally, the inclusion of a communication interface based on Modbus RTU facilitates seamless data exchange with other industrial devices, enhancing system interoperability.
The ABB ACS355-03E-12A5-4 is part of ABB’s commitment to sustainable engineering practices. Its energy-efficient features contribute to reducing operational costs and environmental impact, making it an ideal choice for businesses aiming to operate sustainably. The modular design ensures compatibility with a wide range of ABB products, providing flexibility in system configuration and expansion.
Designed with user convenience in mind, the ABB ACS355-03E-12A5-4 frequency converter comes with comprehensive documentation and support services. ABB’s global service network offers prompt assistance and maintenance, ensuring minimal downtime and optimal system performance throughout its lifecycle.
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