Current
4.7 A
Frame size
R1
Input phase
1
Input range
200 - 240 V AC
Max frequency
600 Hz
Mounting
Panel
Nominal input
240 V AC
Operator controls
Keypad Included
Power
1 HP
# ABB ACS355-01U-04A7-2-J400 Drive The ABB ACS355-01U-04A7-2-J400 Drive is a cutting-edge, single-phase variable frequency drive designed to enhance your automation solutions. This drive is engineered to provide unparalleled efficiency and flexibility in controlling the operation of electric motors, making it ideal for both industrial and commercial applications. ## Key Features • **Power Rating:** Compatible with motors up to 4 kW, ensuring significant energy savings and operational flexibility in various applications. • **Voltage Range:** Designed to operate within a single-phase voltage input range of 200-240 V, providing reliable performance in diverse electrical environments. • **Compact Design:** Compact size enhances the ease of installation in confined spaces—ideal for retrofit applications. • **Advanced Control:** Features built-in control algorithms that optimize motor performance, improving energy efficiency and extending equipment lifespan. • **User-Friendly Interface:** Equipped with an intuitive keypad, facilitating easy setup and monitoring of drive parameters for improved user experience. ## Applications • Suitable for a variety of applications including conveyor systems, pumps, and fans, where variable speed control is essential. • Designed for seamless integration with existing automation systems, enhancing overall operational efficiency. • Ideal for environments requiring precise motor control and energy-efficient solutions. ## Benefits • **Energy Efficiency:** Reduced energy consumption through advanced control technologies, resulting in lower operational costs. • **Reliability:** Proven ABB quality ensures lasting performance and minimal downtime, crucial for continuous operations. • **Flexibility:** Adaptable to various applications, providing solutions tailored to specific operational needs. --- *Product information compiled with AI assistance for reference purposes.*