The ABB 3BHE039905R0101 LTC745A101 Power Master Board is a high-performance control solution designed for industrial automation applications. This board is optimized for seamless integration into complex systems, offering enhanced reliability and efficiency.
Operating Voltage:220V AC
Frequency Range:47-63 Hz
Power Output:1000W
Input Current:20A
Output Current:50A
Dimensions (LxWxH):203.2mm x 635mm x 330.2mm
Weight:1.5kg
Communication Protocol:MODBUS RTU
Protection Class:IP20
Operating Temperature:-20°C to +50°C
The ABB 3BHE039905R0101 LTC745A101 Power Master Board is engineered with state-of-the-art technology, providing unparalleled performance and efficiency in managing power across industrial applications. Its compact design and robust construction make it suitable for a wide range of environments, ensuring reliable operation under varying conditions.
This board offers precise voltage regulation and current control, enabling optimal energy utilization and reducing operational costs. Its compatibility with a broad spectrum of industrial protocols facilitates seamless communication within complex automation networks.
Designed with user-friendliness in mind, the ABB 3BHE039905R0101 LTC745A101 Power Master Board includes intuitive interface and diagnostic tools, allowing for easy setup, monitoring, and troubleshooting. This ensures minimal downtime and efficient maintenance processes.
The product is meticulously crafted to withstand harsh industrial environments, thanks to its IP20 protection class, making it ideal for applications in manufacturing, process control, and other sectors where reliability and durability are paramount.
With compliance to international safety standards such as CE and UL, the ABB 3BHE039905R0101 LTC745A101 Power Master Board offers peace of mind, ensuring safe and compliant operation in various industries.
The ABB 3BHE039905R0101 LTC745A101 Power Master Board is a high-performance control solution designed for industrial automation applications. This board is optimized for seamless integration into complex systems, offering enhanced reliability and efficiency.