Operating Frequency Range:Up to 10 kHz

Input Voltage Range:85V to 264V AC

Output Current:20A max

Efficiency:98%

Cooling Method:Convection Cooling

Communication Protocol:Modbus TCP/IP

Operating Temperature:-20°C to +60°C

Environmental Compliance:RoHS Compliant

    The ABB ZBIB-01C 3AUA0000112489 Inverter Interface Board is a high-performance component engineered to deliver exceptional reliability and efficiency in industrial automation environments. It is specifically designed to optimize the performance of variable frequency drives, enabling users to precisely control the speed and direction of motors in a wide range of applications, from manufacturing processes to HVAC systems.

    Featuring an advanced power electronics architecture, this interface board ensures minimal power loss and high system efficiency, making it ideal for energy-intensive industries seeking to reduce operational costs and enhance productivity.

    With a broad input voltage range of 85V to 264V AC, the board is highly adaptable to various power sources and can operate seamlessly across different electrical infrastructures. Its ability to handle up to 20A of output current makes it suitable for driving larger motors and machinery.

    Equipped with robust cooling mechanisms through convection, the ZBIB-01C is designed for continuous operation in challenging industrial environments, withstanding temperatures ranging from -20°C to +60°C. This ensures uninterrupted performance even under extreme conditions.

    The inclusion of Modbus TCP/IP communication protocol facilitates easy integration with existing industrial networks, allowing for remote monitoring and control of systems, which is crucial for enhancing operational efficiency and reducing downtime.

    In compliance with RoHS regulations, this interface board is environmentally friendly, offering peace of mind to manufacturers committed to sustainable practices. It is an excellent choice for businesses looking to upgrade their control systems without compromising on sustainability.