Model Range:MU200 Series

Robot Type:Versatile Industrial Robots

Joint Count:4 Axis

Reach (Max):1250 mm

Payload Capacity:16 kg

Repeatability:±0.03 mm

Operating Temperature:-10°C to +40°C

IP Rating:IP54

Motor Type:Servo Motor

Communication Protocol:EtherCAT

Power Consumption:Approx. 3 kW

Robot Arm Weight:250 kg

    The ABB MU200 Modular Controller series offers a versatile platform for integrating and optimizing industrial automation systems. Each model within the series is designed to provide high performance, reliability, and flexibility, making it suitable for a wide range of applications including machinery control, robotic systems, and complex production lines.

    Featuring modular architecture, these controllers allow for easy expansion and customization to meet specific application requirements without compromising system stability or efficiency. With built-in support for various communication protocols, seamless integration with existing infrastructure is guaranteed, enhancing operational productivity and reducing downtime.

    Equipped with a robust processor and ample memory resources, the MU200 series ensures fast processing speeds and efficient data handling capabilities, crucial for real-time control applications. Its comprehensive set of built-in functions includes motion control, process control, and safety functions, catering to diverse automation needs.

    In terms of durability and environmental adaptability, the ABB MU200 Modular Controller series is designed to withstand challenging industrial environments. Its IP20 protection class ensures reliable operation even in dusty or humid conditions, while its temperature range of -25°C to +55°C allows for deployment across different geographical locations.

    For users seeking a future-proof solution, the MU200 series supports advanced software features and updates, ensuring compatibility with evolving automation standards and protocols. Comprehensive documentation, technical support, and a vast community of experts provide ongoing assistance and guidance for optimal system performance.