ABB PM864AK02-eA Redundant Control System

Operating Voltage:220 V

Output Frequency:50 kHz

Redundancy Type:Active/Active

Communication Protocols Supported:EtherCAT, DeviceNet

Memory Capacity:16 MB

Processing Speed:200 K instructions per second

Dimensions:90 x 80 x 145 mm

Weight:1.2 kg

    The ABB PM864AK02-eA Redundant Controller stands at the forefront of industrial automation technology, offering unparalleled reliability and efficiency for mission-critical systems. Its robust design incorporates an active/active redundancy feature, ensuring continuous operation even under unexpected failures. This is achieved through its sophisticated failover mechanisms, which seamlessly switch control between two identical CPU cores, maintaining process integrity without interruption.

    With support for EtherCAT and DeviceNet communication protocols, this controller seamlessly integrates with a wide array of industrial devices, facilitating seamless data exchange and enhanced system scalability. Its 16 MB of memory capacity ensures ample space for complex control algorithms and large data sets, further enhancing its operational flexibility and performance.

    Equipped with a dual-core processor, the ABB PM864AK02-eA delivers exceptional processing speed, enabling real-time control and optimization of processes. The compact size and lightweight design make it suitable for various installation scenarios, from compact machines to larger production lines.

    In addition to its core functionality, the controller is built using high-quality materials, ensuring durability and reliability over long periods of operation. It adheres to strict industrial standards, guaranteeing compatibility with existing infrastructure and facilitating smooth integration into existing control systems.

    To further enhance user experience and system management, the ABB PM864AK02-eA comes with a comprehensive set of diagnostic tools and remote access capabilities. This enables proactive maintenance, streamlined troubleshooting, and efficient system upgrades, minimizing downtime and maximizing productivity.