Description

The HIMA F8628X represents the next generation of safety controller technology within HIMA’s innovative safety system portfolio, designed as a high-performance, scalable safety CPU for the most demanding safety applications. This cutting-edge controller combines unprecedented processing power with advanced cybersecurity features, making it ideally suited for modern industrial environments where safety, security, and connectivity converge. The HIMA F8628X serves as the central intelligence in complex safety instrumented systems, executing sophisticated safety algorithms while providing seamless integration with IIoT platforms and enterprise systems. Its architecture incorporates multi-core processing technology that enables parallel execution of safety functions and communication tasks, ensuring deterministic performance even in data-intensive applications.

Engineered for the era of Industry 4.0, the HIMA F8628X incorporates advanced security features including hardware-based encryption, secure boot functionality, and comprehensive access control mechanisms that protect against cyber threats while maintaining safety integrity. The controller supports digital twin functionality through enhanced data logging and real-time system monitoring capabilities, enabling predictive maintenance and operational optimization. The HIMA F8628X features flexible expansion capabilities through advanced bus systems and supports hybrid programming environments that combine traditional IEC 61131-3 languages with modern programming approaches. This forward-looking design philosophy, combined with HIMA’s proven safety technology, makes the HIMA F8628X an ideal solution for applications requiring the highest levels of safety performance, cybersecurity, and digital integration capabilities.

Technical Specifications

Main Features and Advantages

The HIMA F8628X introduces several groundbreaking features that redefine safety controller capabilities. Unprecedented processing power: The multi-core 64-bit architecture delivers exceptional computational performance, enabling complex mathematical operations, advanced algorithms, and data-intensive applications while maintaining deterministic safety response times. Advanced cybersecurity integration: The controller incorporates hardware-based security features including secure boot, trusted platform module, and hardware encryption engines that provide comprehensive protection against cyber threats without compromising safety performance.

Enhanced connectivity options: With support for high-speed Ethernet, wireless communications, and modern industrial protocols, the HIMA F8628X enables seamless integration with IIoT platforms, cloud services, and enterprise systems. The controller’s native support for OPC UA Pub/Sub and MQTT facilitates efficient data distribution in distributed systems. Flexible programming environment: Beyond traditional IEC 61131-3 languages, the HIMA F8628X supports modern programming languages and frameworks, enabling implementation of advanced AI/ML algorithms at the edge while maintaining safety integrity. Scalable architecture: The controller’s modular design allows for memory and performance scaling to meet specific application requirements, providing investment protection and future-proofing. These advanced features position the HIMA F8628X as the ideal platform for next-generation safety applications requiring maximum performance, connectivity, and cybersecurity.

Application Field

The HIMA F8628X is designed for next-generation industrial applications where advanced safety, cybersecurity, and digitalization requirements converge. In smart manufacturing facilities, the controller enables integrated safety and security functions for fully automated production lines, collaborative robotics, and interconnected production systems. The HIMA F8628X is ideally suited for process industries undergoing digital transformation, where it provides safety functions while simultaneously enabling data collection for predictive maintenance, operational optimization, and energy efficiency improvements. In these environments, the controller’s advanced connectivity capabilities facilitate integration with digital twin platforms and enterprise manufacturing systems.

The energy sector utilizes the HIMA F8628X for smart grid protection, renewable energy integration, and distributed energy resource management where complex algorithms and high-speed communications are essential. The controller’s cybersecurity features make it particularly valuable for critical infrastructure protection in power generation, water treatment, and oil and gas applications. The HIMA F8628X also finds application in transportation systems for intelligent traffic management, railway control modernization, and airport safety systems where high availability and advanced functionality are required. In pharmaceutical and biotechnology industries, the controller supports complex batch processes and regulatory compliance requirements while enabling data integrity and traceability. Essentially, the HIMA F8628X is designed for applications where safety systems must not only provide protection but also contribute to operational excellence through advanced data processing and connectivity capabilities.

F8628X HIMA

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