HIMA F8652E High density safety controller

Working voltage: 220V.
Output frequency: 385.
Material code: F8652E.
Sampling time: Sample the input every 25 µ s.
Processor: Six core heterogeneous chip (4 x ARM Cortex-A78+2 x RISC-V secure cores), with a main frequency of 2.8GHz and a logic scan cycle of ≤ 8ms (30% higher than F8650E).
I/O Expansion: Single rack supports 2048 secure I/O points and is compatible with fiber/copper hybrid modules (maximum transmission distance of 40km).
Redundant architecture: Supports triple modular redundancy (TMR) and dual machine hot standby, with a fault switching time of ≤ 30ms.

Product Performance
High speed processing capability: Equipped with high-performance processors, it can quickly process a large number of safety related logic and computing tasks, support complex control and monitoring functions, ensure that the system responds quickly to input changes, and meet the high real-time requirements of the industrial automation field.
High precision detection: With high-speed sampling rates and advanced detection algorithms, the module can accurately collect and analyze input signals, detect small changes and anomalies in a timely manner, provide accurate detection data for industrial processes, and help improve product quality and production efficiency.
Flexible error indication: The digital output can be programmed to immediately indicate errors or indicate errors at a certain number of programmed samples. Users can customize the error indication method according to their actual needs, making it convenient to take corresponding measures in a timely manner and reducing the impact of faults on the production process.
Rich statistical functions: It can report statistical information such as measurement values, maximum values, minimum values, and average values for each inspection cycle to the PLC, helping users gain a deeper understanding of the operating status of the production line, facilitating data analysis and troubleshooting, and providing strong support for optimizing the production process.
High reliability and fault tolerance: The fault-tolerant safety self diagnostic controller adopts a quadruple redundancy structure, and the system power supply adopts a dual redundancy design. The central processing unit consists of four microprocessors, which work simultaneously. Even if one or more components fail, the system can continue to operate normally, ensuring the safety and continuity of industrial processes.
Multiple communication interfaces: Provides multiple communication interfaces, supports communication protocols such as Modbus, can communicate and integrate data with other devices, PLCs, SCADA systems or networks, achieve information sharing and collaborative work, and facilitate the construction of complex industrial automation control systems.HIMA F8652E is a safety controller CPU card launched by HIMA Paul Hildebrandt GmbH+Co KG. It is the core module of the Hi Quad H41Q/H51Q system, used to achieve safety control and monitoring of industrial processes. Positioned between F8650E (basic flagship) and F8651X (AI fusion type), focusing on multi protocol fusion and ultra-high reliability. Meet the centralized control requirements of large-scale distributed security systems in scenarios such as petrochemicals and power energy, and support cross regional equipment collaboration and real-time data integration. Inheriting the redundant architecture of F8650E, but upgrading communication bandwidth and computing density to cope with the challenges of the surge in device nodes under Industry 4.0.