The HIMA F8650E operates as a hybrid safety controller and edge gateway, designed to serve as the intelligence hub of large, connected safety systems. It builds on the architecture of the F8650, sitting above I/O modules like the HIMA F7133, processing safety logic with deterministic precision, and executing critical actions such as emergency shutdowns.
Model Number F8650E
Brand HIMA
Type Edge-Enabled High-Performance Safety Controller
Input Voltage 24 V DC
Operating Temp Range -40°C to +70°C
Mounting Style Rack Mount (19-inch standard)
Dimensions 220 mm x 160 mm x 85 mm
Weight 1.3 kg
Interface/Bus HIMA High-Speed Backplane, Dual Ethernet (with edge ports)
Compliance IEC 61508 (SIL 4), TUV, CE, RoHS, IEC 62443 (Cybersecurity)
Supported Protocols Profibus, Modbus TCP, HIMA Safety Protocol, OPC UA, MQTT (edge-enabled)
Typical Power Draw 25 W
The HIMA F8650E operates as a hybrid safety controller and edge gateway, designed to serve as the intelligence hub of large, connected safety systems. It builds on the architecture of the F8650, sitting above I/O modules like the HIMA F7133, processing safety logic with deterministic precision, and executing critical actions such as emergency shutdowns.
F8650E
What distinguishes the HIMA F8650E is its integrated edge computing engine, which allows it to analyze safety-related data in real time—identifying patterns like sensor drift or intermittent faults—without compromising SIL 4 certification. It connects via HIMA’s high-speed backplane and dual Ethernet ports, with additional secure protocols for IIoT integration, enabling seamless data flow to cloud platforms or on-premises analytics systems. The controller supports redundant configurations and integrates with both HIMA and third-party devices, making it a versatile bridge between safety-critical operations and smart industrial ecosystems. By combining safety control with edge intelligence, the HIMAF8650Eensures that large systems remain safe, connected, and optimized.
F8650E
Technical specifications
Model Number F8650E
Brand HIMA
Type Edge-Enabled High-Performance Safety Controller
Input Voltage 24 V DC
Operating Temp Range -40°C to +70°C
Mounting Style Rack Mount (19-inch standard)
Dimensions 220 mm x 160 mm x 85 mm
Weight 1.3 kg
Interface/Bus HIMA High-Speed Backplane, Dual Ethernet (with edge ports)
Compliance IEC 61508 (SIL 4), TUV, CE, RoHS, IEC 62443 (Cybersecurity)
Supported Protocols Profibus, Modbus TCP, HIMA Safety Protocol, OPC UA, MQTT (edge-enabled)
Typical Power Draw 25 W
Choosing the HIMA F8650E delivers transformative benefits for smart industrial facilities. Its edge computing capabilities enable local analysis of safety data, such as identifying anomalous sensor behavior or predicting module degradation, which translates to proactive maintenance and reduced unplanned downtime. For engineering and operations teams, this means breaking down silos between safety and operational data: the HIMA F8650E securely shares safety insights with IIoT platforms, allowing for unified analytics that improve both safety and efficiency.
Building on the F8650’s scalability, the HIMA F8650E supports even larger I/O counts and more complex logic, with the added advantage of edge processing to reduce data transmission bandwidth. Its cybersecurity features—including encrypted communication and secure boot—ensure that connecting safety systems to IIoT platforms doesn’t introduce vulnerabilities, maintaining SIL 4 integrity in connected environments. Perhaps most importantly, the HIMAF8650Efuture-proofs safety systems, enabling facilities to adopt advanced analytics and machine learning tools without sacrificing safety compliance.
F8650E
Application areas:
The HIMA F8650E is deployed in industries where smart industrial transformation and safety criticality intersect. In digital petrochemical refineries, it manages safety functions across processing units while analyzing sensor data to predict valve wear or instrument calibration needs, feeding insights to maintenance teams before failures occur. In smart power plants, the HIMA F8650E handles turbine and boiler safety systems, using edge computing to correlate safety data with operational metrics like fuel efficiency, optimizing performance without compromising protection.
Another key application is in connected automotive manufacturing plants, where it oversees safety functions for robotic cells, welding stations, and material handling systems, while sharing real-time safety status with production management platforms to adjust schedules based on equipment health. In these environments, the HIMA F8650Es ability to process high I/O volumes, integrate with IIoT protocols, and resist cyber threats ensures reliable performance, making it a cornerstone of safe, data-driven industrial operations.
F8650E
Related products:
HIMA F8650 – Non-edge predecessor, ideal for facilities not requiring IIoT integration.
HIMA F8693 – Advanced edge gateway module, extends F8650E’s protocol support to include 5G connectivity.
HIMA F7133 – Digital input module, commonly paired with F8650E for high-volume signal acquisition and edge analysis.
HIMA F8670E – Edge-optimized configuration tool, simplifies programming for both safety logic and data analytics.
HIMA F8650E-R – Redundant version, ensures continuous edge processing and safety control in mission-critical setups.
HIMA F7233E – Analog input module with edge-ready diagnostics, pairs with F8650E for predictive sensor health monitoring.
HIMA F8630E – Smart power supply module, provides energy usage data to F8650E for efficiency analytics.
Installation and maintenance:
Before installing the HIMA F8650E, verify that the mounting rack has sufficient vertical clearance to accommodate the slightly larger form factor compared to the F8650, ensuring proper airflow for the edge computing components. Check that backplane firmware supports edge communication protocols and that Ethernet networks are configured with appropriate cybersecurity measures—such as network segmentation—to protect safety data flows. It’s critical to confirm that power supplies can deliver stable 24 V DC with the 25 W draw, especially when paired with edge modules.
For ongoing maintenance, schedule biweekly checks of the edge processing status via the controller’s web interface, monitoring for data transmission errors or analytics engine performance. Inspect Ethernet connectors monthly for secure, corrosion-free connections, as edge data flows are more sensitive to signal degradation. Annual maintenance should include validating both safety logic execution and edge analytics accuracy, using HIMA’s diagnostic tools to ensure the two functions remain synchronized. Keep firmware updated to leverage new edge algorithms and cybersecurity patches, ensuring the HIMA F8650E continues to deliver reliable safety and insights.
WhatsApp: +86 16626708626
Email: 3772179818@qq.com
Phone: +86 16626708626
