HIMA F8628X 984862865 Advanced Ethernet communication module

Description

HIMA F8628X 984862865 is an advanced Ethernet communication module for the HIMA F7000 series safety controllers, which is part of the ELOP II platform. This module is designed specifically for deterministic real-time communication and advanced network security, and is the cornerstone of integrating security and automation networks. Unlike standard communication modules, this model supports Time Sensitive Protocol (TSP) and industrial Ethernet standards such as PROFINET IRT and Ethernet Advanced Physical Layer (APL) for process automation.

F8628X 984862865

From an architectural perspective, this module acts as a security gateway, enabling bidirectional data flow between HIMA fail safe controllers (such as F7553) and devices from programmable logic controllers (PLCs) to edge computing nodes. Its dual core processor can simultaneously process safety related data (such as emergency stop instructions) and non safety operational data (such as maintenance alerts) without any performance degradation. For system integrators, this means that a single module can support security and production processes, reducing hardware complexity and wiring costs.

The core advantage of F8628X 984862865 lies in its forward-looking design. This module complies with the ISA/IEC 62443-4-2 industrial network security standard, using the latest encryption standards (AES-256, TLS 1.3) and zero trust architecture. For facilities that use digital twin technology or remote status monitoring, this module is an essential component to ensure secure data transmission. Whether in the construction of new smart factories or renovation projects, this module can enable infrastructure to adapt to the constantly evolving connectivity and security requirements.

F8628X 984862865

Main features and advantages:
HIMA F8628X 984862865 performs well in deterministic performance, supports PROFINET IRT protocol, and has a cycle time as low as 1 millisecond for motion control applications. Its dual port 1 Gbps Ethernet interface (RJ45 and SFP fiber optic interface) supports redundant ring or star topologies, ensuring zero downtime during network switching. The real-time data throughput of this module – capable of processing over 10000 security related messages per second – sets a new benchmark for high-speed security systems.

Deep integration of network security features, including secure boot, hardware trust root, and dynamic threat detection. The state firewall and intrusion detection system (IDS) of this module can monitor abnormal situations in network traffic, such as unauthorized protocol deviations or brute force login attempts. This proactive protection approach can minimize the risk of network security threats compromising security functions, which is crucial for industries that are vulnerable to advanced persistent threat (APT) attacks.

This module has excellent compatibility and supports multiple protocols: PROFINET IRT, Ethernet/IP, OPC UA based on Time Sensitive Network (TSN), and MQTT-SN for low-power IIoT devices. It can also be integrated with HIMA’s security application server to achieve edge analysis and predictive maintenance, without exposing the Safety Instrumented System (SIS) to external networks. The hot swappable design and LED diagnostic function of this module simplify maintenance work, and its sturdy structure (operating temperature range of -40 ° C to+85 ° C) ensures reliability in extreme environments.

To meet long-term scalability requirements, F8628X 984862865 supports Software Defined Networking (SDN) functionality, allowing engineers to instantly reconfigure network policies. This flexibility is highly valuable for modular manufacturing environments, as production lines in such environments often require reconfiguration.

F8628X 984862865

Technical specifications:
Model HIMA F8628X 984862865
Brand HIMA
Advanced Ethernet communication module (compliant with SIL 3 standard)
Power supply 24 V DC (powered through controller backplane, typical power consumption 5 W)
Working temperature -40 ° C to+85 ° C (extended industrial temperature range)
Installation method: Plug in module, suitable for HIMA F7000 series rack
Dimensions: 40mm (width) x 160mm (height) x 120mm (depth)
Weight 0.4 kg
Interface 2 x 1 Gbps Ethernet (RJ45+SFP), 1 x USB 3.0 (for configuration)
Supports protocols PROFINET IRT, Ethernet/IP, TSN based OPC UA, MQTT-SN, Ethernet APL
Network security features AES-256/TLS 1.3 encryption, secure boot IDS、 State firewall, role-based access control (RBAC)
Redundancy Function Dual Port Media Redundancy Protocol (MRP)/Parallel Redundancy Protocol (PRP), Hot Plug, Battery Backup Configuration Storage
Real time performance PROFINET IRT cycle time: 1 ms (100 nodes), jitter<1 μ s
Certified IEC 61508 (SIL 3), IEC 61511, ISA/IEC 62443-4-2, ATEX, CSA, DNV GL

contact us
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F8628X 984862865

Application areas:
In the integration of automated guided vehicles (AGVs) and safety systems in smart factories, the F8628X 984862865 can achieve real-time communication between the HIMA safety controller and the AGV navigation system, ensuring that collision avoidance protocols and emergency parking are executed with microsecond level accuracy.
In offshore platforms, this module supports the PROFINET IRT protocol for synchronous motion control of crane safety systems, avoiding catastrophic failures caused by delays. By deploying this module, engineers have solved the challenge of integrating safety critical data with the Industrial Internet of Things (IIoT) architecture. While maintaining Safety Integrity Level (SIL) 3 compliance, emergency shutdown (ESD) event logs are transmitted to the cloud analysis platform.

The application scenarios of this module have also been extended to fields that require extremely high reliability, such as railway signal systems or aerospace testing facilities.
In supersonic wind tunnels, the F8628X 984862865 ensures the transmission of safety interlocks and sensor data without jitter in high-frequency electromagnetic interference environments. Its dual port redundancy design and built-in network security features make it an ideal choice for environments where network downtime or data breaches may jeopardize security or operational continuity.

F8628X 984862865

Related products:
HIMA F7553- SIL Level 3 Fault Safety Controller, used in conjunction with F8628X, forms an end-to-end safety communication core logic.
HIMA F8650X – High speed module of the same class, designed specifically for PROFINET IRT dedicated networks, performs excellently in mixed environments when used in conjunction with F8628X.
HIMA F3321- Safety Digital Input Module, whose sensor data is transmitted to the Remote Monitoring and Data Acquisition (SCADA) system via F8628X for real-time monitoring.
HIMA F3231- Safety Analog Output Module enables F8628X to send control signals to actuators while maintaining safety integrity.
HIMA F9650X – The next generation traditional gateway, compatible with F8628X, used to bridge Modbus RTU/ASCII systems to Time Sensitive Network (TSN) based networks.
HIMA F7122- Enhanced Battery Backup Module ensures continuous operation of F8628X during prolonged power outages.
HIMA F3403X – High precision temperature input module, whose data is prioritized by F8628X for critical process control applications.

Installation and maintenance:
Installing HIMA F8628X 984862865 requires a layered network security approach. Engineers should use dedicated firewalls to isolate secure networks from enterprise IT networks and configure role-based access control (RBAC) through HIMA’s engineering tools to restrict access to modules. When deploying PROFINET IRT, ensure that all network devices (switches, controllers) support isochronous real-time communication and achieve synchronization through IEEE 1588 Precision Time Protocol (PTP). For Ethernet Advanced Physical Layer (APL) installation, certified intrinsic safety cables should be used to comply with ATEX/IECEx standards in hazardous areas.

Daily maintenance should include quarterly penetration testing of module network interfaces using HIMA approved tools to identify vulnerabilities. It is crucial to update firmware monthly through HIMA’s security update portal to address emerging threats and to test rollback functionality in advance. Use the built-in Simple Network Management Protocol (SNMP) traps in the module to monitor network health and issue alerts in case of anomalies such as sudden latency spikes or unauthorized MAC address changes. For redundancy testing, dual port failures should be simulated sequentially to ensure that modules maintain communication through backup paths without affecting safety functions.

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