HIMA F8652X 984865265 Advanced Ethernet communication module

Description

HIMA F8652X 984865265 is an advanced Ethernet communication module of the HIMA F7000 series safety controller, which is part of the ELOP II platform. As the backbone of integrated security and industrial Internet of Things (IIoT) networks, it serves as a high-speed security gateway between fault-tolerant controllers (such as F7553) and various devices from programmable logic controllers (PLCs) to edge servers. Unlike conventional modules, it combines SIL 3 compliance with cutting-edge time sensitive networks (TSN) and 2.5 Gbps Ethernet, making it suitable for applications that require both safety critical determinism and high bandwidth data transmission.

F8652X 984865265

In terms of architecture, the module adopts a quad core processor equipped with dedicated cores to handle safe traffic (such as emergency stop (ESD) instructions) and non safe traffic (such as OPC UA data streams), ensuring zero interference between critical and non critical workflows. It integrates with HIMA’s engineering tools, allowing engineers to configure TSN configuration files, firewall rules, and redundancy policies in a single interface, reducing deployment time by up to 30% compared to multi vendor solutions.

F8652X 984865265 is positioned as a future guarantee type promoter of digital transformation. Its support for emerging standards such as OPC UA over TSN and 5G NR ensures compatibility with next-generation automation ecosystems, while hardware level security (such as security element chips) can prevent zero day vulnerabilities. Whether used in newly built smart factories or renovated existing factories, it can provide decades of reliable and safe operation guarantee for infrastructure.

F8652X 984865265

Main features and advantages:
The outstanding feature of this module is its 2.5 Gbps dual port Ethernet interface (RJ45/SFP+), supporting PROFINET IRT, with a cycle time as low as 100 microseconds, and complying with the IEEE 1588 PTP v2 standard, which can achieve nanosecond level clock synchronization. This enables ultra reliable communication in motion control applications such as high-speed filling lines or precision CNC machine tools, where shaking may lead to product defects or safety accidents. The throughput of this module (capable of processing over 50000 secure messages per second) is 5 times higher than traditional solutions, making it suitable for data intensive environments such as real-time process analysis.

Network security has been strengthened at the hardware level, equipped with security element chips (AES-256, RSA-4096), which can enforce hardware trust roots and prevent firmware tampering. The zero trust firewall of this module dynamically blocks unauthorized traffic based on whitelist protocols and IP addresses, while intrusion detection/prevention systems (IDS/IPS) can identify and mitigate threats such as DNS leaks or distributed denial of service (DDoS) attacks. For integrators, this eliminates the need for external security equipment and reduces hardware costs by 20-30%.

The robust design ensures reliability under extreme conditions: extended temperature range (-40 ° C to+85 ° C), impact/vibration resistance (IEC 60068-2), and moisture resistant conformal coating. The hot swappable design and pre diagnostic interface (LED indicator light, USB-C) of this module simplify the maintenance of online systems, while the compact size (40mm width) maximizes the use of crowded control cabinet space.

Future ready features include support for TSN automated bridges and Software Defined Networking (SDN), enabling engineers to reconfigure traffic priorities as needed to accommodate adaptive manufacturing units. The open application programming interface (API) of this module also supports custom protocol development, making it compatible with proprietary industrial systems.

F8652X 984865265

Technical specifications:
Model HIMAF8652X 984865265
Brand HIMA
Type Advanced Ethernet Communication Module (SIL 3 Certified)
Power supply 24 V DC (powered by controller backplane, peak 10 W)
Working temperature -40 ° C to+85 ° C (suitable for conformal coatings in harsh environments)
Installation method: Insert the plug-in module into the HIMA F7000 series rack
Dimensions 40mm (width) x 160mm (height) x 140mm (depth)
Weight 0.6 kilograms
Interface 2 x 2.5 Gbps Ethernet (RJ45+SFP+), 1 x USB-C (3.2 Gen 1)
Supports protocols PROFINET IRT, Ethernet/IP, OPC UA over TSN, MQTT 5.0, 5G NR (via SFP+)
Network security element chip TLS 1.3、IDS/IPS、 Role Based Access Control (RBAC)
Redundant Dual Port Media Redundancy Protocol (MRP)/Parallel Redundancy Protocol (PRP), Hot Plug, Battery Backup Configuration
Real time performance TSN frame priority (IEEE 802.1Qbv), jitter<500 nanoseconds
Certified IEC 61508 (SIL 3), IEC 61511, ISA/IEC 62443-4-2, ATEX, CSA, UL

Contact Us
Phone:+86 16626708626
WhatsApp/WeChat:+86 16626708626
Email: 3772179818@qq.com

F8652X 984865265

Application areas:
In the lithium battery production factory, the F8652X 984865265can synchronize the safety interlock device for thermal runaway detection with the robot unit controller, ensuring millisecond level emergency response, while transmitting process data to the cloud quality control platform. On the automotive assembly line, this module supports PROFINET IRT for ultra reliable motion control of collaborative robots (cobots), where microsecond level delays can lead to collisions. Engineers deploy this module to address the challenge of combining SIL 3 certified security logic with Industry 5.0 technologies, such as machine learning based predictive maintenance, without compromising system integrity.

The application scenarios of this module also extend to harsh offshore and mining environments, capable of operating under extreme temperatures and electromagnetic interference (EMI), while achieving remote monitoring of security systems through 5G dedicated networks. Its dual port redundancy design and built-in zero trust architecture are crucial for preventing network threats (such as ransomware attacks on OT networks) or catastrophic consequences that may arise from network failures.

F8652X 984865265

Related products:
HIMA F7553- SIL 3 Fault Safety Controller, forming a core safety pair with F8652X, achieves end-to-end safe and high-speed communication.
HIMA F8652E – Standard Industrial Ethernet Supplement Module, suitable for mixed networks in multi protocol environments, used in conjunction with F8652X.
HIMA F3321- Secure Digital Input Module, whose sensor data is timestamped and prioritized by F8652X for real-time cloud transmission.
HIMA F3231- Safety Analog Output Module enables F8652X to send encrypted time critical control signals to actuators in hazardous areas.
HIMA F9650X – Next Generation Legacy System Gateway, compatible with F8652X, used to integrate RS-485/Modbus RTU systems into TSN/5G networks.
HIMA F7122- Enhanced Battery Backup Module ensures continuous operation of F8652X during power outages to maintain Industrial Internet of Things (IIoT) connectivity.
HIMA F3403X – High precision analog input module, whose data is aggregated by F8652X for predictive maintenance applications driven by artificial intelligence.

Installation and maintenance:
Installing F8652X 984865265 requires meticulous handling of network segmentation and time synchronization. Engineers should deploy dedicated TSN switches (such as Hirschmann OCTOPUS) to perform traffic prioritization and configure IEEE 1588 PTP master clocks for enterprise level time synchronization. For 5G dedicated network integration, please use certified industrial customer premises equipment (CPE) with SFP+interface to ensure compatibility with the fiber ports of the module.

The maintenance protocol must include quarterly network security audits using HIMA’s security analysis tools to check for firewall rule configuration errors or outdated encryption passwords. Monthly firmware updates through HIMA’s secure over the air (OTA) platform are crucial for fixing newly emerging vulnerabilities, and rollback programs should be tested in the temporary storage environment of the image. Use the built-in network traffic analyzer in the module to monitor network health, which can generate reports on protocol distribution, latency trends, and failed authentication attempts. For redundancy testing, simulate simultaneous port failures and verify whether the module can maintain communication through a backup path within 1 millisecond (this is a requirement for safety critical systems).

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