HIMA F8627X (984862765) Safe‑Ethernet Communication Module for H41q / H51q Safety PLC System

Description

HIMA F8627X (984862765) Safe‑Ethernet Communication Module for H41q / H51q Safety PLC System

Product Details

The F8627X, part number 984862765, is a certified SIL‑3 Ethernet communication module for HIMA H41q‑H51q safety‑related control systems. It is designed to cooperate with F8650X / F8652X series safety CPUs, providing dual 10/100‑Base‑T Ethernet ports plus one RS232 FB interface. It supports SafeEthernet, ELOP‑II programming protocol, Modbus‑TCP and standard TCP/IP communication. This card enables online programming, parameter download, real‑time data exchange between safety controller, ELOP‑II engineering tool, HMI, SCADA and third‑party automation devices. Front‑panel LED indicators display TX/COL, RUN and ERR status for quick diagnosis. It adopts standard Eurocard rack‑mount structure, inserts into HIMA backplane bus, supports hot‑swap operation without safety‑logic interruption. With TÜV certification conforming to IEC 61508 SIL‑3, it is widely used as spare‑part and retrofit component for legacy petrochemical, oil‑gas and power‑plant SIS racks.

F8627X

Applications

‑ Petrochemical plant SIS safety‑system network communication ‑ Oil & gas ESD system connection with HMI and upper‑host SCADA ‑ Chemical process safety‑PLC engineering download & online debugging ‑ Power‑plant boiler & turbine safety instrumented system ‑ Refinery burner‑management system cross‑device data interaction ‑ Retrofit & spare‑part replacement for H41q / H51q safety control racks ‑ Safety‑related data transmission for hazardous‑area industrial sites

Related Series Models (6+)

1. F8627
2. F8628X
3. F8650X
4. F8652X
5. F8651X
6. F8653X
7. BV7046‑4
8. F3236

Key Features

1. SIL‑3 safety certified communication module compliant with IEC 61508 for safety‑critical loops.
2. Dual independent 10/100 Mbps Ethernet ports plus RS232 FB interface, supports SafeEthernet, Modbus‑TCP and ELOP‑II protocol.
3. Supports hot‑swap replacement; module maintenance can be performed while safety system keeps running.
4. Multiple front‑panel LED status indicators for link activity, running state and fault alarm for on‑site troubleshooting.
5. Standard Eurocard plug‑in rack‑mount design, seamless installation on HIMA H41q/H51q backplane bus.
6. Realizes bidirectional safe data transmission between safety CPU, engineering workstation, HMI and third‑party equipment.
7. Built‑in communication self‑diagnosis function, detects link failure and reports fault information to main CPU.
8. Industrial‑grade hardware, stable continuous operation under complex electromagnetic‑interference factory environments.

Main Functions

1. Establish Ethernet communication link between H41q/H51q safety CPU and ELOP‑II engineering tool for program download, upload and online monitoring.
2. Execute SafeEthernet safety‑grade data transmission for inter‑controller safety‑related data exchange.
3. Support Modbus‑TCP master/slave communication, realize data interaction with HMI, SCADA and other third‑party automation equipment.
4. Provide RS232 FB interface for local debugging and auxiliary communication access.
5. Continuously monitor Ethernet link quality and module internal hardware status, transmit fault diagnostic information to host safety CPU.
6. Visualize communication status, running condition and fault events via front‑panel LED indicators.
7. Support hot‑swap maintenance without interrupting execution of safety interlock logic.
8. Cooperate with F8650X / F8652X safety CPU to complete whole‑set safety‑instrumented‑system network communication architecture.