Features:
- Adds Fast Ethernet communication to HIMA H41q and H51q controller systems.
- Supports 10BaseT or 100BaseTX through an RJ45 network connection.
- Provides an HSR serial path for paired communication-module operation.
HIMA F8627 occupies a communication position beside the central module rather than an I/O slot.
The Ethernet path carries controller data, while the HSR link coordinates the associated module pair in a redundant arrangement.
H41q and H51q provide different slot capacities, so the installed position must follow the rack-specific communication layout.
The HIMA F8627 Fast Ethernet Communication Module is listed as Discontinued / Obsolete by OEM; Apter Power can assist with exact-model documentation and matching.
HIMA F8627 Fast Ethernet Communication Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Controller data over Fast Ethernet
- Physical port: An RJ45 connector provides the Ethernet network path.
- 10 Mbit/s mode: The module supports 10BaseT.
- 100 Mbit/s mode: The module supports 100BaseTX.
- Network basis: The Ethernet interface follows IEEE 802.3.
Different H41q and H51q positions
- H41q location: One communication module is placed to the right of each central module.
- H51q count: As many as five communication modules can be added per central module.
- H51q slots: Communication positions are 10-14 or 17-21.
- Mixed modules: Ethernet and Profibus communication modules may share H51q communication positions.
Paired communication hardware
- HSR function: The serial path joins the associated communication-module pair.
- Connector: The HSR interface uses an RJ12 connection.
- Cable: BV7053 is the documented cable for the redundant communication link.
- Slot alignment: Partner modules use corresponding rack positions.
Software and node boundaries
- Operating system: The documented baseline is BS41q/51q V7.0-7 or later.
- Engineering: Configuration uses the ELOP II environment.
- H51q nodes: The Ethernet arrangement supports communication among as many as 64 H51q PES.
- Identity: The unsuffixed F8627 remains distinct from F8627X.