Features:
- Eight RJ45 connections concentrate copper IONet traffic inside the control cabinet.
- A copper-only design separates H3A from the fiber-equipped H1A option.
- Dual diode-ORed DC inputs support a resilient panel power arrangement.
The H3A suffix identifies the ESWA configuration intended for eight copper network connections without an optical port.
DIN-rail mounting and convection cooling support integration into established Mark VIeS cabinet layouts.
Accurate replacement depends on comparing the suffix and port map with the installed network drawing.
Apter Power can support sourcing and technical review for the General Electric IS420ESWAH3A IONet Ethernet Switch.
General Electric IS420ESWAH3A IONet Ethernet Switch 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.
- H3A suits cabinet designs that keep all eight IONet connections on copper cabling.
- Existing port labels and peer-device assignments provide the clearest reference for restoring the original topology.
- A design requiring multimode fiber points to H1A rather than this copper-only configuration.
- Two diode-ORed DC inputs allow the switch to participate in a redundant 24/28 Vdc supply scheme.
- DIN-rail mounting supports orderly cabinet replacement while preserving cable routing and service access.
- Grounding and open airflow around the enclosure contribute to stable convection-cooled operation.
- Port-by-port link indications help confirm that each documented cabinet connection has returned.
- A final comparison with the network drawing reduces the chance of swapped copper destinations.
- Apter Power can review the complete model and topology record before shipment to support accurate selection.
- Mark VIeS IONet cabinets using eight copper Ethernet connections and no fiber uplink.
- Maintenance projects that must preserve the installed H3A hardware suffix and RJ45 port arrangement.
- Turbine-control network service supported by documented redundant power and cabinet wiring.