Features:
- The bridge connects a supported C200 or FIM-only chassis to the Experion Fault Tolerant Ethernet network.
- The supplied hardware is marked revision A with firmware revision B and part number 51309512-125.
- Nameplate rail loads include 0.70 A at 3.3 V and 0.4 A at 5.1 V for exact assembly identification.
The current assembly identity combines model TC-FTEB01 with ordering number 51309512-125 and the recorded hardware/firmware revisions.
It mediates chassis communication onto redundant FTE segments so controllers, FIM resources and Experion servers share a resilient data path.
Confirm the node database, chassis slot, FTE A/B cabling and supported release before a replacement bridge is introduced.
Apter Power can support exact-model configuration review and quotation for Honeywell TC-FTEB01 51309512-125.
Verified resources for Honeywell TC-FTEB01 51309512-125:
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.
- C200 control nodes can connect their chassis resources to redundant Experion supervisory communications.
- FIM-only chassis can expose fieldbus data through the planned FTE node architecture.
- Maintenance teams can restore a failed bridge while preserving the original FTE addresses and redundant path allocation.
- The bridge provides coordinated access to controller and Fieldbus Interface Module data within the planned Experion node.
- Fault Tolerant Ethernet carries control-system traffic over redundant network paths for improved communication availability.
- Only one bridge is permitted per supported chassis; chassis type, firmware, addressing and topology must be checked.
- The FTE Bridge function links the supported chassis electronics with the redundant Experion network architecture.
- Ordering reference 51309512-125 identifies the specific hardware execution required for like-for-like replacement.
- The configured chassis must be a supported C200 controller location with the correct slot and firmware arrangement.
- The bridge can be used in a supported FIM-only chassis when the node architecture calls for that arrangement.
- Only one bridge is allowed in each C200 or FIM-only chassis, preventing unsupported duplicate network interfaces.
- ACE connectivity is supported through the chassis architecture when the controller and network configuration are matched.