Channel event source
Thirty-two digital input channels can serve as SOE points. Tag definition and message text determine how each event appears to operators.
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Copy| Product Name | Yokogawa ADV151-E60/D5A00 32-Channel SOE Digital Input Module |
| Item NO. | 2932020 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | YOKOGAWA |
| Brand | YOKOGAWA |
| Creation Time | 2026-11-12 |
Yokogawa ADV151-E60/D5A00 is a 32-channel isolated 24 V DC digital input module with Sequence of Events capture. Incoming state changes are time-stamped for chronological analysis and can also be used as control or monitoring signals in the Field Control Station.
The E suffix of Yokogawa ADV151-E60/D5A00 enables SOE capture, and the 60 hardware style provides the status display without explosion protection. The module is installed in an ESB bus or optical ESB bus node for SOE operation; the documented limitation excludes ER bus node installation for this function.
Option /D5A00 on Yokogawa ADV151-E60/D5A00 specifies the ATD5A-00 KS cable interface adapter for the 32-channel input connection. Module style, adapter identity, time synchronization and SOE server configuration together determine the usable event record.
| Specification | ADV151-E60/D5A00 |
|---|---|
| Brand | Yokogawa |
| Product Name | 32-Channel SOE Digital Input Module |
| Country | Japan |
| System family | CENTUM VP / FIO |
| Input channels | 32 |
| Input voltage | 24 V DC |
| Channel isolation | Isolated digital inputs |
| SOE capture | Enabled by -E suffix |
| Time stamp resolution | 1 ms within the specified domain |
| Module event buffer | Up to 512 events per two seconds |
| Node placement | ESB or optical ESB bus node for SOE |
| Status display | Included by suffix 6 |
| Explosion protection | None for suffix 6 |
| Connection option | /D5A00: ATD5A-00 KS cable interface adapter |
| System role | SEM Sequence of Events input source |
ADV151-E applies time information to digital transitions before the event record is transferred through the FCS to the SOE server.
Thirty-two digital input channels can serve as SOE points. Tag definition and message text determine how each event appears to operators.
The module buffers a defined burst of events before server storage. Overflow risk is assessed when many contacts can change during one plant trip.
SOE inputs remain available for control or monitoring as well as event reporting. The control action and historical message must reference the same channel identity.
Timestamp quality depends on the supported node location and the control-system time domain, not simply on the -E suffix.
ADV151-E SOE capture is used in ESB or optical ESB bus nodes and is not installed in an ER bus node for this function.
Vnet/IP time coordination and any external SNTP reference establish the event chronology. Time-quality indication is reviewed with the event record.
The /D5A00 KS adapter connects the 32-channel module to its field termination. Channel mapping from terminal to SOE tag is checked end to end.
For Yokogawa ADV151-E60/D5A00, confirm the channels are assigned as SOE points, the module is in a supported ESB node, time synchronization is healthy and the FCS-to-server path is active.
No. The documented SOE function of Yokogawa ADV151-E60/D5A00 is limited to ESB bus and optical ESB bus node units; move the design to a supported node rather than expecting a software setting to remove the restriction.
Inspect the Yokogawa ADV151-E60/D5A00 time-quality state, duplicate tag assignments, contact bounce filtering and server chronology. Separate repeated physical transitions from time synchronization faults.
Trace each Yokogawa ADV151-E60/D5A00 channel through the ATD5A-00 adapter, KS cable and terminal records, then compare the field contact with the configured SOE reference.
Yokogawa ADV151-E60/D5A00 can retain a limited burst of events. A large simultaneous transition set should be reviewed against module buffering and server acquisition so the trip record remains complete.
Save the Yokogawa ADV151-E60/D5A00 slot, suffix, adapter option, channel-to-tag map, filter settings, node type and time-synchronization status before removal, then verify the event sequence after installation.
Moore Automation can review current and hard-to-find automation components by exact model, suffix and interface option. The review separates confirmed requested identities from possible alternatives instead of presenting an unverified substitute as equivalent.
For legacy-system enquiries, documentation and label evidence can be coordinated with availability information so the customer can evaluate compatibility within the installed system lifecycle.
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