DO810 output module: channel groups, load limits and S800 station compatibility
ABB DO810 is an S800 digital output module with 16 current-sourcing channels for 24 V DC field signals. The manufacturer specifies two isolated groups of eight channels and a maximum continuous output current of 0.5 A per channel. The module includes channel status indication and protective functions. Confirm the exact order code and revision because look-alike S800 modules can have different output polarity or load capability.
Key technical data
| Technical item | Verified value / selection note |
|---|---|
| Article number | 3BSE008510R1 |
| Type designation | DO810 |
| I/O function | Digital output |
| Channel count | 16 |
| Signal | 24 V DC current sourcing; stated operating range 12–32 V DC |
| Maximum continuous current | 0.5 A per output channel |
| Channel grouping | Two individually isolated groups of eight with process-voltage supervision |
| Protection | Short-circuit, overvoltage and overtemperature protection per ABB product data |
The values above are intended to identify the listed version and support an initial technical review. Confirm applicable standards, rating conditions, installed accessories and the current ABB documentation for the serial number or revision before design approval, replacement or commissioning.
Application and engineering focus
Use DO810 to switch compatible discrete loads such as interface relays, indicators or solenoid circuits when the load current, inrush and suppression arrangements fit the channel limits. Check group isolation and process-voltage supervision when assigning channel commons and external supplies. The module’s OSP behavior and configured error-state outputs should be understood before using it on interlocks or any control path that affects a hazardous process.
Configuration, compatibility and related references
Confirm terminal unit, controller and communication-interface compatibility for the S800 station. ABB lists matching terminal-unit types for this module; check the current module selector and project hardware configuration before replacement. Validate channel numbering from the wiring drawing and I/O database. The DO810 is not a relay output module, and it must not be treated as galvanically isolated channel-by-channel beyond the documented group arrangement.
The related designations below are comparison references, not automatic substitutes. Confirm the complete type code, order number, interface, ratings and revision against the approved application before selecting an alternative.
- 3BSE008510R0001 DO810
- DO810 3BSE008510R1
- S-DO810
Installation and commissioning checks
Before installation, establish the process-safe state and follow approved isolation or hot-swap procedures for the specific station. Inspect field voltage, fuses, common wiring and output loads. After replacement, verify module recognition, group diagnostics, channel LEDs and feedback at the destination. Test representative outputs under controlled conditions, including fault handling and any configured OSP state, then update the loop and cabinet records.
During commissioning, verify the nameplate, configuration, wiring and diagnostics before enabling normal operation. Test the relevant signal path or protection response end to end under controlled conditions. Record settings and as-left measurements, and investigate abnormal values at the sensor, load, wiring or system configuration before replacing components.
Ordering, replacement and application information
For a quotation or replacement review, provide the complete designation 3BSE008510R1 DO810, ABB order code where available, serial or hardware revision, quantity, installation environment, connected equipment, interface requirements and target delivery date. Include a clear rating-label photograph and relevant wiring, loop or panel drawing when possible.
Ask the supplier to confirm the exact configuration, accessories, revision and any approved successor in writing. Do not select solely from a family name or product photograph. For safety, grid-protection, medium-voltage or regulated applications, obtain review by the responsible qualified engineer and follow local codes and the manufacturer’s instructions.