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Copy| Product Name | ABB PT831 3BSE080222R1 | Multimode Optical Transceiver |
| Item NO. | 2928411 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | ABB |
| Brand | ABB |
| Creation Time | 2026-10-30 |
ABB · System 800xA optical networking
1000 Mbit/s data rate · 850 nm wavelength · 0.3–0.55 km multimode reach
ABB PT831 3BSE080222R1 is a multimode optical transceiver used in System 800xA network hardware. It converts the electrical gigabit link at the host interface into an 850 nm optical path terminated through LC connectors.
Across the fibre route, ABB PT831 3BSE080222R1 is specified for 1000 Mbit/s operation and a supported reach of 0.3 to 0.55 km. The 9 dB power budget must cover fibre attenuation, connector loss and patch-panel loss rather than being assigned only to route length.
At commissioning, ABB PT831 3BSE080222R1 depends on a compatible transceiver at the opposite end, correct transmit/receive polarity and clean multimode connectors. The exact part number, fibre type, end equipment and measured link result should stay together in the network record.
ABB PT831 3BSE080222R1 forms one optical segment, so both link ends, fibre type and loss budget have to be planned as one path. The check therefore follows the complete path from interface ownership and physical media to addressing, link state and end-to-end communication.
Confirm the opposite optic uses the same rate, wavelength and multimode standard before connecting ABB PT831 3BSE080222R1. Record the role of each physical port or fibre end before wiring, so cable labels and the saved network plan describe the same path.
Include every LC face, coupler and patch panel in the optical budget for ABB PT831 3BSE080222R1. Keep media type, connector condition, termination and route limits as installation checks; a software change cannot correct a damaged or mismatched physical link.
Label transmit and receive fibres at both ends so later service does not reverse the ABB PT831 3BSE080222R1 path. Acceptance should prove both local link indication and end-to-end traffic, with the tested path saved against the complete article record.
Installing ABB PT831 3BSE080222R1 is a clean-fibre task followed by a measured link check, not only an SFP insertion. The sequence is intentionally gated: article verification precedes mounting, mounting precedes termination, and commissioning begins only after the physical checks are complete.
Check the cage and connector, then remove dust caps only when ABB PT831 3BSE080222R1 is ready to be connected. Begin only after the complete article, mounting position and required companion hardware have been checked, and keep power isolated while the assembly is seated.
Use approved fibre-cleaning practice and seat both LC connectors without bending the cable below its limit. Do not force a connector, module or fibre that does not seat normally; recheck keying, alignment, bend radius and cabinet clearance before continuing.
Confirm link state and traffic, then record route length and loss evidence against ABB PT831 3BSE080222R1. Energize the installation in a controlled order, preserve the first status evidence and record the final functional check against the installed article.
For ABB PT831 3BSE080222R1, confirm the LC connectors are clean and fully seated, both link ends use compatible 1000 Mbit/s multimode optics, and transmit and receive fibres are not reversed. Then compare the installed distance and loss against the 0.3–0.55 km and 9 dB optical budget before changing network settings.
Keep the complete ABB PT831 3BSE080222R1 string, connector type, wavelength, link distance, opposite-end transceiver and existing fibre type together. These fields prevent an 850 nm multimode part from being treated as a generic SFP.
A short route does not rule out dirty faces, damaged patch leads, excessive connector loss or an incompatible opposite-end optic. Inspect and measure the full path used by ABB PT831 3BSE080222R1, including every coupler and patch panel.
No. ABB PT831 3BSE080222R1 also depends on multimode fibre, LC termination, 850 nm transmit and receive wavelengths, supported reach and optical budget. Match all of these fields to the installed link.
Record the two end-device articles, measured or calculated optical loss, route length, patch-panel positions and final link state for ABB PT831 3BSE080222R1. This makes later link deterioration distinguishable from configuration changes.
If a known-compatible optic restores neither end, or cleaning and polarity checks do not stabilize the link, test the fibre route used by ABB PT831 3BSE080222R1 for attenuation, bends and connector defects before replacing more electronics.
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