Lenovo
LENOVO DCG SOURCING LENOVO 65W USB-C AC ADAPTER 4X20M26268 FIELD REPLACEABLE UNIT
Out of Stock
Lenovo 65W USB-C AC Adapter 5A10W86251 | USB-C Power Delivery, OEM
Lenovo
MPN: 5A10W86251
$60.31$63.16
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 65 W AC adapter output
- USB-C charging interface
- Lenovo OEM part number 5A10W86251
- Field-replaceable unit design
- External power adapter form factor
- Designed for compatible Lenovo USB-C systems
- Sustain Lenovo USB-C device uptime with 65 W output power
- Replace failed chargers quickly using field-replaceable unit design
Maintain uptime for Lenovo USB-C notebooks and mobile workstations with this 65 W AC adapter. Built as a field-replaceable unit, it gives IT teams a practical replacement path for failed or missing chargers without changing the rest of the deployment. That matters in environments where a single missing adapter can stall a user, a hot desk, or a loaner pool.
The 65 W output is the right fit for many Lenovo USB-C systems that need reliable charging and stable power delivery from a compact external adapter. As an OEM Lenovo part, it aligns with fleet standardization and helps preserve compatibility across supported devices. For procurement teams, that means fewer mismatched chargers and less time spent validating third-party alternatives.
Use it to keep spare inventory ready for service desks, break/fix workflows, and distributed teams that need a known-good replacement. When power accessories are standardized, support becomes simpler and device recovery becomes faster.
Ideal For
- Replacement charger for Lenovo USB-C notebooks in enterprise fleets
- Spare adapter for help desk and break/fix inventory
- Hot-desk power accessory for shared workspaces
- Loaner laptop charging support for temporary deployments
Why This Product
- 1OEM Lenovo part for compatibility confidence
- 265 W output for supported USB-C devices
- 3Field-replaceable unit for faster service replacement
- 4Better fleet standardization than mixed third-party chargers




