ASUS
ASUS POWER ADAPTER 230W AC100 240V
Out of Stock
ASUS 230W AC Adapter POWER ADAPTER - 230W | Laptop Charger, 100-240V
ASUS
MPN: POWER ADAPTER - 230W
$119.68$129.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 230 W output for performance-class ASUS notebooks
- 100-240 V AC input support
- AC power adapter form factor
- Replacement charger for compatible ASUS systems
- Sized for higher-demand charging scenarios
- Model designation: POWER ADAPTER - 230W
- UPC: 192876647936
- Deliver stable charging with a 230 W AC adapter for high-performance ASUS systems
Maintain dependable power delivery for ASUS systems with this 230 W AC adapter. Built for higher-wattage notebooks and performance-focused mobile workstations, it provides the charging headroom needed when the system is under load, the battery is recovering, or the device is serving as a desktop replacement.
The 100-240 V AC input range supports use across common power environments, making it a practical choice for office desks, home setups, and travel bags. For procurement teams, a genuine-spec adapter helps standardize replacements and reduce the risk that comes with underpowered or mismatched chargers. For end users, it means fewer interruptions and a charger that is sized for the machine it supports.
This adapter is a straightforward but important part of the hardware stack: the right wattage protects productivity, preserves charging performance, and keeps premium ASUS systems ready for the next task. When the workload is heavy, the power supply should be too.
Ideal For
- Replacement charger for a compatible ASUS performance laptop
- Secondary adapter for office, home, or travel use
- IT spare stock for notebook support desks
- Power source for systems that require higher-wattage charging
Why This Product
- 1230 W output supports higher-demand ASUS systems
- 2100-240 V input suits travel and mixed power environments
- 3Replacement-grade adapter for compatible ASUS hardware
- 4Wattage-matched charging helps avoid underpowered alternatives
