135W Laptop Charger Compatible with Acer Nitro 5 Gaming Laptop AN515-51 AN515-41 AN515-43 AN515-52 AN515-53 AN515-54 AN515-44 AN515-55 Nitro V15 V16 V17 N18C3 N18C4 Power AC Adapter Supply 5.5 * 1.7mm

Input: 100-240V~ 1.6A;
Output: 19V- 7.1A 135W (also compatible with laptops up to 120W output );
Connector size: 5.5 mm x 1.7 mm Purple Tip.
Note:
(Caution: This adapter is not 3.0 * 1.1 mm connector) Not compatible with Acer Nitro 5 AN515-58, 180W/230W/330W laptops, or USB-C devices; do not buy if your laptop needs over 135W.
Top Priority on Your Safety: Our 135W laptop charger is crafted with premium materials and professional craftsmanshipeach unit undergoes strict testing for short-circuit, overcurrent, overvoltage, and overheating protection. You can rely on it for safe, stable charging that safeguards your laptop from power-related risks.
Flawless Compatibility with Target Laptops: Specifically
designed for your laptop: Compatible with Acer Nitro 5 Charger(AN515-54/55/53/44/51/41/43/45/56, AN515-55-53AG/52KW, AN515-57-584Y, AN517-51-532Y), Nitro 7 (AN715-51/51-796C); Compatible with Acer Nitro V15 V14 V16 V17, ANV14-61 ANV14-62 ANV15-41 ANV15-51 ANV16-41 ANV16-42 ANV16-71 ANV17-61; Nitro V ANV16S-41-R2AJ; Compatible with Acer Aspire VX 15 (VX5-591G series), Aspire 7 (A715-71G/72G/74G, A717-72G); Also fits models PA-1131-05/16, ADP-135KB T/ADP-135NB B/ADP-135K, N18C3/N18C4/N17C1/N16C7/N17C2.
Dual-Purpose Portability: This adapter can replace your original charger or serves as a lightweight backup. Keep one at home and carry the compact spare effortlesslyideal for commuting, business trips, or travel. Eliminate the hassle of carrying chargers while maintaining reliable power access anywhere
[ OUR GUARANTEE ] All of our product lines are put through rigorous quality control procedures to ensure safe, reliable operation for years to come. In addition, our products are in compliance with top industry standards, and include numerous safety mechanisms, including protection against short circuiting, overvoltage, overcurrent, and internal overheating.