Laptop ac adapter acer 308745-001 Laptop AC Adapter DC19V 7.1A(compatible with 19V, the highest quality, the lowest price, the best service, the reliable products, 100% Guaranteed to meet or exceed the 100% original manufacturer's power specifications.

acer 308745-001 adapter

SPECIFICATIONS

Input: AC100-240V (worldwide use)
Output: DC19V 7.1A(compatible with 19V
P/N
Power: 135W
Outlet: 3-prong
Connecter size: 5.5*2.5MM
Liteon PA-1131-08, Acer AP.13503.001, AP.13503.002, HP/Compaq 308745-001
HP/Compaq 309241-001, HP/Compaq 310925-001, HP/Compaq 316688-001
HP/Compaq 317188-001, HP/Compaq 316687-002, HP/Compaq 344895-001
HP/Compaq 346958-001, HP/Compaq 350221-001, HP/Compaq PA-1131-08H
HP/Compaq 345312-001, HP/Compaq 346958-001, HP/Compaq 361072-001
HP/Compaq 361072-061, HP/Compaq DR912A#ABA, HP/Compaq DR910A

Maintenance and instructions for the acer 308745-001 Laptop AC Adapter:

1. Wiring is exposed. If the cable is worn in any way, this may result in some internal cable exposure. If the cable is severely worn and the cable is exposed, the adapter should be stopped.

2. The cable is broken. A cable break may occur in the flexible connector near the adapter module or connector. These flexible joints are used to bend the cable when the adapter module is wound, but may become brittle over time, causing breakage. If the cable hits the edge of an object such as a table or stool, it may also break.

3. The stitches are bent or broken. If the computer port is not properly inserted, the adapter pins may bend or break completely. Unplugging or inserting the cable at an angle may cause the center pin of the adapter to bend. If this happens frequently, the pins may break and the adapter will stop working.

4. The cable is loose. If your cable is loose, try unplugging the cable and reconnecting it to make sure it is in place. If the cable is still loose, check for broken or broken pins or connectors or cables. If the cable is damaged and it is loose, you must replace the adapter or cable.

5. The cable is worn. Cable wear is most likely to occur at either end of the cable connecting the adapter module to the connector that connects to the computer. This may be due to the number of times the cable wraps around the adapter module or the cable is subjected to any unnecessary stress.