HOME / ASUS / PN:70-N651B1001 70-N6A1B1000 90-N651B1010 90-N851B1100 A42-M2 AS-M2000NL M2A/E-1A
ASUS 70-N651B1001 70-N6A1B1000 90-N651B1010 90-N851B1100 A42-M2 AS-M2000NL M2A/E-1A battery Replacement For L3000 L3000C L3000D L3400 L3400C L3400D L3500 L3500C L3500D L3800 L3800C L3800D series
brand:ASUS
Battery Type:Li-ion
Capacity:4400mAh
price: US $69.00
asus Feature
ASUS part number
| 70-N6A1B1000 | 70-N6A1B1100 |
| 70-N6A1B1300 | 70-N6B3B1001 |
| 70-N6B3B1100 | 70-N6B3B1400 |
| 90-N6A1B1001 | 90-N651B1010 |
| 90-N851B1100 | 90-N851B1210 |
| A42-M2 | A65 |
| AASS10 | AS-M2000NL |
| M2A/E-1A | 110-AS009-10-0 |
| BPM2N | 70-N651B1001 |
| 70-N651B1010 | 70-N651B8000 |
| 70-N651B8001 | 70-N651B8200 |
| M2L52421-340A01A010 |
Battery Fits Laptop Models
Asus L3 Series
L3C, L3D, L3H,
L3M, L3S, L3T
Asus L3000 Series
L3000, L3000C, L3000D,
L3000S, L3100, L3400,
L3400C, L3400S, L3420,
L3500, L3500T, L3800,
L3800C, L3800D, L3800S
Asus M2000 Series
Asus M2000-A Series
Asus M2000-C Series
Asus M2000-E Series
Asus M2 Series
M2A, M2C, M2E,
M2N, M2Ne
Asus M2000-N Series
M2000Ne
Asus M2400 Series
M2400, M2400A, M2400C,
M2400E, M2400N, M2400Ne,
M2422N, M2442N
Battery Tips
- New ASUS batteries are shipped in a discharged condition and must be charged before use. We generally recommend an overnight charge (approximately twelve hours). Refer to the user's manual for charging instructions. Rechargeable ASUS batteries should be cycled - fully charged and then fully discharged - two to four times initially to allow them to reach their full capacity.
- Try to avoid frequent full discharging of the ASUS battery.
- It is normal to get warm when charging or normal use the ASUS battery. If it is getting too hot, there may be a problem with the device and qualified personnel should check it.
- If you don't plan on using the replacement battery for a month or more, we recommend storing it in a clean, dry, cool place away from heat and metal objects.
- To get maximum performance from the battery, fully optimize the notebooks power management features prior to use. Power management is a trade off: better power conservation in exchange for lesser computer performance. The power management system conserves battery power by setting the processor to run at a slower speed, dimming the screen, spinning down the hard drive when it's not in use and causing the machine to go into sleep mode when inactive. The notebook users guide will provide information relating to specific power management features.











