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Replaced by BP220 battery, which has 70% more capacity and has built-in 5V USB port
External Lithium Rechargeable Battery Pack has following
features:
High capacity ( 130 Watt-hour),
Small size (Dimension: 7.8" x 4.4" x 0.9")
Light weight( only 1.9 lb.
It is an excellent solution for
extend your laptop notebook computers battery running time or power other
devices that require 15V ~ 21V power!
It has up to 2~3 times battery run time (130 Watt-Hour, compared to
40 Watt-Hour battery of most notebook computer batteries.)
Its universal platform works for most of the notebook computers on
the marketplace.
Its compact size can easily fit into a laptop/notebook carry bag.
Technical Specifications
| Model: |
NBMate 130 |
| Capacity: |
130 Watt-Hour |
| Battery Cell: |
Lithium ion |
| Colors: |
Silver / Black
|
| Chemistry: |
Li-ion |
| Input Charging Voltage: |
DC 17.6V |
| Output Voltage: |
16V/19V Selectable
|
| Operation Current: |
Max. 4.5A |
| Charging time: |
4-6 hours |
| Size: |
7.8" x 4.4" x 0.9" |
| Weight: |
1.9 pound |
| Power Indicator: |
4 level LED indicator |
| Built-in Protection Circuit: |
- Over-charge
- Over-discharge
- Over current
-
Over temperature
- Short circuit protection |
| Included in Standard Package: |
- Battery x 1 pc
- AC Charging Adapter x 1 pc
-
Adapter Power Cord x 1 pc
- Plug Tips x 9
|
Package Contents:
1.)
PM130 Battery
2.) AC charger & cord
2.)10 connector tipsThis Universal External Battery is designed to give the mobile computer user
extra run time. You no longer have to worry about limited battery capacity for
your mobile devices. This external battery combines a high capacity 130 Watt
Hours rechargeable Li-Ion battery and a modular design. With 16V/19V selectable
output voltage and 9 modular connectors available, it is possible for powering
most of notebook computers on market.
Voltage Note:An external battery works differently from an
internal battery. The output voltage of an external battery should close to your
device AC/DC power adapter output voltage, not your internal battery output
voltage. For example, if your laptop internal battery output voltage is 14.4V,
the AC power adapter output voltage is 18v~20V, you need to set the external
battery voltage at 19V, not 16V.
Comparisons of External
Battery and Internal Battery
| |
External
Battery |
Traditional Internal
Battery |
| How to Charge battery |
Has its own charger , battery can be charged
anytime without the laptop/notebook computer. Very convenient |
Must put
battery into laptop/notebook computer or use expensive proprietary charger to
charge battery |
| How to use battery |
Plug to the laptop/notebook computer's DC
power input plug, plug and play. |
Insert the
battery into the laptop/notebook computer's battery bay. |
| Compatibility |
Can be used for 90% of laptop/notebook computers
on the market. When you upgrade your laptop/notebook computer, you may still be
able to use the battery for new laptop/notebook computer. |
Every internal
battery is proprietary. Different laptop/notebook computer needs different
battery. |
| Other usage |
Can provide
16V and 19V DC power for other electronic devices also. |
can only be used for designed laptop/notebook
computers. |
How this
battery works:
1. Set right output
voltage:This battery has it own battery charger, you can charge it from
any 110V or 220V AC power source with the included AC charger.
After the
battery has been fully charged, set the voltage output of the battery close to
your notebook DC power input requirement (which is same as your notebook AC
power adapter's DC output voltage).
This battery has a switch to set the
voltage output at 16V or 19V. 16V is compatible with 15V~16.5V, 19V is
compatible with 18V~21V.
If
your notebook DC input requirement is 15~16.5V, set the battery voltage output
at 16V. If your notebook DC power input requirement is 18V ~ 21V, set the
battery voltage output at 19V.
2.
Select right tip:
Included with your adapter are 10-plug tips that work with most products. With
the plug tip not connected to the adapter cord, locate the correct tip by
fitting the tip into the DC Jack. The tip should fit snugly in the DC jack
3. Polarity & Plug the tip
After you have selected the proper plug tip, you need to connect the
plug tip to the adapter cord to match the correct polarity setting. It is
CRITICAL that you determine and set the correct polarity needed for your product
before using the adapter. FAILURE TO DO SO MAY RESULT IN SEVERE DAMAGE TO YOUR
PRODUCT!
To determine the correct polarity for your product, inspect the
DC adapter jack or the label of your product thoroughly for information about
the products polarity. There will be a symbol with a plus sign on one side and a
minus sign on the other with a circle between them. The circle will have an
opening so that it looks like a "C". If the opening of the circle is on the side
with the plus sign the polarity is positive. If the opening is on the side with
minus sign the polarity is negative. If you cannot find a polarity sign on your
product you need to call the product's manufacturer to find out what the
polarity is.
All connectors are positive polarity.
If your devices need NEGATIVE polarity power, the battery will not work you.
4. Turn on the
battery & Connect the External Battery Pack to your notebook DC power input
jack (which is the same jack your notebook AC power adapter usually plugs into).
Now you can power your notebook from this External Battery Pack .
CAUTION: Always turn off the battery when you do not
use the battery. The Test button is also an on/off switch. To
turn on the battery, please press Test button and hold it for
about 10 seconds, the Red LED will light up. To turn off the battery, just
press Test button and hold it for about another 10 seconds and
the Red LED will be off. Leave the battery on may build up static inside the
battery cells and damage the battery. The Red LED will keep on when the battery
is on, the Red LDE will be off when the battery is off.
How long
can this external battery run ?
This battery's capacity is
130Wh(Watt-hour):
you can compare this battery's capacity with your internal
battery capacity to figure out how long this battery can run your notebook. For
example, if your notebook internal battery output is: 10.8V & 4000 mAh,
then, your notebook internal battery capacity is:
10.8V x 4000 mAh =
43200 mVAh= 43.2 Wh (Watt-hour).
This external battery capacity is about
130/43.2=3 times of your internal battery capacity.
If your internal
notebook battery can run 2 hours, then the external battery pack can
theoretically run about : 2 hours x 3 = 6 hours.
This is a rough
estimate. Actual running time varies, depending on notebook computer's
configurations and what kind of applications running . For example, screen
brightness, the use of the CPU, the hard drive, the CD drive, and other
peripherals results in an additional drain upon the battery, effectively
reducing the battery's run-time. The total run-time of the battery is also
heavily dependent upon the design of the notebook. To ensure maximum performance
of the battery, optimize the computer's power management features. Refer to the
computer manual for further instructions.
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