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The Motorola HNN9056 HNN9056a HNN9044A NiMh 7.5v 1000mAH two way radio battery is designed to
replace the models of Motorola as described below
| Chemistry |
Ni-Mh |
| Voltage |
7.5V |
| Capacity |
1000Mah |
| Warranty |
1 Year |
| Model Number |
CS-MTP10TW |
| Manufacturers |
Motorola |
The warranty covers any Manufacture defect.
The warranty does not cover damages due to misuse of the battery nor
diminishing run time due to normal wear and tear.
This replacement
Motorola battery is rated at
7.5V, 1000Mah. It is designed specifically for your Two way radio
&device. It is manufacturered to a very high standard to enhance the
performance of your device. The batteries are designed with high quality
components by our ISO 9001 certified factory.
The Products that
this battery will fit are shown
below.
- Models that this battery are known
to support:-
MOTOROLA HNN9044A. MOTOROLA HNN9044A. 6060937H01. HNN9056. RADIUS P10 . RADIUS P50.RADIUS P60. HT10 . SP10. SPIRIT
- Battery codes that this product is
known to replace:-
HNN9044A. 6060937H01. HNN9056. RADIUS P50.RADIUS P60. HT10 . SP10. SPIRIT
- Manufacturers that this product will
replace:-
Motorola
Battery Selection
Please make sure before purchasing this battery that
the device manufacturer, Model number and device are all listed in our product
description. If you need to verify the fitment please send an email
to. technical@batterybuyer.com and we can
make the choice for you.
Due to the high number of different models available in todays
electronic market place some models especially those models that are relatively
slow movers will have a shipment delay of around 7 days. Most popular
models are carried in stock but this is subject to demand. If you need this
battery in a limited timescale it is always best to email us at custserv@batterybuyer.com and confirm
that we have your product in stock. We do this so that the product we carry is
constantly fresh and in peak condition.
Please note that some extended
batteries are Nimh. Please check that your charger will support this chemistry
The Nimh cells have a higher energy density and thus have a much greater capacity.
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