3.75V, 4900mAh, Li-Polymer Battery fits Asus, Transformer Book Tx201la, Tx201la, 18.375Wh

Battery Fits Models:- Transformer Book Tx201la, Tx201la

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Battery Part Numbers:- 0b200-00600100, C11n1312

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The products we supply will work for the device that it is provided for and is built to last as long as the battery that came installed originally. The CameronSino range of batteries will provide you with a reliable long service product. The batteries are built to last yet are amazingly affordable. Battery selection can be a complicated process. Leave the selection to the experts if you are not sure. We can be contacted easily by live chat or by email. We will respond to your query within eight business hours. Battery selection can be a complicated process. Leave the selection to the experts if you are not sure. We can be contacted easily by live chat or by email. We will respond to your query within eight business hours. It's essential to confirm the information from your device before ordering; contact us before ordering if you are not sure. Cameron Sino products are usually covered by a 12-month warranty unless otherwise stated.  Just send the product back to us, and a replacement will be sent to you free of charge. You should expect your new battery to last between 400 and 500 cycles. A cycle can be described as a full charge and discharge. Different chemistries can be charged and discharged in an additional amount of time.  Our ISO 9001 certified factory uses the best quality components and manufactures its products to the exact high specifications as the OEM factory battery. We Endeavour to make our batteries meet or exceed the original batteries' specifications. Check that your product is shown below in the products table. Special Remarks:- None at this timeConfirm that all the details listed below match your original battery before ordering. Some models have more than one battery type available, and the only way you can confirm the correct battery is to remove the original.Sometimes there may be a variance in the capacity of our batteries compared to the original. Usually, this depends on the availability of the cells contained within.