DELL Latitude E5590, E5591 Series Laptop Battery GJKNX 68W

The laptop battery is only compatible with…

• Dell Latitude 5480 Series, Dell Latitude 5580 Series (only with M.2 storage),

• Dell Latitude 5280 Series, Dell Latitude 5288 Series,

• Dell Latitude 5488 Series, Dell Latitude 5490 Series,

• Dell Latitude 5491 Series, Dell Latitude 5495 Series,

• Dell Latitude 5590 Series, Dell Latitude 5591 Series,

• Dell Latitude E5280 Series, Dell Latitude E5288 Series,

• Dell Latitude E5480 Series, Dell Latitude E5490 Series,

• Dell Latitude E5491 Series, Dell Latitude E5580 Series,

• Dell Latitude E5590 Series, Dell Latitude E5591 Series,

• Dell Precision 15 3520 Series, Dell Precision 15 3530 Series and more.

• GJKNX

• GD1JP / 0GD1JP

• DY9NT / 0DY9NT

• 5YHR4 / 451-BBZG

This battery is NOT compatible with 5580 systems that use a 2.5"" storage drive. (HARD DRIVE)

This battery is compatible with Latitude 5580 systems that use only a M.2 SSD storage drive. 

(ONLY replace with Type GJKNX 62Wh battery for the above models! 

Battery Model: GJKNX 

There are 4 types of compatible battery, VG93N(92wh), GJKNX (68wh), 93FTF (51wh) and 3DDDG (42wh), Please choose the RIGHT battery model and capacity according to your laptop's original battery.

How to Purchase the Correct Battery

Method 1:

1.   Press Windows + R on your laptop.
2.   Type "msinfo32" and click OK.
3.   In the pop-up window, locate the "System Model" to find your specific laptop model.

Method 2:

1.   Remove the battery from your computer.
2.   Check the model of your battery.
3.   Refer to the compatible list to ensure the model you are searching for matches the battery you need.
4.   If the model is listed as compatible, that's the right battery for your laptop.

Note: When purchasing the battery, make sure it is compatible with your laptop model to ensure proper functionality.
 

 High-quality materials and battery cells to ensure true capacity and more recharge cycles. Expected operation time: 3-6 hours. This may vary, depending on device type and the way it is used. Low power consumption IC design. Overcharging and Discharging Circuit Protection.