DELL Inspiron 15-7577 7588 7778 17-7779 7779 56Wh Battery 33YDH

Model : 33YDH / Voltage: 15.2V / Capacity: 56Wh 3500mAh / Color: Black / Type: Plug & Play Li-ion Battery. Dimensions: 44 x 22 x 10 cm Compatible with Battery P/N : 33YDH PVHT1 DNCWSCB6106B. Compatible with : Dell Latitude 3490 3590 3580 Inspiron 7577 7773 7778 7779 G3 3579 3779 G5 5587 G7 7588 Series.

 High quality materials and battery cells to ensure true capacity and more recharge cycles. Expected operation time: 3-4 hours. This may vary, depending on device type and the way it is used. Low power consumption IC design. Overcharging and Discharging Circuit Protection.

Model : 33YDH / Voltage: 15.2V / Capacity: 56Wh 3500mAh / Color: Black / Type: Plug & Play Li-ion Battery. Dimensions: 44 x 22 x 10 cm Compatible with Battery P/N : 33YDH PVHT1 DNCWSCB6106B. Compatible with : Dell Latitude 3490 3590 3580 Inspiron 7577 7773 7778 7779 G3 3579 3779 G5 5587 G7 7588 Series. High quality materials and battery cells to ensure true capacity and more recharge cycles. Expected operation time: 3-4 hours. This may vary, depending on device type and the way it is used. Low power consumption IC design. Overcharging and Discharging Circuit Protection.

Model : 33YDH / Voltage: 15.2V / Capacity: 56Wh 3500mAh / Color: Black / Type: Plug & Play Li-ion Battery. Dimensions: 44 x 22 x 10 cm Compatible with Battery P/N : 33YDH PVHT1 DNCWSCB6106B. Compatible with : Dell Latitude 3490 3590 3580 Inspiron 7577 7773 7778 7779 G3 3579 3779 G5 5587 G7 7588 Series.High quality materials and battery cells to ensure true capacity and more recharge cycles. Expected operation time: 3-4 hours. This may vary, depending on device type and the way it is used. Low power consumption IC design. Overcharging and Discharging Circuit Protection.

The laptop battery is compatible with HP EliteBook 745 G3 755 G3 840 G3 848 G3 850 G3, HP ZBook 15u G3 High quality materials and battery cells to ensure true capacity and more recharge cycles. Expected operation time: 3-4 hours. This may vary, depending on device type and the way it is used. Low power consumption IC design. Overcharging and Discharging Circuit Protection.