Home Computing Computers Laptop Accessories BatteriesProBook 645 G0 Series Laptop Battery CA06 CA06XL

Hp ProBook 645 G0 Series Laptop Battery CA06 CA06XL

Brand: Hp | Similar products from Hp

₦ 27,935

₦ 30,0007%

Few units left

+ shipping from ₦ 950 to LEKKI-AJAH (SANGOTEDO)

0 out of 5

(No ratings available)

Variation available

Replacement Battery

Promotions

Call 07006000000 To Place Your Order Need extra money? Loan up to N500,000 on the JumiaPay Android app. Enjoy cheaper shipping fees when you select a PickUp Station at checkout.

Report incorrect product information

Delivery & Returns

Choose your location

Pickup Station

Delivery Fees ₦ 950

Ready for pickup between 14 August and 15 August if you place your order within the next 11hrs 49mins

Door Delivery

Delivery Fees ₦ 1,710

Ready for delivery between 14 August and 15 August if you place your order within the next 11hrs 49mins

Return Policy

Free return within 7 days for ALL eligible itemsDetails

Seller Information

Veenez Technologies

88%Seller Score

34 Followers

Seller Performance

Shipping speed: Good

Quality Score: Excellent

Customer Rating: Average

Product details

The laptop battery is compatible with

ProBook 640 G0
ProBook 640 G1
ProBook 645 G0
ProBook 645 G1
ProBook 650 G0
ProBook 650 G1
ProBook 655 G0
ProBook 655 G1

How to Purchase the Correct Battery

Method 1:

Press Windows + R on your laptop.
Type ""msinfo32"" and click OK.
In the opened window, locate the ""System Model"" to find your specific laptop model.

Method 2:

Remove the battery from your computer.
Check the model of your battery.
Refer to the compatible list to ensure the model you are searching for matches the battery you need.
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.
Note:
Please check if this battery is compatible with your computer before purchasing.

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