PLEASE NOTE THAT YOU ARE PURCHASING A PRODUCT FROM ANOTHER COUNTRY AND WILL THEREFORE BE SUBJECT TO CUSTOMS DUTIES
Dell Latitude 3390 2in1 Heatsink Processor 0nr301 CPU Fan Sen Refurbished
The description of this item has been automatically translated. If you have any questions, please feel free to contact us.
Dell Latitude 3390 2in1 Processor Heatsink 0nr301 Cpu Fan Sen Refurbished
Simpletek code: 16107
Conditions: Refurbished GRADE B (Good) - Product with light signs of wear such as small scratches or dents, but fully functional. Guaranteed performance.
Warranty: 12 months
16107
Description
The Dell Latitude 3390 2-in-1 processor cooler0NR301 It is designed to ensure effective heat dissipation of the processor. This form without fan It is suitable for systems that use passive solutions for cooling, reducing noise and component wear. Ideal for anyone who needs to replace or upgrade the heatsink in a laptop or 2-in-1 series Latitude 3390, ensuring optimal performance without the inclusion of the fan.
Technical features:
Brand: Dell
Model:0NR301
Type: Fanless processor heatsink
Compatibility: Dell Latitude 3390 2-in-1
Function: Heat dissipation for the processor
Usage: For systems with passive cooling, ideal for keeping the processor temperature under control without a fan
Dell Latitude 3390 2in1 Processor Heatsink 0nr301 Cpu Fan Sen Refurbished Conditions: Refurbished GRADE B (Good) - Product with light signs of wear such as small scratches or dents, but fully functional. Guaranteed performance. The Dell Latitude 3390 2-in-1 processor cooler 0NR301 It is designed to ensure effective heat dissipation of the processor. This form without fan It is suitable for systems that use passive solutions for cooling, reducing noise and component wear. Ideal for anyone who needs to replace or upgrade the heatsink in a laptop or 2-in-1 series Latitude 3390, ensuring optimal performance without the inclusion of the fan. Function: Heat dissipation for the processor Usage: For systems with passive cooling, ideal for keeping the processor temperature under control without a f