Akasa AK 959CU - Prosessorijäähdytin - (for: LGA775, LGA1156, LGA1155) - alumiini kuparipohjaisella alustalla - 92 mm
FBAC4895-B52C-4E03-B099-A6A8F8B8017B Created with sketchtool. 706D6907-81E1-46A2-B8F9-7B702A1EF2C7 Created with sketchtool. 6A870209-E7F5-44F5-A66F-09E20C85A0DC Created with sketchtool. 0BB04D6C-A9AB-4913-BF4F-5A23954E68E1 Created with sketchtool. 501E26C7-66C1-4DAA-B740-6CFAF55A1B39 Created with sketchtool. C105F7D3-D5EE-43C9-9EE8-05CC42B296D4 Created with sketchtool. D94689D8-7CBB-41C8-AC06-F79D81FF82D5 Created with sketchtool. DA4C7ED9-2512-4D52-94F0-92800F2A6E04 Created with sketchtool. 42E133FD-828F-4CF4-A0BF-560014487A57 Created with sketchtool. F52D9745-4BFD-4506-BEEF-630FD09EF2D9 Created with sketchtool.
Etävarastossa
Tuotetta on etävarastossamme, toimitusaika noin 5-7 työpäivää. Lisätietoja

Kuljetus Bring -palvelupisteeseen 9,92 €

Katso kuljetusvaihtoehdot
Bring - Toimitus huoltopisteeseen9,92
Bring - Kotiinkuljetus -arkisin.24,80
EUR 29,92
ilman ALV 24,13
Kokonaishinta sis. toimitus 39,84
The low noise AK-959 uses a high engineered multi directional heatsink with copper core and bi-ped fins providing cost effective efficient CPU and motherboard cooling. The PWM fan is regulated automatically by CPU usage so under normal PC work load the fan speed is low ensuring quiet computing but extra performance is available when needed.

Intel approved pushpins ensure easy installation, reliable retention and maximum compatibility on both LGA775 and LGA115X platforms without any mounting adjustment, pushpins will automatically slide into correct position.

AK-959CU is designed to work with CPU’s up to 115W but greater cooling efficiency can be attained with efficient case airflow. Pre-applied high performance thermal compound ensures clean and easy installation.

- High engineered aluminium heatsink with copper core.
- Dual Intel mounting (LGA775 & LGA115X).
- Bi-ped fins maximise heat dissipation.
- Low noise PWM fan.
- Push pins provide reliable retention and easy mounting.
- High performance thermal interface pre-applied.