| Produktbeskrivelse
|
Cryorig C1 - processor-køler
|
| Produkttype
|
Processor-køler
|
| Pakke Indhold
|
CP9 cryopasta
|
| Kompatabilitet
|
LGA775 Socket, LGA1156 Socket, Socket AM2, Socket AM2+, LGA1366 Socket, Socket AM3, LGA1155 Socket, Socket AM3+, LGA2011 Socket, Socket FM1, Socket FM2, LGA1150 Socket, Socket FM2+
|
| Materiale til varmeafleder
|
Nikkelbelagt kobberbase
|
| Blæser diameter
|
140 mm
|
| Blæser-højde
|
13 mm
|
| Omdrejningshastighed
|
700-1300 o/min
|
| Luftstrøm
|
65 cfm
|
| Støjniveau
|
20 - 24 dBA
|
| Egenskaber
|
6 varmerør (6 mm), DirectCompress Soldering, Jet Fin Acceleration System, Heatpipe Convex-Align System, MultiSeg Quick Mount System, Turbulence Reduction System, Hive Fin design
|
| Dimensioner (B x D x H)
|
14 cm x 14.45 cm x 7.4 cm
|
| Vægt
|
628 g
|
| Producentgaranti
|
3 års garanti
|
Produktdatablad |
|
| Produkttype |
Processor-køler |
| Pakke Indhold |
CP9 cryopasta |
| Bredde |
14 cm |
| Dybde |
14.45 cm |
| Højde |
7.4 cm |
| Vægt |
628 g |
| Kompatibel med |
LGA775 Socket, LGA1156 Socket, Socket AM2, Socket AM2+, LGA1366 Socket, Socket AM3, LGA1155 Socket, Socket AM3+, LGA2011 Socket, Socket FM1, Socket FM2, LGA1150 Socket, Socket FM2+ |
| Materiale til varmeafleder |
Nikkelbelagt kobberbase |
| Heatsink-dimensioner |
144.5 mm x 140 mm x 74 mm |
| Blæser diameter |
140 mm |
| Blæser-højde |
13 mm |
| Omdrejningshastighed |
700-1300 o/min |
| Luftstrøm |
65 cfm |
| Lufttryk |
1.49 mm |
| Støjniveau |
20 - 24 dBA |
| Egenskaber |
6 varmerør (6 mm), DirectCompress Soldering, Jet Fin Acceleration System, Heatpipe Convex-Align System, MultiSeg Quick Mount System, Turbulence Reduction System, Hive Fin design |
| Monteringspakke |
Inkluderet |
| Service & Support |
Begrænset garanti: - 3 år |
The C1 features CRYORIG proprietary Jet Fin Acceleration System. Utilizing two stacks of fins with different gap distances, this causes hot exhaust air to move faster out of the heatsink. The C1 is designed from the base up to be easy to install, while bringing powerful performance to cool your high-end CPU's in tight situations.
