Napajanje 500W LC Power LC500H-12 v2.2 12cm Fan
Očekivani rok isporuke je 1-7 radnih dana
Za sve porudžbine čija je vrednost do 10.000 dinara, isporuka kurirskom službom se naplaćuje po zvaničnom cenovniku kurirske službe možete pogledati na sledećem linku. Vidi cenovnik. Besplatna isporuka na kućnu adresu važi za narudžbine u vrednosti preko 10.000 dinara i do 5kg težine, a ne spadaju u kategoriju SPECIJALNA ISPORUKA.
Technical overview
Power supply type | Office Series |
ATX standard | ATX V2.2 |
Connectors | |
20+4 pin mainboard | 1x 45 cm |
4+4 pin mainboard 12V | 1x 45 cm |
PCI-Express | 1x PCI-Express 6 pin 45 cm |
SATA | 4 (2x 45 / 2x 60 cm) |
PATA | 2x 75 cm |
FDD | 1x 90 cm |
Mark of conformity | CE |
Fan | 120 mm |
PFC | active |
Dimension h x w x d | 85 x 150 x 140mm |
Weight (retail) | 1,367 kg |
Power rating | 500W max. / peak |
+3,3V | 20A |
+5V | 22A |
+12V1 | 15A |
+12V2 | 15A |
Temperature control for case fan | yes |
Characteristics:
500W max. / peak
120mm fan
1x PCI-Express 6 pin connector
Incl. Active PFC (power factor correction for an efficient use of the spent energy) and all relevant safety circuitry
- Naziv artikla:
- Napajanje 500W LC Power LC500H-12 v2.2 12cm Fan
- Naziv i vrsta robe:
- Napajanja
- Uvoznik:
- Dostupno na ambalaži proizvoda
- Zemlja porekla:
- Dostupno na ambalaži proizvoda
- Prava potrošača:
- Zagarantovana sva prava kupaca po osnovu zakona o zaštiti potrošača
Technical overview
Power supply type | Office Series |
ATX standard | ATX V2.2 |
Connectors | |
20+4 pin mainboard | 1x 45 cm |
4+4 pin mainboard 12V | 1x 45 cm |
PCI-Express | 1x PCI-Express 6 pin 45 cm |
SATA | 4 (2x 45 / 2x 60 cm) |
PATA | 2x 75 cm |
FDD | 1x 90 cm |
Mark of conformity | CE |
Fan | 120 mm |
PFC | active |
Dimension h x w x d | 85 x 150 x 140mm |
Weight (retail) | 1,367 kg |
Power rating | 500W max. / peak |
+3,3V | 20A |
+5V | 22A |
+12V1 | 15A |
+12V2 | 15A |
Temperature control for case fan | yes |
Characteristics:
500W max. / peak
120mm fan
1x PCI-Express 6 pin connector
Incl. Active PFC (power factor correction for an efficient use of the spent energy) and all relevant safety circuitry