XSPC Hub 8 Ports RGB 12 Volts - Alimentation SATA - V2 - Blanc

XSPC
XSPC
This product is no longer available for sale
Item code : 14175
EAN : 5060175589989
Non-contractual photos
Technical details

Permet de connecter jusqu'à 8 produits RGB à un seul connecteur RGB sur la carte mère.

Sa puissance de 5.5A et 66W permet d'alimenter sans problème tous vos produits RGB.

Caractéristiques Techniques :

Connecteur alimentation : SATA
Connecteurs : 8 * RGB 12V
Longueur câbles : 60cm
Puissance totale : 5.5A - 66W
Dimensions : 72*50*14.6mm
Livré avec un cable RGB gainé noir & pads adhésifs


Special offer

20% OFF

For connection of 6 fans with 3-Pin connectors to a 3-Pin connector e.g. on the Mainboard. Please note that the speed monitoring of only one connected fan is possible with this adaptor cable. A white sticker on one of the cables shows which connector can be monitored.

Sleeving:
This cable is not only practical, it is also optically appealing, The surrounding mesh, also called sleeve, which is surrounding the cable itself offers the advantages that every Pro-modder is looking for: A completely unique look, even of the cables in the system! Special attention was paid to the combination of cable connectors, sleeve and heatshrink which were used to ensure great design and a unique as well as elegant look.

The idea behind these cables:
Phobya's goal is to make the work of professional and hobby modders a bit easier with these cables. Sleeving is a lot of work and requires much time. But with these cables by Phobya the whole system can be redesigned any way you like by simply adding these cables.

Technical specifications:
Connectors: 3-Pin to 6x 3-Pin Y-cable
Colour: Black sleeve, black connectors and black heatshrink
Dimensions: 30cm length each
Conforms with RoHS

Extent of delivery:
1x Phobya Y-cable 3-Pin Molex to 6x 3-Pin Molex 30cm - Black

Please note: If connecting multiple fans to one fan connector by using these adapters please ensure that the source is specified to supply enough current to safely supply all fans together. Too high loads may result in damages to the system.