Alphacool Core 100 Aurora Reservoir Acetal/Acryl with VPP Pump (15380)

The Alphacool Core reservoir combines performance with design. The reservoir tube is made of acrylic, the D5/VPP pump top and lid are made of acetal. The combination of these two materials gives the reservoir a discreet appearance. The wow effect is provided by 12 digitally addressable RGB LEDs in the top of the pump and the light tower water effect inside the acrylic tube. What's new? Compared to the previous Eisbecher models, the acrylic tube of the core reservoir has an external thread. This ensures more stability and security when connecting the cover and pump top to the tube.

The integrated digital aRGB lighting is also new. 12 digitally addressable RGB LEDs in the top of the pump are included with the Core reservoir and will no longer have to be purchased separately in the future.
Extensive Mounting Options: Mounting
Option 1: Stands are included which allow the expansion tank to be mounted on the bottom of the enclosure.
Mounting Option 2: Included are 120mm/140mm mounting frames, which can be used to mount the Core expansion tank as desired on free fan spaces, radiators or on the fans on radiators. Digitally Addressable RGB Lighting12 digitally addressable RGB LEDs illuminate the reservoir's acrylic tube. They are attached in a ring shape to the lower end of the tube in the transition to the top of the pump and ensure brilliant illumination of the entire reservoir. In combination with the Lighttower water effect, a very special ambience is achieved. The digital aRGB LED lighting is connected via a JST 3-pin connector and can be controlled with a digital RGB controller (e. g. Alphacool Aurora Eiscontrol, Art. 15360) or a digital RGB capable mainboard. Lighttower Water EffectA special water effect is created in the core reservoir via the riser tubes. If you don't fill the reservoir over the upper edge of the riser tube, you get a kind of fountain effect. The water is pushed out the sides of the riser tube and sprayed against the glass tube. Depending on the flow of the