Eisstation DC80 AIO Power Unit - more performance & easy maintenance for your Alphacool AIO!

[Thomas_S]

Alphacool today presents the Eisstation DC80 AIO Power Unit. The DC80 pre-filled Eisstation fulfils 2 important functions that make the expansion and maintenance of Alphacool's Eisbaer & Eiswolf All-In-One solutions much easier.

It can be used as a filling aid or as a booster for more pump power. As a filling aid for the Eisbaer or Eiswolf, the DC80 Eisstation can be connected directly to the AIO via the existing quick-release fasteners. For filling, the large G1" screw plug is opened and the integrated DC-LT 2 pump provides sufficient pressure to pump the cooling liquid into the AIO.

The expansion of an Alphacool AIO with several components can quickly lead to the existing DC-LT 2 pump reaching its performance limit. With the integration of the Eisstation DC80 Power Unit, you get more power thanks to the additional DC-LT 2 pump, so that you can easily operate a larger loop.

Technical data pump top & reservoir
L x W x H	50,62 x 50,62 x 77 mm
Maximum working temperature	60 °C
Connections	3 x G1/4“
Pressure tested	1,5 Bar
Technical data pump
Speed	2600rpm
Maximum head	0,95 m
Maximum flow rate	ca. 75 l/h
Power connection	3-pin fan connector
Technical data quick release coupling
Material	Nylon
Tube size	12,7 / 7,6 mm
Technical data tube
Material	TPV (EPDM/PP)
Tube size	12,7 / 7,6 mm
Length	43 cm / 9 cm
Working temperature	50 to +155 °C

Click here to buy: Alphacool Eisstation DC80 AIO Power Unit

 

[n3ver3d1ng]

I have Alphacool Eiswolf 2 AIO - 360mm Radeon RX 6800/6800XT/6900 Reference Design with Backplate. Is It possible connect this booster unit into Eiswolf to get extra pump power? How to connect? Are there any improvents with temperatures or is this for several radiator configurations?

 

[Thomas_S]

You can easily connect the Power Unit to the Eiswolf 2 using the quick-release couplings provided. The booster is intended for delivering more pump power when you install additional components such as a radiator or CPU cooler. Integrating it separately into the Eiswolf 2 therefore makes little sense, as the pump output of the Eiswolf 2 is completely sufficient for the circuit.