Version: 15.04.2020
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Alphacool International GmbH, Marienberger Strasse 1, 38122 Braunschweig Tel: (+49)0531 288 740 Supportmail: info@alphacool.com
Other data
Article number Alphacool 13991
EAN Code 4250197139915
VPE Box 1
Weigth 331 g
Customs code 84137081900
Product pics download
https://www.alphacool.com/
download/1019539_Alphacool_ES_Solution_DDC310_Pump.zip
Article text
The Alphacool ES Solution Laing DDC310 pump serves as the foundation for various 1 to 4U server solutions from Alphacool. The unit is based around the very popular Alphacool DDC pump and has been
coupled with a simple pump base to maintain compatibility with various Enterprise Solution reservoirs.
Compact and powerful.
The flat design of the Laing DDC310 pump saves space and fits with the corresponding Enterprise reservoirs from chassis as small as a 1U server rack. This results in a very powerful pump that can be used in
the smallest of spaces. The DDC310 variant offers with a delivery height of 2.44m enough power to operate an extensive water loop. The performance is enough to operate a dual or quad socket system including reservoir and radiators. The performance of the pump is also sufficient to operate a render server
with up to 4 graphics cards.
Spherical Ceramic Bearing
The pump uses a shaftless ball motor or spherical bearing. The motor is driven by magnets while the rotor is mounted on a ball-ceramic bearing. This makes the pump maintenance-free, as the bearing is selfadjusting and maintenance-free. The pump is lubricated by the coolant during operation. This makes the
Alphacool ES Solution Laing DDC310 pump a so-called wet rotor pump. Due to its design, even small
particles of dirt are no problem for the pump.
Installation and Commissioning
The pump is delivered with a classic plastic bottom which ensures a high compatibility to all Enterprise
Solution products. However, the pump can also be mounted on all existing DDC pump tops from Alphacool. The pump comes with a corresponding O-ring, only the mounting screws must be used from the
respective reservoir, as these may differ in length. The power is supplied via a 4-pin Molex connector, the
speed can be read out via a 3-pin Molex connector. This is usually done via the 3-pin fan connector on
the mainboard or via an appropriate fan controller.