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This pump is the first pump worldwide, which can be installed in mass-produced water-cooled workstations, and it is ideally suitable for the water cooling of processors and electronic components. Due to its size and output, a multitude of applications are available. This pump is an electronically commuted ball-motor pump, with running times of more than 50,000 hours at 12 V. The only flexible part of a ball-motor pump is a sphere-formed rotor-/runner unit, which is propped up against an extremely hard, wear-resistant ceramics bearing ball. A conventional axle with journal bearing and shaft sealing is not available. The spherical bearing of the rotor-/runner unit on the ceramics bearing ball provides a lot of advantages: a development of the bearing play – and thus a noise increase - is theoretically not possible. The pump is silent the entire time running.
The bearing is self-adjusting. It is lubricated directly by the delivery medium (wet-running pump). There is basically no need for maintenance. Since the rotor is always held magnetically in the intended position, smaller dirt particles are no problem. Blocking of the pump is not possible under normal conditions. Even after lengthy downtime, a safe approach is given. The permanent magnetic rotor/ runner unit is propelled by a magnetic field, which is produced by the surrounding stator. This is built entirely around the rotor. The entire pump is only 38 mm higher than the stator itself. It easily fits into all conventional PC, Barebone and Mini PC cases. A separate magnetic shielding is not necessary under normal conditions. Normally, a separate magnetic shielding is not necessary. The ball motor principle enables an economical enterprise with comparatively high achievements. The tension variation can easily regulate the DDC direct current pump over a large capacity range. All medium-affecting parts are completely corrosion resistant.