Details:
A conventional shaft with shaft bearings and shaft seals does not exist. The spherical bedding of the rotor-/ running wheel unit on the ceramic bearing ball offers many advantages: neither bearing clearance nor increase of noise is possible - due to this principle. So the pump stays at a low noise level during the whole running period. The bearing is self-adjusting and is lubricated directly from the pumping medium (wet running pump). This makes maintenance unnecessary!

As the rotor always is magnetically held in the provided position, tiny soil particles are no problem.

Normally a blockage of the pump is not possible. Also after longer standstill the pump starts confidently. The permanently magnetical rotor-/ running wheel unit is being moved by a magnetic force which is produced by the stator around. This stator is completely mounted around the rotor.

This, the pump with its 38 mm is just a little higher than the stator itself and fits into all standard PC-, barebone- and mini-PC cases without any problem. Usually, a separate magnetical shielding is not necessary. The ball enginge principle offers an economical use with comparatively high performances. Due to voltage variation, the DCC direct current pump can be regulated very simply and at large performance range. All media contacting parts are completely corrosion resistant.

Technical Data:
Dimensions: (WxLxH) 80x80x45mm (without connections)
Motor construction type: electronically commuted ball-motor
Working voltage: 12 V DC Voltage 11w
Admissible voltage area: 6 to 13,2 V
Delivery height: at 12V: 3.7m
Max. Delivery rate: 860L/h (As per Liquid Labs)
Delivery media: water, water-/glycol compounds
Max. System temperature: 60°C
Medium-affecting parts: stainless steel 1.4571, PPS-GF40, EPDM O-sealing rings,hard carbon
Connections: 2x G1/4" hose connections

Compatibility:
• 1/4" BSPP (G1/4") Threaded fittings