Abyzz pumps - Adjustable high-performance pumps
The Abyzz pumps with titanium rotor consists of a programmable, high-performance, menu-driven electronics (driver) and a sinusoidal-commutated synchronous motor (pump). The high efficiency of the motor makes the pump, in conjunction with the adjustable to your power requirements speed, an energy-saving solution. The integrated bearing rinse offers optimum protection against calcification and, in conjunction with the silicon carbide bearings used and a special carbide shaft, ensures low-maintenance operation. The processed materials are designed for a long service life and meet the highest requirements and quality standards. Our pumps are designed for operation in seawater either submersed or plumbed on the dry side.
What really makes the difference.
Abyzz pumps consist of programmable, menu-driven electronics (drivers) and a sinusoidally commutated, three-phase synchronous motor.
Modern motor technology combined with innovative electronics enables low power consumption and high flow rates. Due to the selected components and technologies, Abyzz pumps require significantly less power than conventional pumps. Abyzz pumps run very quietly even under heavy load. Through additional programming, e.g. a night setback via the Abyzz Control System, the pumps can even be set to be “bedroom suitable”.
The integrated bearing flushing offers optimal protection against calcification and, in conjunction with the silicon carbide bearings used, the gas-tight encapsulated titanium rotor and a special hard metal shaft, ensures low-maintenance operation.
Abyzz pumps are suitable for dry installation or immersion operation – even in seawater.
Abyzz pumps – versatile.
- Seawater aquaristics
- Freshwater aquaristics
- Fish and coral farming
- Koi ponds
- Natural pond systems
- Streams and water features
- Filter systems
- Industrial applications
- Abyzz Control System (ACS)
The ACS enables several Abyzz pumps to be centrally controlled, monitored and adjusted via a bus system. Flow rates, random flows or wave profiles can be set separately for each pump. The power consumption of the entire system is permanently displayed and can be significantly reduced by programming during night operation.