The Abyzz A1200 IPU is a brand-new pump from Abyzz for 2019. It comes with an IP65-rated splash-proof controller that is built to withstand the harsh aquatic environments around aquariums and ponds. The pump is amazingly powerful with a rated flow rate of 12,700 gallons per hour and a maximum flow rate of 18,000 GPH!
Abyzz pumps are world-renown for their exceptional build quality and industry-leading 10-year manufacturer warranty. Serious aquarium hobbyists, maintenance professionals, and public aquariums trust Abyzz pumps over any other brand. Abyzz pumps are quiet, powerful, and built to last a lifetime. The company has earned a reputation for outstanding customer support and offers unparalleled warranty coverage to give you peace of mind that youâ€™ve made the right decision when installing an Abyzz pump.
The Abyzz A1200 IPU is very versatile and can be used underwater (internal/submersible) or outside of water (externally). The pump is not self-priming, though, so it needs to be mounted under the water level.
The Abyzz A1200 IPU pump has a titanium impeller, a programmable driver, and a sine-wave controlled, three-phase synchronous pump. The efficiency of the motor is more than 90%, which, along with the fact that you can adjust the speed to meet your performance requirements, makes it an energy-saving solution.
The integrated bearing flushing provides optimum protection against calcination. In conjunction with the silicon carbide bearings and special hard metal shaft, you are certain to have a very low-maintenance operation.
All the materials used are designed to have a long lifetime and meet the highest requirements and quality standards. The Abyzz A1200 IPU was developed and manufactured in Germany by venotec.
The A1200 IPU also has a 0-10v port for external control from aquarium controllers like the CoralVue HYDROS Control 4, CoralVue HYDROS WaveEngine, Neptune Systems Apex, and GHL ProfiLux.
The MP (medium pressure) version of this pump is suitable for low to medium head pressure systems and is designed to reach maximum efficiency between 1 (3.28 feet) and 10 meters (32.8 feet) of head pressure.