Panta Stream Hydrowizard Pump by KAG
currents just like nature


The Hydrowizard is an impeller pump designed to move great amounts of water and create current more efficiently than any other previously developed technology. Studies and simulations of water movement in nature have led to the evolution of this unparalleled concept in pump technology.


The combination of mechanical components (impeller/rotor, stators, water entry and exit points) and a newly designed electrical motor, are perfectly tuned to work together. They allow 200,000 liters (50,000 gallons) of water to flow through each hour, using only 348 Watts of energy.

The designs of the motor and impeller are matched to produce the most efficient output. All materials in the pump are chosen to last as long as possible. Twin bearings made from SiC ceramics guarantee the smooth running of the rotor. All parts that are affected by mechanical forces in the pump are made from carbon fiber reinforced plastics, which not only saves overall weight but also helps to carry heat away from the motor. The only metal parts that come in contact with water are the titanium screws used to hold the casing around the motor and fix the impeller in place. All materials used are safe for permanent use in marine environments. The motor and the SiC bearings are not sealed, allowing the water to flow through freely. This prevents mineral deposits on the bearings and increases the motor’s lifespan.

The unique combination of impeller and stator produce a directional, non-rotating current with a maximum velocity of 3.3 meters per second (11 feet per second). This allows fish and other animals to swim through the current right up to to the pump without getting harmed. The pump’s intake has a surface four times greater than the exit, with water streaming into the pump at 0.9m/s (3 feet per second). This allows even very small animals to swim through the intake current without getting pulled into the pump. The laminar (directional) current is of great help here, allowing most streamlined animals to remain swimming in this area behind the pump with virtually no effort.

A modern solution to reproduce nature’s water movement


The electric motor runs on just 48 Volts of DC current. Even a break in the cable would not cause any injury to animals or people.

The Hydrowizard can simulate any number of currents and waves through its electronic controller. Short impulses are used to generate waves, slow changes in current can simulate tides, or very slow changes could simulate seasons of high and low water. Of course the pump can also generate a constant stream.

The pump has been programmed to self clean the impeller from built up debris. In Current Mode, the impeller will stop after one hour, spin backwards several times and return to the previously programmed output. In wave mode the impeller will spin backwards every fifty waves.

The device offers energy savings of (8760 h * 0,348 kW = 3048 kW/h) compared to a conventional impeller pump with the same output. (8760 h * 3,5 kW = 30660 kW/h) equals 27612 kW/h annually, at 0,20 Cent/kW/h. This could result in savings of 5500$ per year. If the pump is run in wave mode, the energy usage is reduced by 50%. Likewise the energy consumption is lowered if the pump is running in current mode at less than full output. Expressed in carbon emissions, the pump will save 16.5 metric tons of CO2 emissions per year compared to conventional technology.
FAQ


What is laminar/directional current?

Rivers and ocean in the world produce tremendous currents, but the water is pushed directionally, without turbulence. Fish and other aquatic animals have evolved to swim in this laminar current, often with little effort. A conventional pump produces a turbulent circular current, which pushes on the sides of an animal swimming into it, spinning its body around. Swimming in such currents is difficult for the animal and can be stressful if there are not enough areas of calm water in the aquarium. The Hydrowizard’s laminar current allows even small fish to swim in the center of the flow, as their streamlined shape allows them to stay in the flow with little effort. This fundamental difference in the form of the water flow produces an enormous change in an artificial environment. Within little time the animals will get used to the more natural flow of water and display more natural behavior, increased activity, improved appetites, reduced aggression and better overall health.

How can I use the Hydrowizard to simulate a more natural environment?

The pump can be used as a single unit or simultaneously in a group, allowing endless possibilities to change the existing dynamics of any body of water. For nearly all fish, a straight laminar current would be present in their natural environment. Even lakes and seemingly still bodies of water in nature have currents, while oceans, rivers and streams have powerful directional movement. This environment of laminar current has been difficult if not impossible to simulate in aquarium conditions. The Hydrowizard presents a game changing solution to this problem.

What are some examples of fish environments that would greatly benefit from such a change?
  • Marine Reef species and all aquatic invertebrates will show much improved health and behavior with both strong current and waves to simulate the tides and weather of their environment in nature.
  • Marine Pelagic species such as sharks, tuna and others do best in strong currents and high waves. Changing the position of an array of Hydrowizard pumps allows the current in an exhibit to be reversed, solving issues with sharks and other fish used to swimming in the same direction all the time.
  • Mangrove fish and invertebrates can now be kept in a changing environment reflecting the tides, waves, and alternating currents found in mangrove habitats worldwide.
  • Rheophile fishes, including many native North American species, fishes from the Amazon, Orinoco, rivers of the Brazilian or Guyana shields, Congo or any habitat in Central America. For these species, one or more Hydrowizards can be used to create a current equal to that of their habitat, greatly reducing aggression and increasing vitality.
  • Lake fishes, such as the cichlids of the Rift Lakes, Great lakes temperate species and all fish found in apparently still bodies of water thrive with additional mild to medium currents and waves.


What behavioral enrichment is possible for marine mammals, birds and other animals?

The digital controller can be programmed for any period of time by updating the program with the use of an SD media card. This allows for specific programs to be written for animals such as seals, polar bears, penguins, otters, beavers, whales and others. The program will be different each day, changing from mild current to strong waves, currents coming from different directions, different depths etc. This greatly reduces boredom for the animals and gives husbandry staff another dimension to entertain the animals, or perhaps simulate seasnal changes in their natural environment.

Why does a venturi fed Hydrowizard add gases differently than a conventional pump?

Two low and one high pressure zone are created within the water flow of the pump. Gas bubbles grow from the intake to the rotor zone, where they enter a high pressure zone and collapse. Gas is diffused to reach maximum levels before the water enters another low pressure zone from just in front of the rotor to the exhaust. Here the remaining gas grows into large bubbles again and is ejected. This saturation allows no micro-bubbles to remain in the water, eliminating the problems with gas embolism caused by micro bubbles of excess gases clinging to the gills of the fish and entering the blood stream. It is absolutely safe to add any gas with the use of the Hydrowizard injector collar added to the back of the pump. With a 1/4„ hose, any gas (air, oxygen, ozone) can be injected in the intake path of the Hydrowizard to diffuse the gas to the water stream. Hydrowizard use in aquaculture The Hydrowizard will greatly improve the health and vitality of any aquaculture environment for fish and shellfish. As an additional benefit to those already mentioned, the fish will taste better due to a better distribution of fatty tissue throughout the flesh. Stocking capacities may be increased.

What are the effects of increased current in an artificial environment?
  • Improved health and vitality of fishes and all aquatic species
  • Reduced stress and aggression
  • Ideal oxygen saturation
  • Increased appetite of all animals
  • Elimination of sediment and detritus
  • Elimination of stagnant pockets of water hidden in decorations and the substrate
  • Increase in dancing light effects from sun or lights above the surface
  • Sand will pile up in small wave effects just like in nature
  • Difficult rheophile and pelagic species thrive in laminar current environments
  • Better fish health through increased exercise, reduction of fat deposits
  • Added dimension for marine mammals and other aquatic species
  • Added dimension for visitors and spectators
  • Gas exchange happens principally on the surface of the water
  • The added surface movement greatly benefits microorganisms involved in the nitrification process
Construction Materials

Part Materials
Motor 
Shaft carbon fibre enforced plastics
Rotor carbon fibre enforced plastics around a magnet core (NdFeB)
Stator carbon fibre enforced plastics 3 -phase synchronized stator
Cable marine environment safe PUR insulation
Pump 
Housing PVC with optimized flow entries
Impeller carbon fibre enforced plastics with optimized angles
Stator PVC with contours optimized for impeller
Basket PVC with current optimizing bars
Power supply 
Housing KTL steel, IP67
Controller anodized aluminium



technical specifications



Part Details
Power supply110-230V, 50-60Hz
Operating voltage48V
Cable length 10m/ 30ft
Revolution speed 0-1800 1/min
Capacity 0-200000 l/h (50000 gall/hr)
Exit velocity 0-3.3 m/s (0-11 ft/s)
Entry velocity 0-0.9 m/s (0-3 ft/s)
Length 444 mm (17.5„)
Diameter 156 / 250 mm (6.1 / 10„) front / max.
Weight pump only 2.35 kg (5.17 lbs), shipping/whole 15.15 kg (34.10 lbs)
Max. operating depth none, limited by length of cable
Revolution control manually operated microcontroller, programmable
Operating pH range 0-14
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The Hydrowizard is protected by Pat.-Nr. DE 10 2006 061 504 C2