The Aquascape Ultra Water Pump range is ideal for use with decorative fountains and external filters other various water feature applications.  For ponds and waterfalls, have a look at our EcoWave Pond Pump

Mag-drive technology makes this pump extremely energy efficient, saving hundreds of pounds over traditional pumps.  The Ultra 800 uses just 45W which is the same as your freezer.

To make installation quick and easy, included are a half-inch valve for adjustable flow, threaded elbow, and multi-hose fitting.  This make this pump easy to install in a wide variety of applications including our fountainscapes or Oxygenating Pond Spitters.

A durable pre-filter cage design protects the pump while significantly reducing maintenance, providing years of trouble-free operation. A wide, flat base and rubber feet make the Ultra 800 Water Pump stable and decrease the amount of vibration during use, while the oil-free design prevents pond contamination. The included fittings are compatible with most ½”, ¾”, 1″, and 1.25″ pipe.

How to care for your pump

To ensure the longest lifespan with your pump, remember to service it quarterly.  Unplug it from the mains before removing from the water.  Twist the blue dial to release the front section of the pump.  Rinse out the filters, paying particular attention to the impellor inside.

Where should I position my pump

The pump should NOT be installed in the deepest part of the pond.  This prevents debris from being pulled to the very bottom of the pond, makes it easier to maintain and allows the maximum amount of water to be pushed by the pump.  Instead, place the pump on a shelf or bricks, as far away as you can from the outflow of water to create circulation.

If locating within a basin such as a fountainscape, place in the deepest section.  You can add a low suction adaptor if your water level can drop very low.

Selecting your Pump Size:

What is your Flow Rate

Most pond pumps are rated by the litres of water they’re able to pump per hour (lph).  These Ultra pumps are for fountains and spouts – not for waterfalls, this would be our EcoWave series.

What is your Head Height

Head height, also known as total dynamic head, represents the height water needs to be lifted (static head) plus the friction experienced by the water as it runs through the pipes (dynamic head).

Dynamic head is the amount of resistance caused by the plumbing. Water velocity (flow rate), pipe diameter, length and pipe material all play a role in dynamic head. Additional resistance will also be caused by fittings such as elbows and valves. Since this equipment is typically buried in the ground, sometimes an estimation of dynamic head needs to be used.

The calculation below is a simple way to estimate the approximate head height.

Static Head (in meters) + (Pipe Length x 0.1) = Approx. Head Height*

*Static head: The height difference between the surface of the pond and the top of the waterfall
Pipe length: We’re calculating 10cm of head per 1m tubing