In the case of loss or wanting multiple copies, we have provided PDF versions of our instruction manuals.
Basket Strainer Instruction Manuals
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In selecting a pump, you will find there is a wide variety of pumps suitable for your particular application. The key to picking an ideal pump is to think through all requirementsto efficiently perform the necessary work.
There are many things to consider when choosing a pump but understanding the following information will help to simplify this process.
A Submersible pump operates in water.
An In-line or External pump only operates out of water. This style is also referred to as a centrifugal pump.
A multi-purpose pump can be used both externally and as a submersible
The vertical distance from the pump to the highest point the water will be pumped to.
The water a pump moves is reduced the farther and higher the pump has to push water. Head pressure is created by gravity and will decrease the pump’s output. Pumps are typically rated for the amount of water they can pump without resistance. (Refer to each individual pump series flow charts for detailed information)
This chart illustrates how GPH decreases as head height increases.• Head Height is the vertical height the pump raises water above the surface of the pond.
• All pumps have a maximum head height.
Friction negatively impacts pump performance as water travels through the plumbing. Avoid too many curves or sharp angles in tubing, as well as, elbows and complicated plumbing. Incorrect sizing of pipe or tubing is a common problem and will create unnecessary friction, resulting in reduced water flow. (See graphic)
This images illustrates the impact of tubing size on pump performance. Each container collected the discharge from a 700 GPH pump for 10 seconds with tubing size being the only difference. The conclusion is that too small of tubing restricts the flow dramatically.
Tubing Size Flow Rate
Max. Water Flow (GPH) Inside Diameter Of Tubing Use this chart as a guide in selecting the suggested tubing for each pump size. It shows the maximum flow rate for each size of tubing. 300 1/2” 600 3/4” 1000 1” 1800 1-1/4” 2500 1-1/2” 4000 2” 6000 2-1/2” 9000 3” 12000 4”
Pumps in external applications should be located at or below the water level, which is called “Flooded Suction”. Gravity forces the water to the pump and therefore creates a prime. In applications where the pump is located above water level, a “self priming” pump is necessary.
GPH = U.S. Gallons Per Hour
LPM = U.S. Liters Per Minute
FPT = Female Pipe Thread
MPT = Male Pipe Thread
FNPT = Female National Pipe Thread
MNPT = Male National Pipe Thread
Slip = Glue type connection
Barb= Clamp type connection
Thank you for purchasing your new Teton Dynamics product. To insure complete warranty coverage, you must register your product.
Please retain your original sales receipt – you will need it in the event you need warranty service.
All Teton product warranties are to be handled through a Teton Dynamics Authorized Dealer. If the original place of purchase is unavailable or if you have general warranty related questions, simply call (800)752-0399 during normal business hours (M-F, 7:00-5:00 PST), and a customer service representative will assist you.
Ecostream Series pumps combine quality, superior energy efficiency and high flow for both low and medium-head height systems. These pumps are ideally used for large fountains, ponds and stream applications and are only for external (out-of-water) installation.
XPF Series vortex submersible pumps utilize direct drive technology to meet high head and high flow applications. With their unique capacity to handle up to 3/4” diameter solids, these pumps are designed for large waterfalls, ponds and other effluent applications.
Rush Series mag-drive pumps are the big brother of the Splash Series with similar features and benefits. A versatile design and energy efficient. These pumps are typically used on fountains, small ponds and aquariums for both submersible and out-of-water applications.
Splash Series mag-drive pumps are versatile and energy efficient, making them ideal for small fountains, statuary and aquarium applications. Unique to these pumps is the flow control, which allows for great flexibility to meet the need for specific flow rates.
