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God says enjoy what your hands find to do as unto Him!
Nozzles & Accessories
Why does the Warthog Work So Well?
The Warthog's rotating jets follow a helical path down the pipe wall, much like the threads on a bolt. So the entire surface can be cleaned with as few as two powerful jets. The result is streak-free cleaning that passes the most demanding inspection. With stationary jets, the only way to avoid streaks is to use more jets. The more jets in a nozzle; the less power is available for each.
Unlike other rotating jet sewer nozzles, the Warthog's viscous fluid governor slows rotation, preserving jet quality and maximizing cleaning power. Un-governed rotating nozzles can spin as fast as 10,000 rpm. At that speed, the jets are moving nearly 360 MPH along the wall of a 12 inch diameter line. It's too fast, and destroys jet quality and hitting power.
When water flows through a hose, pressure is lost due to friction. As a result most jetters lose 20% and 40% of their power due to hose pressure drop. The effect is easily demonstrated by pumping at maximum throttle, with the hose end restrained, and no nozzle.
The pump discharge pressure will be between 400 and 1200 psi - a direct measure of how much pressure is lost due only to flow through your hose. Jet power is directly proportional to pressure. That's why we ask how much flow the customer's pump puts out, at what pressure, as well as hose diameter and length. We calculate the pressure drop in the hose and in the Warthog nozzle, then calculates jet sizes. With this information, you can be sure that the Warthog will deliver the maximum possible jetting power.Warthogs Miscellaneous Nozzles
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