Amwell’s reaction driven and motor driven rotary distributors offer proven performance. Two, three and four arm distributors are available in up to 150 ft. diameters, to meet standard or high flow rate applications. Amwell’s exclusive ball joint manifold/arm connection eliminates center column stress and provides for arm adjustment. Multiflo® automatically adjustable brass orifice nozzles maintain even flow and distribution over a wide range of flow and head conditions.
As a leading manufacturer of rotary distributors, Amwell offers proven quality and dependability, in both “reaction driven” and “motor driven” designs. Choose from two, three, or four arm distributors in diameters up to 150 ft. Where flow rate and hydraulic pressure is insufficient to drive the arms. Amwell offers motorized center columns to handle any need. A large lower guide bearing is provided for stability and is protected by multiple spring loaded mechanical seals which are capable of withstanding high hydraulic surges.
Exclusive Amwell Multiflo brass nozzles maintain an even flow and dispersion rate throughout the entire length of each distribution arm. These free draining nozzles made from non-corrosive brass are available in 3/4" and 1-1/4” diameter sizes. Each size nozzle is available with a series of weighted self-adjusting spreader covers to provide excellent flow distribution on the trickling filter media. This nozzle design has proven to be very effective over a wide range of flows and head conditions.
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For comprehensive product specifications, drawings and additional options for any system, contact your local Amwell Representative or call our corporate office at 630-898-6900.
Squeaks and groans used to ring through the halls of the Racine Water Treatment Plant, indicating severe bearing wear and warning of impending shaft breakage. Repairing broken shafts and maintaining grease-lubricated bearings at the plant required a lot of effort. The affected basin would be shut down for four to six weeks, with three people working to fix the
shafts and grease the bearings. The cost to the plant was 960 man/hours (24 man/
weeks) per year... Read more