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OBERDORFER 111B-UGY Helical Rotor Pump
Oberdorfer - 111B-UGY Helical Rotor Pump. Pipe Size 3/4" - 10 GPM - Mechanical Seal Type - 33 lbs Weight. All bronze or Corrosion resistant aluminum construction. The mechanical seal is a carbon and ceramic mechanical rotary face type for positive sealing. Quiet running pump, can hadle contaminated liquids.
Part Number: 111B-UGY
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Discontinued, contact us for a replacement
Oberdorfer - 111B-UGY Helical Rotor Pump - 10 GPM - Pipe Size 3/4" - Mechanical Seal
These pump housings and mounting brackets are made from cast aluminum or bronze alloy. The rotor is made from stainless steel with a hard chrome plate for improved wear properties. The stator is made from molded Nitrile. The mechanical seal is a carbon and ceramic rotary face type for positive sealing.
This pump is supplied close coupled to gasoline engine or as a pump alone complete with attaching parts and instructions for mounting. Any 2 or 4 cycle gasoline engine having a standard S.A.E. 4 bolt mounting flange and 5/8 inch shaft diameter with key slot can be used. An engine rating of at least 2.2 horsepower at 3600 R.P.M. is necessary as only about one-half of rated power is available at the recommended pump speed of 2100 R.P.M. Larger horsepower engines (3 H.P. at 3600 R.P.M.) with 5/8 inch shaft diameter and suitable flange mounting provide extra power to compensate for power losses due to carbon deposits and gumming.
Features
- Pipe size 3/4"
- All Bronze or Corrosion Resistant Aluminum Construction
- Carbon Face Mechanical Seal
- Quiet Running Pump
- Can Handle Contaminated Liquids
- Nitrile Stator and Stainless Steel Rotor
- Easily Mounted in Field to Standard Briggs & Stratton or Tecumseh Engines
Liquids and Temperatures
The corrosion resistant alloys used are compatible with common liquids including water, water solutions, oils and many commercial chemicals. Severe solvents are not compatible with the Nitrile and should not be pumped.
Drive
The turning of the helical shaped rotor within the stationary stator creates a progressing cavity similar to a moving piston. Liquid is thus displaced generating a pumping action. Unlike piston pumping, extremely high pressure cannot be created because the stator is made of Nitrile and is flexible. Because of this flexibility, contaminated liquids can be handled. High starting torque motors are recommended in order to overcome the high starting friction of the stator.
Suction Lift
Close fit of the rotor within the stator permits lifting of liquid on the suction side as high as 20 feet High starting torque motors are recommended in order to overcome the high starting friction of the stator.