System One pumps allow maximum flexibility to meet any application criteria with heavy-duty shaft, bearings, seals and housing design - these pumps are built for reliability in even the most extreme environments.
The LD17 Centrifugal Pumps solid shaft conquers vibration and greatly extends seal, bearing and shaft life. It resists the forces of destructive vibration far better than any other general process pump, reducing costly shutdowns. Its oversized angular contact thrust bearings are standard for high thrust capability and eliminate any axial movement of the shaft. Available with C Frame Adapter, providing automatic motor alignment and Retrofitted Power Ends and Large Bore Seal Chambers that bolt directly to existing pumps providing extended seal and bearing life.
Contact Dowdens Pumping and Water Treatment to speak with our in-house System One representatives and find out how we can deliver complete and specialised long-term engineered solutions whilst helping your company attain significant savings now and into the future!
|Frame LD17 Model||Total Head (@ 3,550 rpm)||L / minute (@ 3,550 rpm)||Spare Parts Kit|
|2 x 3-8||290ft||2,500L||1301-c02-01.pdf|
|3 x 4-8||300ft||3,250L||1301-c02-02.pdf|
|1 x 2-10||410ft||1,000L||1301-c02-03.pdf|
|1.5 x 3-10||415ft||1,415L||1301-c02-04.pdf|
|2 x 3-10||410ft||2,450L||1301-c02-05.pdf|
|3 x 4-10||400ft||3,970L||1301-c02-06.pdf|
|1.5 x 3-13||775ft||2,840L||1301-c02-08.pdf|
|2 x 3-13||550ft||3,690L||1301-c02-09.pdf|
|3 x 4-13||475ft||5,335L||1301-c02-10.pdf|
|Frame LD17 Model||Total Head (@ 1,750 rpm)||L / minute (@ 1,750 rpm)||Spare Parts Kit|
|4 x 6-10||90ft||4,445L||1301-c02-07.pdf|
|4 x 6-13||180ft||5,980L||1301-c02-11.pdf|
Heavy Duty Designed and Built for the Toughest Applications.
Click Here to view the System One Frame LD17 IOM. This manual is intended to assist those who are involved with the installation, operation and maintenance of the System One Frame LD17 Pump.
Click Here to view the Frame LD17 Spcifications Sheet. This shows the System One Frame LD17 Specifications and Performance Curves.