Layne & Bowler 2150 Series Submersible Pumps
The Layne & Bowler Submersible Pump is designed for high performance and energy-efficiency. It is also built for long-lasting reliability. Standard sizes available for quick delivery include 6, 7 & 8-inch bowl diameters with capacities from 100 to 1200 GPM.
Submersible turbine pumps perform with the same hydraulics as lineshaft turbines. These pumps are found in deep-setting, high-head applications where the practical limits of long drive shafts and multiple shaft bearings are exceeded. They are also installed where dust, fumes, and/or high or low temperatures would affect the driver or discharge head sealing arrangement.
Submersible turbines are driven by a submersible motor coupled directly to the bowl shaft. The discharge piping requires only a simple discharge elbow at the discharge surface. There is no packing box or mechanical seal to maintain. Power to the motor is conducted via a waterproof cable.
A local sales office is listed in the yellow pages.
Typical Installations
- Deep Well Water Supply
- In-Line Booster
- Service Water
- Irrigation
- Mine Dewatering
Features & Benefits
- Reduced outside diameters for ease in well installation.
- Threaded bronze cap plug with stainless steel set screws protects against intermittent upthrust.
- Sealed grease reservoir for permanent upper bearing and thrust cap lubrication.
- Standard 416SS impeller shaft is corrosion resistant and provides efficient transmission of power from motor to pump impellers.
- Bronze sleeve bearings operate in conjunction with stainless steel pump shaft to provide low friction and long life.
Enclosed impeller design maintains high efficiency.
- Impellers are precision machined and individually balanced for vibration-free operation.
- Internal water passages are coated with porcelain enamel to provide high efficiency and low power costs.
- Stainless steel tapered collet secures impeller to pump shaft.
Layne/Verti-Line, 3601 Fairbanks Avenue, Kansas City, KS 66106. Tel: 913-748-4254; Fax: 913-748-4030.