2" Discharge, Hub X Flanged, 115 Vac 60 Hz 1-phase, 12 A, 3/4 Hp, 1725 Rpm, 144 Gpm, Powder Coated, Class 25 Cast Iron, Submersible, Automatic, Sewage Pump

1103025 MFG #: LE71A2
  • Type: Automatic
  • Discharge Connection: 2"
  • Shutoff Head: 28'
  • Horsepower: 3/4 hp
  • Flow Rate: 144 gpm
  • Voltage: 115V
  • Cord Length: 10'
  • Specifications
  • Description
  • Documents
  • Type: Submersible, Automatic
  • Discharge Size: 2 Inch
  • End Connection: Hub x Flanged
  • Overall Dimensions: 12.5 Inch Width x 18.9 Inch Height
  • Float Type: Wide Angle Tilt
  • Flow Rate: 144 GPM at 5 Foot
  • Discharge Head: 28 Foot
  • Casing Material: Class 25 Cast Iron
  • Shaft Material: 17-4 PH Stainless Steel
  • Housing Material: Class 25 Cast Iron
  • Impeller Material: Class 25 Cast Iron
  • Impeller Design: Semi-Open, 2-Vane
  • Warranty: 3 Year
  • Shaft Seal Details: Unitized Ceramic Carbon Mechanical Seal
  • Solid Size: 2 Inch
  • Power Cord Length: 10 Foot
  • Power Rating: 3/4 HP
  • Input Supply Rating: 115 Volt AC 60 Hertz 1-Phase 12 Amp
  • Speed Rating: 1725 RPM
  • Temperature Rating: 140 Deg F (Liquid), 266 Deg F (Stator), 221 Deg F (Thermal Overload)
  • Motor Type: NEMA B Class B Insulation, Thermal Overload Protection, Hermetically Sealed, Oil Filled, Permanent Split Capacitor
  • Inclusions/Features: Stainless Steel Hardware, Buna-N O-Ring, 300 Series Stainless Steel Fastener
  • Application: Residential
  • Applicable Standard: CSA (Canada and US), SSPMA, ISO 9001
  • Additional Information: Finish Powder Coated; Current Rating 29.1 Amp (Locked Rotor); Power Cord Type SJTW; Minimum Bearing Life 50000 Hour
Liberty's LE70-series is a 3/4 hp sewage pump with 2" solids-handling capability. Constructed of heavy cast iron with a tough epoxy powder coat finish, stainless steel fasteners and rotor shaft, the LE70 is designed for durability. Its Quick-connect cord design allows for easy interchange of power cords in 10', 25' and 35' lengths. Available in 2" or 3" discharge configurations and a wide range of voltages.