33201L American Series Progressive Cavity Wobble Stator Pump

// prepare the form when the DOM is ready
$(document).ready(function() {
$(“#gallery li img”).hover(function(){
$(‘#main-img’).attr(‘src’,$(this).attr(‘src’).replace(‘thumb/’, ”));
});
var imgSwap = [];
$(“#gallery li img”).each(function(){
imgUrl = this.src.replace(‘thumb/’, ”);
imgSwap.push(imgUrl);
});
$(imgSwap).preload();
});
$.fn.preload = function() {
this.each(function(){
$(‘‘)[0].src = this;
});
}

The Liberty Process American 33201L Series Progressive Cavity Wobble Stator Pump from Liberty Process Equipment offers the best value available on the pump market for a progressive cavity pump for flows up to 4.9 GPM and pressures up to 100 psi. The simple design of the wobble stator and just one universal joint give you the inherent advantages of a progressive cavity pump of low pulsation and shear, solids handling and viscous liquids at an affordable price.

The Long-Coupled version is available in Cast Iron with standard Buna Nitrile Stator with options in Viton and EPDM and Stainless Internals with a hard-chrome plated rotor for long service life. In addition, the pump is available with a standard mechanical seal or can be upgraded to a hard-face mechanical seal for abrasion resistance.

The American Pump Series is offered in a Long-Coupled design for mounting on a baseplate with a standard motor. All pumps are offered "off the shelf" from our inventory for immediate shipment.

American Series – 33201L – Technical Data

Flow Rate 0 – 4.9 GPM
Pressure 0 – 100 PSI
Seal Options Standard Mech. Seal
Base Options Steel or Stainless Steel
INLET / OUTLET Radial 3/4″ – 3/4″
Rotors Stainless Steel Chrome-Plated
Stators Buna / Viton® / EPDM
Motor Options 1/2, 3/4, 1, 1.5, and 2 hp

Pump Features

  • Long Coupled
  • Solids Handling
  • Gear Reduction Options
  • Direct Motor Speeds
  • Low Shear
  • Low Cost

Compatibility

  • APM Series
  • ANPL Series
  • Liberty Series

Documents

Pump PDFs

PDFs

Pump Curves

Curves

Pump Drawings

Drawings

Pump Performance

Performance