QED Sample Pro Bladder Pump 1.75" Diameter Rental
QED Sample Pro Bladder Pump 1.75" Diameter
The Sample Pro portable pump combines the unparalleled sample accuracy and high reliability of a bladder pump in an easy-to-use design. It runs cool and can run dry without damage, and can be operated using any of QED's MicroPurge controller options - 12-volt integral compressor, a Honda-powered gasoline-driven compressor, an external compressed air cylinder, or a lightweight backpack with integral CO2 cylinder.
The Sample Pro pump's reliability and low maintenance make it more economical to use. Its twist-open design makes it easy to change the disposable bladder in seconds. The compact 14.75” length fits in a bucket for easy cleaning between uses.
Other innovations include interchangeable tubing connection options - conventional compression fittings or a "push to lock" head that eliminates fittings, perfect for use with disposable tubing. The Sample Pro pump's rugged, all-stainless construction will stand up to tough portable use. With thousands in service and nearly two decades of proven performance, the Sample Pro pump is the most reliable portable sampling pump ever made.
Rental units available for 1/4" OD or 3/8" OD discharge connections. Air connection is always 1/4" OD. Choose between Poly and Teflon bladders.
Rental unit includes - Bladder pump as configured, storage tube for pump, manual, roving air fitting, spare grab plate, spare o-ring kit, spare check ball, spare inlet screen, tubing cutter, 3-piece brush set, portable well cap and rugged tool box. The pump comes loaded with a new grab plate and bladder of your choice, ready to go.
The Sample Pro® Portable Pump, the first pump developed specifically to bring the advantages of low-flow sampling to sites requiring portable pumps, has been shown to be PFC-Free. Sample analysis by an independent laboratory showed no detections for 24 different perfluorinated compounds at detection limits much lower than the US EPA Health Advisory of 70 nanograms per liter (parts per trillion).