Who makes Chem-Tech pumps?
Pulsafeeder
Manufactured by Pulsafeeder, a recognized leader in fluids handling, electronic pump controllers and systems technology, Chem-tech series 100 pumps are widely chosen for their ease of maintenance and versatility.
What is a Chem-Tech pulsafeeder?
Overview. The Chem-Tech Series 100 is the standard by which all other dosing pumps are judged, Chem-Tech Series 100/150 pumps with motorized-diaphragm technology deliver dependable performance and extended longevity. The Series 100/150 provides quiet, consistent metering over long periods of time in a compact form.
How does a pulsafeeder pump work?
A diaphragm metering pump moves liquid in a specific time period and provide an accurate volumetric flow rate. Metering refers to the delivery of fluids in precise flow rates. The metering pump drives chemicals, liquids and other solutions, generally for water treatment plants.
How do I prime my chem-tech pump?
While pump is running, turn adjustment knob counterclockwise. Run with valve open until a solid stream of fluid comes out of the bypass tubing with no air bubbles. Close air bleed valve by turning adjustment screw clockwise. Chemical should reach the pump head after a few minutes of operation.
How do you bleed a dosing pump?
To bleed these models, whilst the pump is running, you simply unscrew the cap until you get a dribble of water coming out of the back of the pump. Now using the shut off valve fitted on the PRESSURE side of the pump, close it and open it sharply 2-3 times.
What is a Pulsatron used for?
Pulsafeeder’s products provide a perfect solution for injecting chlorine at a safe level to drinking water to disinfect it and kill germs.
How much is a chlorinator?
If you’ve been shopping around for a swimming pool chlorinator, you’ve probably noticed that you have two options: inline and offline chlorinators. They both function the same and cost about the same, too (most fall within the $35 and $95 price range).
How do you get air out of hydraulic system?
Bleeding only works for “free” air pockets where the air has not mixed with the fluid. For dissolved air, you can remove it by raising the temperature of the fluid until the air is released. This should only be done if absolutely necessary as hydraulic oil will normally tend to be at least 10% dissolved air.