Pulsafeeder (LC03SA-PTC1) Chemical Pumps 12 GPD, 80PSI, 115V; POLY
Pulsafeeder LC03SA-PTC1 Chemical Metering Pump
Solenoid-Driven Diaphragm Dosing
Electromagnetic Actuation
The 115V solenoid energizes at a fixed frequency, pulling the diaphragm to create suction that draws chemical through the inlet check valve into the pump head chamber.
Positive Displacement
On the return stroke, the diaphragm forces chemical through the discharge check valve at up to 80 PSI, delivering a precise volume per stroke regardless of back pressure within operating range.
Continuous Feed Cycle
The LC03SA-PTC1 repeats this cycle to maintain a steady 12 gallons per day output, ensuring consistent chemical concentration in your RO feed water, post-treatment, or distribution system.
Application Range
The Pulsafeeder LC03SA-PTC1 handles chlorine, sodium hypochlorite, acids, caustic solutions, scale inhibitors, and corrosion control chemicals. Its polypropylene and Teflon wetted parts tolerate most water treatment formulations. Ideal for chemical feed in reverse osmosis pretreatment, pH adjustment, disinfection systems, boiler treatment, and cooling tower applications requiring 12 GPD dosing capacity at supply pressures up to 80 PSI. Mount the pump within 10 feet of the chemical source and install a pulsation dampener if smooth injection is critical. Verify chemical compatibility with poly and PTFE materials before use.
Pulsafeeder LC03SA-PTC1 Chemical Metering Pump
Solenoid-Driven Diaphragm Dosing
Electromagnetic Actuation
The 115V solenoid energizes at a fixed frequency, pulling the diaphragm to create suction that draws chemical through the inlet check valve into the pump head chamber.
Positive Displacement
On the return stroke, the diaphragm forces chemical through the discharge check valve at up to 80 PSI, delivering a precise volume per stroke regardless of back pressure within operating range.
Continuous Feed Cycle
The LC03SA-PTC1 repeats this cycle to maintain a steady 12 gallons per day output, ensuring consistent chemical concentration in your RO feed water, post-treatment, or distribution system.
Application Range
The Pulsafeeder LC03SA-PTC1 handles chlorine, sodium hypochlorite, acids, caustic solutions, scale inhibitors, and corrosion control chemicals. Its polypropylene and Teflon wetted parts tolerate most water treatment formulations. Ideal for chemical feed in reverse osmosis pretreatment, pH adjustment, disinfection systems, boiler treatment, and cooling tower applications requiring 12 GPD dosing capacity at supply pressures up to 80 PSI. Mount the pump within 10 feet of the chemical source and install a pulsation dampener if smooth injection is critical. Verify chemical compatibility with poly and PTFE materials before use.
Description
Pulsafeeder LC03SA-PTC1 Chemical Metering Pump
Solenoid-Driven Diaphragm Dosing
Electromagnetic Actuation
The 115V solenoid energizes at a fixed frequency, pulling the diaphragm to create suction that draws chemical through the inlet check valve into the pump head chamber.
Positive Displacement
On the return stroke, the diaphragm forces chemical through the discharge check valve at up to 80 PSI, delivering a precise volume per stroke regardless of back pressure within operating range.
Continuous Feed Cycle
The LC03SA-PTC1 repeats this cycle to maintain a steady 12 gallons per day output, ensuring consistent chemical concentration in your RO feed water, post-treatment, or distribution system.
Application Range
The Pulsafeeder LC03SA-PTC1 handles chlorine, sodium hypochlorite, acids, caustic solutions, scale inhibitors, and corrosion control chemicals. Its polypropylene and Teflon wetted parts tolerate most water treatment formulations. Ideal for chemical feed in reverse osmosis pretreatment, pH adjustment, disinfection systems, boiler treatment, and cooling tower applications requiring 12 GPD dosing capacity at supply pressures up to 80 PSI. Mount the pump within 10 feet of the chemical source and install a pulsation dampener if smooth injection is critical. Verify chemical compatibility with poly and PTFE materials before use.
