EO1, PP/EPDM, Flow Curve #1, 1 Ph - 1/3 HP Motor, 1-1/4 x 1-1/4 NPT

The Series 'EO 3/4" Pump benefits from proven design features gained through over 30 years of experience in developing chemically resistant vertical pumps. All models feature a cantilevered, sleeved SS shaft which eliminates bearing or bushing resulting in a chemical duty pump which can run dry indefinitely, providing years of trouble free service. A vapor seal between the rotating shaft and the support column protects the motor. The compound impeller prevents liquid from rising in the column, even at maximum TDH, while the semi-enclosed bottom impeller provides efficient flow performance at low horsepower

The Series 'EF' Vertical Pump represents the next generation of molded pumps from SERFILCO with flows to 400gpm at 60Hz. It is a robust design to meet the most demanding applications while providing the economy of operation found in all of our molded Pumps. The 'EF' features a cantilevered, sleeved, SS shaft with vapor seal to provide protection for the motor. The cantilevered shaft eliminates bearings and conventional pump seals, resulting in a pump that can run dry indefinitely without damage. This pump is offered in a choice of our exclusive high temperature polypropylene or CPVC construction and, as with all of our vertical cantilever pumps, provides non-metallic solution icontact. A compound impeller prevents liquid from rising in the column even at maximum TDH, while the fully enclosed bottom impeller provides high hydraulic efficiency at low horsepower. A unique characteristic of our vertical cantilever pumps is their ability to lift solution with an optional suction extension installed. The pump self-primes as long as liquid is at or above the level of the impeller. Once primed, the solution will then be pumped down to the end of the suction extension to a maximum depth of 9ft. (2.7m). The 1" thick mounting plate is polypropylene or PVC and includes a PTFE vapor seal. Standard O-Rings are EPDM. The compound design impeller is fully enclosed for maximum efficiency. The chemical duty, NEMA"C" Face motors are 208-230/460V/3/60 @ 3450 or 1725 RPM and 190-208/380-415V/3/50 @ 2850 or 1450 RPM. Motors are painted with two-part epoxy enamel. These pumps can be used with up to a 9ft (2.7m) suction extension under certain conditions.

The Series 'EF' Vertical Pump represents the next generation of molded pumps from SERFILCO with flows to 400gpm at 60Hz. It is a robust design to meet the most demanding applications while providing the economy of operation found in all of our molded Pumps. The 'EF' features a cantilevered, sleeved, SS shaft with vapor seal to provide protection for the motor. The cantilevered shaft eliminates bearings and conventional pump seals, resulting in a pump that can run dry indefinitely without damage. This pump is offered in a choice of our exclusive high temperature polypropylene or CPVC construction and, as with all of our vertical cantilever pumps, provides non-metallic solution icontact. A compound impeller prevents liquid from rising in the column even at maximum TDH, while the fully enclosed bottom impeller provides high hydraulic efficiency at low horsepower. A unique characteristic of our vertical cantilever pumps is their ability to lift solution with an optional suction extension installed. The pump self-primes as long as liquid is at or above the level of the impeller. Once primed, the solution will then be pumped down to the end of the suction extension to a maximum depth of 9ft. (2.7m). The 1" thick mounting plate is polypropylene or PVC and includes a PTFE vapor seal. Standard O-Rings are EPDM. The compound design impeller is fully enclosed for maximum efficiency. The chemical duty, NEMA"C" Face motors are 208-230/460V/3/60 @ 3450 or 1725 RPM and 190-208/380-415V/3/50 @ 2850 or 1450 RPM. Motors are painted with two-part epoxy enamel. These pumps can be used with up to a 9ft (2.7m) suction extension under certain conditions.

The Series 'EF' Vertical Pump represents the next generation of molded pumps from SERFILCO with flows to 400gpm at 60Hz. It is a robust design to meet the most demanding applications while providing the economy of operation found in all of our molded Pumps. The 'EF' features a cantilevered, sleeved, SS shaft with vapor seal to provide protection for the motor. The cantilevered shaft eliminates bearings and conventional pump seals, resulting in a pump that can run dry indefinitely without damage. This pump is offered in a choice of our exclusive high temperature polypropylene or CPVC construction and, as with all of our vertical cantilever pumps, provides non-metallic solution icontact. A compound impeller prevents liquid from rising in the column even at maximum TDH, while the fully enclosed bottom impeller provides high hydraulic efficiency at low horsepower. A unique characteristic of our vertical cantilever pumps is their ability to lift solution with an optional suction extension installed. The pump self-primes as long as liquid is at or above the level of the impeller. Once primed, the solution will then be pumped down to the end of the suction extension to a maximum depth of 9ft. (2.7m). The 1" thick mounting plate is polypropylene or PVC and includes a PTFE vapor seal. Standard O-Rings are EPDM. The compound design impeller is fully enclosed for maximum efficiency. The chemical duty, NEMA"C" Face motors are 208-230/460V/3/60 @ 3450 or 1725 RPM and 190-208/380-415V/3/50 @ 2850 or 1450 RPM. Motors are painted with two-part epoxy enamel. These pumps can be used with up to a 9ft (2.7m) suction extension under certain conditions.

The Series 'EF' Vertical Pump represents the next generation of molded pumps from SERFILCO with flows to 400gpm at 60Hz. It is a robust design to meet the most demanding applications while providing the economy of operation found in all of our molded Pumps. The 'EF' features a cantilevered, sleeved, SS shaft with vapor seal to provide protection for the motor. The cantilevered shaft eliminates bearings and conventional pump seals, resulting in a pump that can run dry indefinitely without damage. This pump is offered in a choice of our exclusive high temperature polypropylene or CPVC construction and, as with all of our vertical cantilever pumps, provides non-metallic solution icontact. A compound impeller prevents liquid from rising in the column even at maximum TDH, while the fully enclosed bottom impeller provides high hydraulic efficiency at low horsepower. A unique characteristic of our vertical cantilever pumps is their ability to lift solution with an optional suction extension installed. The pump self-primes as long as liquid is at or above the level of the impeller. Once primed, the solution will then be pumped down to the end of the suction extension to a maximum depth of 9ft. (2.7m). The 1" thick mounting plate is polypropylene or PVC and includes a PTFE vapor seal. Standard O-Rings are EPDM. The compound design impeller is fully enclosed for maximum efficiency. The chemical duty, NEMA"C" Face motors are 208-230/460V/3/60 @ 3450 or 1725 RPM and 190-208/380-415V/3/50 @ 2850 or 1450 RPM. Motors are painted with two-part epoxy enamel. These pumps can be used with up to a 9ft (2.7m) suction extension under certain conditions.

The Series 'EH' Sump Pump Features a cantilevered, sleeved SS shaft with vapor seal between the rotating shaft and the support column to further protect the motor. The cantilevered shaft eliminates bearings and conventional pump seals, resulting in a pump that can run dry without damage. A compound impeller prevents liquid from rising in the column, even at maximum TDH, while the fully-enclosed bottom impeller provides high hydraulic efficiency at low horsepower. A unique characteristic of all Series 'EH' pumps is their ability to lift solution with an optional suction extension pipe installed. With the motor energized, the pump will self-prime when liquid is at impeller level. The solution level will then be pumped down to the end of the suction extension to a maximum depth of 9ft (2.7m). The pump will lose prime, then automatically re-prime when liquid again reaches the impelller.