FE PETRO® 1½ Hp fixed speed submersible pumps deliver consistent flow rates for low throughput fuels.
FE PETRO® brand submersible pumping systems set the standard by which all other fuel pumping systems are measured. With best-in-class flow rates and backed by a long history of dependability, FE PETRO® pumps are responsible for delivering fuel to thousands of customers around the globe, day in and day out.
A pump has to be reliable, it has to be safe, and it has to perform. That's why thousands of station owners around the world have trusted FE PETRO® pumps and the Franklin Electric motors that drive them to keep their business flowing for over 25 years.
Unique features like variable speed technology and the MagShell™ design found only on FE PETRO® pumps deliver the industry’s best-in-class flow rates.
The rock-solid design of FE PETRO® pumps has remained virtually unchanged since day one, meaning we can, and still do, service our pumps installed since 1988 with maintenance safeguard features and full backward compatibility.
FE PETRO® pumps are UL listed with both UL79A (up to 85% ethanol) and UL79B (up to 20% or 100% Biodiesel).
Stop corrosion in its tracks. Special powder-coated, e-coated, and stainless steel components defend your pump and the entire fuel system from accelerated corrosion.
Remote enhanced pump monitoring and control including pump-in-water automation, clogged intake escalation, tank leveling, and tank priority.
Avoid system damage, pumping slowdowns, and reduce filter changes by keeping harmful tank debris, sediment, and corrosion from entering your pumping system.
Be prepared for whatever the jobsite throws at you. Our patented telescoping pump shafts let you adjust onsite for that perfect fit.
Available as an option on AG compatible submersible turbine pumps, Advanced Protection defends STPs from accelerated corrosion caused by the acedic byproduct of microbial activity.
Turbine Pump Interface is a powerful tool that creates a network between your FE PETRO® STP controllers and EVO™ Series ATGs. Through TPI, the tank gauge can be programmed to respond to faults in the submersible pumping system and react with intelligence that pump controllers alone cannot.
When the water level in a tank approaches the pump intake, the tank gauge will enter alarm mode and automatically shut down the pump, protecting the system and customer vehicles.
When managing two storage tanks of the same product ‘Leveling Mode’ can keep both tanks at the same percentage full without the use of a syphon bar between the two tanks.
By networking the intelligent controllers to the fuel management system via TPI, a technician can remotely connect to the site to review the logged event history and view the status.
An Intake Filter Screen (IFS) provides fuel filtration for the entire system down to about the size of a grain of sand (0.009” openings). It’s designed to keep harmful debris, sediment, and tank corrosion from entering the pumping system and creating service events including dispenser filter changes.
1. Manhole | 2. Leak Detector | 3. Manifold |
4. Containment Sump | 5. 4" Riser | 6. Tank Adapter |
7. Tank Manway | 8. Column Pipe | 9. Variable Length Coupler |
10. Pump Motor Assembly (PMA) | 11. End bell | 12. Line Test Port, ¼" NPT |
13. Leak Detector Port, 2" NPT | 14. Syphon Port, ¼" NPT | 15. Tank Port, ¼" NPT |
16. Riser Pipe, 4" NPT | 17. Discharge Outlet, 2" NPT | |
Notes: 1. Effective tank diameter (ETD) = Inside tank diameter (to top of 4" bung), including tank manway and/or sump adapter. 2. Model length (A) = ETD plus riser length minus bottom clearance minus 1" thread engagement. 3. Riser length (B) = Bury depth (to top of tank) minus pump head clearance minus tank manway and/or minus sump adapter. |