Under pump/in-line check valves are designed to be installed directly in the inlet of the dispenser pumping unit to maintain prime on a suction system fuel line. The under pump/in-line check valve can also be used in a pressurized system at the submersible pump outlet to hold product in the line. Cast-in Hex for sturdy wrenching surface. NPT threads on both ends are designed to receive female threaded product lines. Pressure relief models relieve thermal expansion in the pumping unit, reducing the chance of vapor lock.
The EBW™ brand 498 Series manual nozzle has a cast aluminum body, and stainless steel stem for trouble-free service and easy operation. In addition, this nozzle’s high flow, minimum pressure loss and excellent throttling characteristics provide fast and accurate deliveries with top-off control.
FE PETRO® diesel exhaust fluid submersible turbine pump (STP) kits come with everything you need for pumping DEF/AdBlue®. DEF STPs are offered in easy-to-order variable length complete packages or as individual kits for fixed length applications.
The EBW 664 pressure regulator valve is designed to be used in conjunction with suction type dispensers connected to an aboveground storage tank. The pressure regulator valve prevents fuel from flowing to the pumping unit and flowing out the vent tube of the self-contained dispenser when the pump is not activated. The pressure regulator valve is a vacuum actuated valve which will not allow product flow until the suction of the pumping unit opens the valve. The valve closes by means of an internal spring when pumping is complete.
Accessories for fill point vapor recovery including coxial applications.
The 9000 Mini-Jet is a non-electric central vacuum pump that uses the product flow of a submersible turbine pump to create a vacuum for vapor recovery. One Mini-Jet can handle eight fueling positions with four nozzles in simultaneous full flow operation. Additional Mini-Jet can be added for larger sites. Provides high reliability and low maintenance. High vacuum level assures clearing of flooded vapor hoses.
The high capacity mechanical leak detector is capable of detecting leaks of 3 gph (11.4 lph) or greater at 10 psi (69 kpa). Its compact design allows installation in the same containment sump as the submersible pump, greatly reducing the amount of unprotected leak points between the submersible and the mechanical leak detector.
EVO™ Series Electronic Line Leak Detection (ELLD) is designed to provide early detection of leaks in pressurized fuel lines. The system features automatic submersible pump shutdown in the event of a leak, minimizing the risks of costly spills and environmental cleanup. This pressure-based system utilizes learned line characteristics learned to monitor for changes in pressure to declare the line as tight or determine if a leak is present.
The secondary containment monitoring (SCM) system detects leaks in double-wall piping, tanks, and containment sumps. The system utilizes the siphon/vacuum port of a submersible turbine pump to draw a vacuum on these interstitial spaces. The vacuum levels are then continuously monitored to detect any potential leaks in these double-wall containments.
These lockable vapor caps act like dust covers, but won’t activate the Air Interlock Valve when used on vapor check valves and adapters. Iron-copper infiltrated cams create a solid push-down-and-pull-up movement for quick, easy removal and replacement; steel latches hold the caps secure. Orange in color to indicate vapor recovery, the caps can be used with any 4" male cam and groove. Caps also available with finger ring and chains.