With the PetroTite Standard and Optimum fusion chambers the riser section electrofuses to the base, removing the need for multiple bolt holes and foam gaskets in this area, therefore dramatically reducing the number of potential leak paths. With its simplified assembly, this electrofusion system also reduces the installation time. Welding of the chamber can be performed using UPP electrofusion equipment in approximately six minutes. Once welded and cooled the base and riser of the OCH models become one homogeneous unit, with no mechanical joints and no leak points. The chamber can then be vacuum tested to ensure that it is 100% leak-tight. The Optimum chamber is available with either Deep or Shallow bases, and both will allow for a very easy installation of pipework before the riser is fused into place.
EVO™ 600 & EVO™ 6000 provide highly accurate inventory management and full-featured compliance monitoring for any size fuel system. The EVO™ Series offers a robust platform that transcends conventional fuel management by automating fuel system operations, enhancing C-store performance, and providing remote access to critical data so operators can run their business as efficiently as possible.
Communication/Intercom Secondary Disconnects are designed to expand the number and type of circuits that can be disconnected. They are used for intercom wiring and can also be used to disconnect additional communication conductors connected to a dispenser.
Standard features include a 100 mesh tube strainer, a dust cap assembly and a 6-1/2' static discharge ground wire. 1-1/4" and 1-1/2" models have an aluminum discharge tube with a knurled area for hand assembly; the 1" model has a brass tube standard. Dashpot construction ensures smooth opening, shockproof closure and maximum flow. Nozzle can be built to military specifications, consult factory for details.
The EBW® brand sealing dip cap prevents the overflowing of a tank through uncapped tank dipstick risers. The 3" sealing dip cap incorporates a spring-loaded, self-closing internal valve which seals when the sealing cap is removed and the dipstick is not in place. This innovative safety feature provides overflow protection whether the sealing cap and the dipstick are removed, or the sealing cap is in position with an attached dipstick stored in the tank.
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.
3" × 3" × 2" BSPT for manifolded vents SS ball. Aluminium
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.
As part of the CableTight™ Wire Management System, the Rigid Conduit System is ideal for applications where local regulations specify the use of ¾" bore rigid conduit but still require a liquid-tight containment entry.
HEALY™ vapor recovery break away valves provide full product and vapor shut-off in the event of a drive-off with 350 lbs of separation force. Reduce damage to the dispenser, vehicle, and forecourt with the immediate sealing of both fuel and vapor pathways. Both in-line and swivel break away valve options are certified to be reconnected in the field to help mitigate the cost of separations.