Installation kits for containment sumps and direct-bury applications.
Available in 7½", 12", and 18" diameters, round cast iron manways feature a durable cast iron cover and skirt built to withstand heavy traffic loads.
The EBW 410 fuel oil delivery nozzle has hold-open notches and a lever pin bushing made of Nylafil, which resists wear five times longer than metal and is unaffected by temperature extremes. This is the most rugged nozzle available with a heavy duty body and increased wear lugs. Dashpot construction ensures smooth opening, shockproof closure and maximum flow.
The HEALY™ 800 Series Onboard Refueling Vapor Recovery (ORVR) nozzle converts any new or existing dispenser to a CARB certified system for ORVR compatibility. The smart interface design will automatically detect whether a vehicle is equipped with ORVR to prevent over-pressurization caused by clean air being pulled back into the storage tank. Available for use outside of the United States.
SAFE-LITE FRC access covers are ultra lightweight. Engineered and tested to meet or exceed H20 and HS20 load ratings. Covers weigh almost one-third less than steel, which dramatically reduces injury potential during cover removal. Available in 12", 30", 36", and 42" sizes.
The DTS is a discriminating turbine sump sensor that detects the presence of liquid and hydrocarbons when installed in tank containment sumps.
Vented installation kit for use with the FMP-HIS-U or FMP-HIS XL-U sensor installed in a 4" (10 cm) reservoir opening on double wall fiberglass tanks. The cap is compression-fit into the riser pipe via the use of a lever.
Installation kit for installing the DIS, EIS or ULS sensors in dry interstitial spaces with 2" (5 cm) riser pipe openings. The cap is compression-fit into the riser pipe via the use of a lever.
The HEALY™ clean air separator prevents excess emissions and product loss by controlling gasoline storage tank pressure. The unit works in combination with Healy ORVR/EVR type nozzles as part of a system that increases overall performance and efficiency.