DEFENDER SERIES
TOTAL SYSTEM SOLUTIONS
The Defender Series is your first line of defense against fuel overfills and spills. Your one stop shop for tank trim and station hardware. TOTAL SYSTEM SOLUTIONS.
OVERFILL
PREVENTION VALVE
THE DEFENDER SERIES®
The Defender Series® Overfill Prevention Valve (OPV) prevents the overfill of an underground storage tank during a gravity-fed product delivery. It employs a revolutionary magnetically-coupled actuator system to provide positive shutoff. This unique method of shutoff eliminates any penetrations in the valve, making it both vapor and leak tight. This also allows for remote compliance testing of the primary functionality at grade level without having to remove the OPV from the tank.
SPILL CONTAINERS
THE DEFENDER SERIES®
Defender Series® five gallon spill containers combine years of
knowledge and experience in forecourts across the globe to represent the best defense in spill containment. Proactively protecting a site from the dangers of fugitive emissions during fuel delivery can save station owners both time and money by avoiding remediation due to fuel leakage. Available in both grade level and below grade level models to meet the needs of your application and preference, the complete lineup of Defender Series® spill containers provides a durable, easy-to-install, and simple-to-maintain and service spill containment solution for any environment and any application.
P/V VENT
WITH IN-LINE VAULT
THE DEFENDER SERIES®
Defender Series® Pressure/Vacuum (P/V) vents regulate the pressure at which vapor is allowed to escape from the underground storage tank and the vacuum at which outside air is allowed to enter the tank. The P/V vent’s internal rolling diaphragm delivers consistent and controlled cracking for both low leak and high-pressure conditions while the superior construction of UV-resistant materials extends the overall service life. The in-line vault provides added protection and facilitates at-grade servicing and testing. This eliminates the added expense of lift trucks as well as the potential safety concerns of conducting work at height.