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VR-202-Z -2 Exhibit 3 <br /> TP-201 .2E - Gasoline Liquid Retention in Nozzles and Hoses <br /> f. The nozzle is manufactured to meet the Vapor to Liquid Ratio as specified <br /> in Exhibit 2. <br /> g. The terminal end of each nozzle shall be manufactured in accordance with <br /> the specifications referenced in Section 4.7.3 of CP-201. <br /> 2. INVERTED COAXIAL HOSES <br /> Every inverted coaxial hose is tested for continuity and pressure tests in <br /> accordance with UL Standard 330. <br /> 3. HOSE ADAPTORS <br /> Every hose adaptor is tested for continuity and pressure tests in <br /> accordance with UL Standard 567. <br /> 4. RECONNECTABLE BREAKAWAY COUPLINGS <br /> Every re-connectable breakaway coupling is tested for continuity and <br /> pressure tests in accordance with UL Standard 567. <br /> 5. FLOW LIMITER <br /> Every flow limiter is tested to 50 pounds per square inch (psi) liquid <br /> pressure to verify maximum gasoline flow rate limited to 10.0 gpm. <br /> 6. VP1000 VACUUM PUMPS <br /> a. Every vacuum pump is pressure tested in accordance with UL Standard <br /> 79. <br /> b. Every vacuum pump is manufactured to the exact specifications that <br /> passed all tests conducted during the CARIB certification. <br /> C. Every MC100 control module is tested in the factory to verify proper <br /> operation. <br /> 7. PASSIVETANK PRESSURE MANAGEMENT SYSTEM <br /> a. The Clean Air Separator tank is designed, constructed, tested, inspected <br /> and stamped per the American Society of Mechanical Engineers (ASME) <br /> Code Section VIII, Division 1, 2001 Edition, 2003 Addendum. <br /> b. Every Clean Air Separator bladder is performance and pressure tested <br /> using the Clean Air Separator Performance Test to ensure its integrity. <br />