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-3- <br /> 5. EQUIPMENT <br /> 5.1 Vapor to Liquid Adaptor and Surrogate Spout <br /> A Vapor to Liquid Adaptor. Only the Healy Systems, Inc. V/L Test <br /> Sleeve (figures 1, 4 and 5), Part No. 8034-1, can be used to conduct <br /> V/L testing on the Healy Phase II EVR System (Executive Order VR- <br /> 201 series or Executive Order VR-202 series). The nominal inside <br /> diameter of the flexible tubing shall be between 0.75 and 1.00 inches, <br /> and the length of the tubing shall be between 3.0 and 6.0 feet. <br /> B Surrogate Spout. Only the Healy Systems, Inc. V/L Surrogate <br /> Spout (figures 1 and 5), Part No. 8175, can be used to conduct the <br /> pre-test and post-test leak check. <br /> 5.2 Gas Volume Meter. Use a gas volume meter to measure the volumetric <br /> flow rate through the V/L adaptor. The meter shall be equipped as shown in <br /> Figure 2 and the maximum allowable pressure drop(s) (determined by the <br /> manufacturer) across the meter shall be: <br /> For a meter with a maximum rated capacity of 1000 CFH through 3,000 CFH: <br /> 1.10 inches H2O at a flowrate of 3,000 CFH <br /> 0.05 inches H2O at a flowrate of 30 CFH <br /> For a meter with a maximum rated capacity of 800 to 1,000 CFH: <br /> 0.70 inches H2O at a flowrate of 800 CFH <br /> 0.04 inches H2O at a flowrate of 16 CFH <br /> See Section 6.2 for further gas volume meter specifications. <br /> 5.3 Volume Gas Meter Inlet Manifold. This manifold is designed to return the <br /> vapors displaced from the portable gasoline tank assembly, at atmospheric <br /> pressure, to the inlet of the gas volume meter. This manifold shall be two (2.0) <br /> inches minimum inside diameter pipe. The intake passage of the manifold <br /> shall be no shorter than 6.0 inches and no longer than 18.0 inches. See <br /> Figures 2 and 4. <br /> Healy Model 900 Nozzle V/L Test Procedure, Exhibit 5—Executive Orders VR-201-D and VR-202-D <br />