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1W <br /> varied models of flexible penetration fittings, Bravo Systems engineered an entire line of Tank-Spec Fiberglass <br /> Fittings (F-Series)that allow you to install and forget while being compliant at the highest level. The F-Series <br /> provides unquestionable peace of mind as the fittings cannot deteriorate or fail. We are also the only <br /> manufacturer that provides an all-fiberglass conduit penetration fitting. Take a look at our line of F-Series <br /> fittings Here. <br /> Q5: Do I have to be certified to repair or test Bravo Float-Trip Mechanisms? <br /> A:No. It is not required as long as the installer or repair technician follows the directions contained in our latest <br /> Installation Manuals. The most current Installation Manual from our website must be printed and used. These <br /> can be found at www.sbravo.com/install. Make sure that you have your paperwork in order and records are <br /> kept. Have the owner or other authority sign and date the Installation Manual that you download from our <br /> website. The most important things to know are these: <br /> 1)The float must be removed and tested to ensure it has not been breached and cannot be filled with liquid. <br /> 2)There can be no debris within the float cup so as to impede the travel or function of the float. <br /> 3)After connecting the ball chain to the shear valve retainer, testing the poppet shutoff must only be done by <br /> adding liquid to the cup until it trips (remove all liquids after this test). You must never test this mechanism by <br /> pulling the float stem, arm or chain because you bypass the intended function of the float. If the float has been <br /> penetrated in any way and allows fuel to enter it, then it will not trip the shear valve poppet. <br /> The purpose of the Bravo Float Trip Mechanism is to minimize the amount of fuel needed to trip the shear valve <br /> and to maximize the amount of time a maintenance crew will have to get to the sump in question to repair it. <br /> However, Bravo Systems recommends that the National Certification Test(primarily for SingleWall products) be <br /> completed by technicians in the field because it covers the installation and repair of our SingleWall product <br /> lines that feature Float Trip Mechanisms, but also requires the individual read through the Instruction Manuals, <br /> helping to educate and familiarize them with the products. <br /> Q6a: Do Bravo DoubleWall Sumps include Interstitial Fluid? <br /> A:Yes. For each DoubleWall product, Bravo interstitial fluid is provided, with 1/2 to 1 gallon extra. <br /> Q6b: Do Bravo DoubleWall Sumps include all the necessary Fittings, Hoses and Manometers? <br /> A:Yes. There is a monitoring manometer and an atmospheric manometer. Manometer= Fluid Reservoir. All <br /> accessories for the continuous monitoring and testing are installed. All Bravo DoubleWall sumps ship under a <br /> continuous 20" Hg vacuum test. The larger of the two is used for visual inspection of fluid level and is the unit <br /> that a float-style electronic level sensor is installed in, when required. The atmospheric manometer is used to <br /> help balance the fluid level within the sump. <br /> 07: Do Bravo Sumps include Vapor Shear Valves? <br /> A: No. Bravo Systems Highly Recommends its B1 Vapor Shear Valve which is both UL and CARB Approved. <br /> Most Bravo UDC sumps also do not include the vapor shear valve stabilizer bracket. <br /> Q8:What do I do if my DoubleWall Sump gauge reads below 12" Hg (vacuum) or zero? <br /> FOR BRAVO-CERTIFIED CONTRACTORS/INSTALLERS ONLY: <br /> When your Bravo products arrive via freight, inspect all components for visible damage. If there is any, record <br /> the damage on the bill of lading in detail and call Bravo Systems with your damage report details. <br /> If the gauge appears to be damaged, call Bravo Systems to obtain replacements free of charge. <br /> You need to verify if the leak is happening at the gauge assembly or the sump. Common procedure is as <br /> follows: <br /> 1. Pressurize the interstice to no more than 4 PSI max <br /> 2. Submerge the entire Vacuum gauge assembly under water,such as a bucket or pail. Look for signs of air leaking. <br /> 3. Pressure/soap test each length of tubing and each test port at the surnp wall. <br /> 4. If these tests are inconclusive, leave the suspect sumps overnight under 20"Hg vacuum and observe gauges in the morning. <br /> http://www.sbravo.com/faq.htm <br />