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when the liquid level reaches a preset ng level (90 - 95% full). 01 The Morrison 9095A Series is now approved with the City of New York Fire Department (Approval #5028). Download Specification Sheet pdf V�&Jllffo= 14111 The new test mechanism option for the 9095A allows a technician to verify that the valve is functioning properly without having to climb on the tank or uninstall the valve. As a part of an ongoing tank maintenance program, one can verify the valve is working properly by pulling on the test line at any time during the filling process to actuate the float and stop the fill. This added capability will increase safety by eliminating the risk of climbing on the tank to test the valve. It is also a quick and simple way to ensure that the Morrison Overfill Prevention Valve is working correctly. The mechanism can be used for both direct and remote fill applications. The test mechanism is sold separately as an option and is available for both the 2" and 3° valves. It will retrofit to existing valves. The Fig. 9095SS Morrison Overfill Prevention Valve is designed for use on top loading storage tanks that require an overfill prevention device. The valve terminates the fill when the product reaches the preset level. The valve can be retrofitted on existing tanks and fits into a 2" opening. • The 9095SS has proven compatibility, durability and reliability through cycle testing in actual DEF transfer systems. • The valve has completed cycle testing and compatibility testing. • The valve materials meet the required specifications of ISO 22241-3 for handling DEF. • The wetted materials are Stainless Steel Alloys 304 and 316, Teflon and Polypropylene. • The valve design allows for a full flow fill until it closes. The dashpot design ensures a reduction of line shock at shutoff. • The valve flow rate is 150GPM at 50PSI. • 5 PSI & 5 GPM is the minimum flow requirement for valve operation. The valve is compatible with fluids that have a density greater than 0.717 grams per MU6.00 lbs per gallon and a maximum viscosity of 150 centistokes.