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HIGH PRESSURE 281 FLOSERT

HIGH PRESSURE 281 FLOSERT
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HIGH PRESSURE 281 FLOSERT® The Lee Company’s new High Pressure 281 Flosert is the latest addition to Lee’s line of miniature flow regulating valves. These valves are pressure compensated to provide a constant flow over a wide range of pressure differentials. This new valve is ideal for high pressure hydraulic applications with system pressures up to 5,000 psi. The metal components are constructed entirely of stainless steel for durability and long life. Nominal weight is just 7 grams. ■ Provides Regulated Flow up to 5000 psid ■ Regulated Flow Rate Available from 0.1 to 1.0 GPM ■ Regulated Flow Tolerance: ±10% ■ Weighs only 7 grams ■ 100% Tested and Inspected ■ Endurance Tested to 100,000 The High Pressure 281 Flosert is available in forward and reverse regulated flow configurations, with regulated flow rates from 0.1 to 1.0 GPM. Each Flosert is 100% tested and inspected to ensure reliable, consistent performance. Contact your local Lee Sales Engineer for more information and technical assistance. INSTALLATION HOLE REGULATED FLOW FORWARD REGULATED FLOW REVERSE Filter Screens Regulated Flow Tolerance: ±10% Nominal System Pressure: up to 5000 psi Nominal Weight: 7 grams Spring Seat Orifice Plate Internal Seal See reverse side for Part Numbers and Flow Rates. The Lee Company, 2 Pettipaug Rd., P.O. Box 424, Westbrook, CT 06498-0424 PDS 122 1/13 Tel: 860-399-6281 Fax, Order Entry: 860-399-7058 Fax, Technical Information: 860-399-7037 Web: www.TheLeeCo.com

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Flow Regulation Range (psi) D P Min. Nominal Lohm Rate Non Regulating Flow Direction LIQUID FLOW – UNITS CONSTANT K VOLUMETRIC FLOW UNITS LOHMS LAWS (liquids) Every engineer will be interested in our simple system of defining the fluid resistance of Lee hydraulic components. Just as the OHM is used in the electrical industry, we find that we can use a liquid OHM or "Lohm" to good advantage on all hydraulic computations. Flow Units GPM L/min ml/min in3/min When using the Lohm system, you can forget about coefficients of discharge and dimensional tolerances on drilled holes. These factors are...

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