2B4S20M6 IPDE: BALL VALVE 2-WAY SF375CX 30C-0032

Parker Autoclave 2B Series, 2-Way ball valves have been designed to provide superior quality for maximum performance within a variety of valve styles, sizes, and process connections. These ball valves feature an integral one-piece trunnion mounted ball and stem that eliminates the shear failure common to two-piece designs. The seat glands are re-torqueable for longer seat life, and the low friction pressure-assisted graphite filled PTFE stem seal reduces actuation torque and increases cycle life. The valves have a full port flow path that minimizes pressure drop and are fitted with PEEK seats to ensure excellent chemical, heat and wear resistance.As standard, these high-pressure ball valves are manufactured from cold worked 316 stainless steel and are capable of operating at up to 20,000 PSI (1,379 bar). The wetted parts are also available in other materials. The valves are fitted with Viton O-rings, rated for operation over a temperature range of -17.8 to 204°C (0 to 400°F). Other O-ring materials are optionally available to extend the upper limit to 260°C (500°F).Features/Benefits:• One-piece, trunnion mounted style, stem design eliminates shear failure and reduces the effects of side loading found in two-piece designs.• Re-torqueable seat glands for longer seat life.• PEEK seats offer excellent resistance to chemicals, heat, and wear/abrasion.• Full-port flow path minimizes pressure drop.• 316 cold worked stainless steel construction.• Low friction pressure assisted graphite filled Teflon stem seal increases cycle life and reduces operating torque.• Quarter turn from open to close with positive stop.• Viton O-rings for operation from 0°F (-17.8°C) to 400°F (204°C).• Optional O-rings available for high-temperature applications.• Optional wetted materials.• Electric and pneumatic actuator options.Technische Eigenschaften: Maximaler Betriebsdruck (psi): 20000 Anschlussgrösse (Zoll): 3/8" Durchmesser Blende (Zoll): 1/4" Anschlusstyp: Medium Pressure Division: Instrum