DIN Spring Loaded Safety Valve, A351 CF8, DN65 * DN100, PN16

Product Name: DIN Spring Loaded Safety Valve
Design Standard: DIN Standard
Body Material: ASTM A351 CF8
Size: DN65 * DN100, 2-1/2 * 4 Inch
Pressure: PN16, Class 150 LB
End Connection: RF Flanged

The 900 Series DIN Standard Spring-Loaded Safety Valve is primarily used in industries such as petroleum and natural gas, chemicals, electricity, metallurgy, and combustion gas systems as a critical overpressure protection device. It offers high precision in action, excellent sealing performance, and quick response times, ensuring fast re-seating after discharge. The valve is designed for ease of operation and maintenance, making it a reliable and efficient solution for safeguarding equipment in various high-pressure environments.

Technical Specifications

» Product Models: 901, 902, 911, 912
» Normal Size Range: DN20-DN300
» Nominal Pressure Range: PN16-PN40
» Design and Testing: according to DIN standards
» Flange Standards: EN 1092
» Material Selection: Carbon Steel, Stainless Steel, Alloy Steel, and other special materials
» End Connections: RF flanged and groove flange options
» Throat Diameter: Large discharge capacity
» Seat Design: Half-seat structure
» Modular Design: Components are designed with a modular board system
» Seal Options: Available with soft seals, corrugated seals, and radiating frame structures as per user requirements
» Working Medium: steam and air
 

Product Features

A full-lift safety valve is designed so that the disc lifts sufficiently to the point where the curtain area no longer affects the discharge area. As the disc lifts a minimum of one-quarter of the bore diameter, the discharge capacity is determined by the bore area itself. This design ensures that the valve can handle large volumes of flow.
Full-lift safety valves are particularly well-suited for general steam applications due to their ability to discharge large quantities of fluid quickly and efficiently. The opening height of the valve is more than one-quarter of the bore diameter, providing significant discharge capacity, making it an ideal choice for high-demand environments where rapid pressure relief is necessary.