Applications
Angle Type Flange End Relief Valve
Standard Design for Valves 1/2 " to 48" Piston Diameter
Settings 2 PSI to 3,500 PSI Depending on Piston Diameter
Inlet and Outlet Flanges are Identical
Advantages
Virtually no limit on size or special features.
Excellent accuracy.
Simplicity of only one moving part.
Incredible reliability.
Full rapid opening at set point.
Applications
Angle Type Flange End Relief Valve
Downstream Balanced
Standard Design for Valves 1/2 " to 48" Piston Diameter
Settings 2 PSI to 3,500 PSI Depending on Piston Diameter
Inlet and Outlet Flanges are Identical
Advantages
Downstream pressure does not affect set point.
Virtually no limit on size or special features.
Excellent accuracy.
Simplicity of only one moving part.
Incredible reliability.
The effect of downstream pressure balanced out. Downstream pressure does not change set point.
Advantages
Excellent accuracy.
Simplicity one moving part.
Reliability.
> The rupture pin is not subject to premature fatigue failures and offers substantial savings in operating and maintenance costs.
> It is much more accurate than conventional devices on the market, especially at extreme pressures (low or high).
> The rupture pin itself is outside of your system free from system temperatures and corrosion factors often experienced with rupture discs.
> Downstream pressure does not affect set pressure when a balanced piston is used.
> The pin is separate from your system piping, it can be quickly changed to reset. You wont have to break into the integrity of your system to reset which keeps you free from environmental concerns associated with other systems.
> Full open pressure relief occurs in milliseconds at set point giving you better performance than rupture disks and spring loaded relief valves.
> The pin is replaced in only minutes which saves you time and money.