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| | | Three COSPECT Design Breakthroughs Provide Dry Saturated Steam at a Constant Pressure and Temperature. | | |
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| | | 1- SAS: Shock-Absorbing Spherical Piston (U.S.Pat. 4,921,215) | | |
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| | | High Stability of Set Pressure The spherical surface of this new SAS piston creates a low pressure area in the passing steam flow. This pulls the piston down, making the orifice easy to open for accurate, responsive control. The piston is also self-centering when the valve stem tilts. As illustrated, steam flows slower through the shorter path on the left side than on the right side, creating a high pressure region on the left side and a low pressure region on the right side. This pressure difference causes the piston to self-align. The exclusive SAS design permits a smooth high velocity flow eliminating the turbulent steam flow characteristic of conventional valve designs. | | |
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| | | 2. SCE: Super Cyclonical Effects Separator (U.S.Pat. 4,723,970) | | |
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| | | 98% Separation Efficiency This unique SCE separator provides dry saturated secondary steam by effectively removing condensate and scale with its 98% separation efficiency. This raises the heat transfer coefficient by 9% improving steam equipment productivity. The pressure reducing valve service life is extended since the effective removal of condensate and scale protects the main valve from erosion. | | |
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| | | 3. SST: Super Steam Trap (U.S.Pat. 4,867,767) | | |
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| | | Continuous Discharge and Seal-tight Shut-off Separated condensate is instantly removed by this SST continuous discharge trap. The patented three-point seating design and precision ground spherical ball float provides seal-tight shut-off even under no-load conditions. | | |
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