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COSPECT® - High precision pressure reducing valves with built-in separator & trap. Operating Pressure Range: 1 - 300 psig Operating Temperature Range: 32 - 428 °F COSPECT Color Pamphlet (672 KB)

Product Details

	COS-3 Specification	Pressure reducing valve for use on low pressures up to a maximum operating pressure of 45 psig. Has an integral separator and steam trap to supply high-quality steam.
	COS-16 Specification	Pressure reducing valve for use up to a maximum operating pressure of 250 psig. Has an integral separator and steam trap to supply high-quality steam.
	COS-21 Specification	Pressure reducing valve for use on high pressures up to a maximum operating pressure of 300 psig. Has an integral separator and steam trap to supply high-quality steam.

Always check the specification PDFs for the exact product specification available in your region.

Benefits and Features

Improved Quality of Material Being Heated

Supplies steam at a stable pressure.

Accuracy of pressure reducing valve's secondary set pressure is within ± 0.01 MPa. Even if the steam flow (load) to the equipment or the primary pressure at the pressure reducing valve changes, the Shock-absorbing Spherical Piston (SAS) supplies steam at a constant pressure in order to maintain the temperature of the steam used as the heating source.

Supplies dry steam.

Product features a built-in Super Cyclonical Effects Separator (SCE), which has a 98% condensate separation efficiency. Condensate entrained in the steam is separated out, and a strainer further removes any scale. The condensate that is separated out is quickly removed through the built-in free float trap.

This improvement in the quality of the steam itself also results in an improvement in the heat conductivity of the steam.

Easy to Adjust

Pressure adjustment is simple, and can be done by using the cover cap as the adjustment spanner.

Long Service Life

Rust is the biggest enemy of the very points most important in the control performance of the product. All major components are made of stainless steel, to prevent rust. The inclusion of a strainer in the piping installation prevents the inflow of rust.

Application Areas

These are particularly recommended for processes requiring steam at a stable pressure and processes such as atomizers, in which steam comes into direct contact with the product.

Main Applications

E.g. Reactor kettles, dryers, heat exchangers, presses, steamers, blowers, atomizers