This valve is designed to control and regulated upstream pressure that is inlet pressure of the valve. The basic working principal of the valve is spring and diaphragm type .This design is especially to meet the stringent sanitary and pharma cleanliness norms. There are no cavities in the valve body as well as in the diaphragm chamber as this is made out of pharma tube and the actuator, spring chamber is made out of stainless steel sheet metal .this valve is 100 % drainable there will be no dead leg in the valve at the Outlet. Being diaphragm type construction this is more technically advance and suitable for CIP application compare to other compact valves because those valves are designed on the principal of spring and piston which is not suitable for zero dead leg as there are always be deposition in the aria of 'O' ring and again the piston requires greasing also which is not Acceptable to FDA

This valve is designed to control and regulated upstream pressure that is inlet pressure of the valve. The basic working principal of the valve is spring and diaphragm type .This design is especially to meet the stringent sanitary and pharma cleanliness norms. There are no cavities in the valve body as well as in the diaphragm chamber as this is made out of pharma tube and the actuator, spring chamber is made out of stainless steel sheet metal .this valve is 100 % drainable there will be no dead leg in the valve at the Outlet. Being diaphragm type construction this is more technically advance and suitable for CIP application compare to other compact valves because those valves are designed on the principal of spring and piston which is not suitable for zero dead leg as there are always be deposition in the aria of 'O' ring and again the piston requires greasing also which is not Acceptable to FDA