Water Control Solutions
This pilot integrates all principal functions of a 2-Way control circuit in a single assembly. It is a high sensitivity, direct acting pilot valve, actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. The pilot modulates open as upstream pressure rises above set point. An integral needle valve … read more
This is a direct acting pilot valve, actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. Fully balanced trim ensures high accuracy and stability. When used in a pressure reducing circuit, the pilot modulates closed as downstream pressure rises above set point.
This pilot integrates all principal functions of a 2-Way control circuit in a single assembly. It is a direct acting pilots valve, actuated by a pressure responsive diaphragm, which seeks to reach equilibrium between hydraulic and set spring forces.The pilot opens at upstream pressure rise above set point. An integral restriction acts as an upstream … read more
This 3-Way Shut-Off Pilot Valve with Pump Shut-Off Electrical Switch is a spring-return, flap actuated pilot valve that in response to pushing a spool against a spring, activates an electric chang over switch and directs pressure and flow between its ports: In Set Position the SOP-S spool is pushed closed, thereby hydraulically connecting ports “C1” … read more
This 5-Way Shut-off Pilot Valve is a spring-return, flap actuated pilot valve that in response to pushing a spool against a spring, directs pressure and flow between its ports: In Set Position the SSOP spool is pushed closed, thereby hydraulically connecting ports “P” to “C2” and “C1” to “V1”. In Normal Position the SSOP spool … read more
This 3-Way Shut-off Pilot Valve is a spring-return, flap actuated pilot valve that in response to pushing a spool against a spring, directs pressure and flow between its ports: In Set Position the SOP spool is pushed closed, thereby hydraulically connecting ports “C” and “V” In Normal Position the SOP spool is returned by the … read more
This high sensitivity, direct acting, 3-Way positioning pilot is actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. The pilot directs flow and pressure between its ports: When sensed pressure is above set point, It connects port “C” to “0” When sensed pressure is equal to set point, … read more
This multi-purpose, direct acting, 3-Way positioning pilot valve is actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. The pilot directs flow and pressure between its ports: When sensed pressure is above set point, it connects port “C” to “0”. When sensed pressure is equal to set point, … read more
This is a direct acting pilot valve, actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. When used in a pressure relief/sustaining circuit, the pilot modulates open as upstream pressure rises above set point.
This pilot integrates all principal functions of a 2-Way control circuit in a single assembly. It is a direct acting valve, actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. When used in a pressure relief/sustaining circuit, the pilot modulates open as upstream pressure rises above set point. … read more
This 4-Way, adjustable, last position bi-level vertical float, is actuated by the float sliding along the rod assembly to either pull it down or float it up, switching the float pilot position. When the float is between the adjustable high and low level stoppers, the main valve remains in its last position. The float pilot … read more
This pilot integrates all principal functions of a 2-Way control circuit in a single assembly. It is a direct acting pilots valve, actuated by a pressure responsive diaphragm, which tends to reach equilibrium with the set spring force. When used in a pressure reducing circuit, the pilot modulates closed as downstream pressure rises above set … read more