The Type 2333 pilot operated universal pressure reducing regulator is a large size regulators (6″ -16″) designed to work in all general industrial applications. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point. The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value.

 

The Type 2335 pilot operated universal pressure reducing regulator is a large size regulators (6″ -16″) designed to work in all general industrial applications. An excess pressure valve is used to control the upstream pressure (p1) to an adjusted set point. The design of an excess pressure regulator valve is to open when the upstream pressure rises above the set value.

 

The Type 2405 self-operated pressure reducing regulator is used to control the pressure of flammable gases used as a source of energy, e.g. in boilers, driers, vaporizers, heat exchangers or industrial furnaces. Alternatively, it can control the compressed air supply in process engineering applications.

An additional application of the regulator is the pressure control of inert gas used for inerting or blanketing reaction or storage tanks to protect the product in the tank from oxidation, explosion or escaping. To achieve an economical consumption of the inert gas, its pressure must be controlled to always remain slightly higher than atmospheric pressure while the tank is being filled or emptied. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point. The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value. These valves are self-operated in that the downstream pressure being controlled is tapped downstream of the valve and transmitted via a control line to the operating diaphragm of the Type 2405 where it is converted into a positioning force.

The Type 2406 self-operated excess pressure regulator is used to control the pressure of flammable gases used as a source of energy, e.g. in boilers, driers, vaporizers, heat exchangers or industrial furnaces. Alternatively, it can control the compressed air supply in process engineering applications.

An additional application of the regulator is the pressure control of inert gas used for inerting or blanketing reaction or storage tanks to protect the product in the tank from oxidation, explosion or escaping. To achieve an economical consumption of the inert gas, its pressure must be controlled to always remain slightly higher than atmospheric pressure while the tank is being filled or emptied.

An excess pressure valve is used to control the upstream pressure (p1) to an adjusted set point. The design of an excess pressure regulator valve is to open when the upstream pressure rises above the set value.

These valves are self-operated in that the upstream pressure being controlled is tapped upstream of the valve and transmitted via a control line to the operating diaphragm of the Type 2406 where it is converted into a positioning force.

The Type 2407 self-operated pressure reducing regulators are used to control the pressure of flammable gases used as a source of energy, e.g. in boilers, driers, vaporizers, heat exchangers or industrial furnaces. Alternatively, it can control the compressed air supply in process engineering applications.

 

The Type 2408 self-operated excess pressure regulator are used to control the pressure of flammable gases used as a source of energy, e.g. in boilers, driers, vaporizers, heat exchangers or industrial furnaces. Alternatively, it can control the compressed air supply in process engineering applications.

 

 

The Type 2422/2424 self-operated universal pressure reducing regulator is a large size regulator (6″ -10″) designed to work in all general industrial applications. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point. The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value. These valves are self-operated in that the downstream pressure being controlled is tapped downstream of the valve and transmitted via a control line to the operating diaphragm of the Type 2422/2424 where it is converted into a positioning force.

The Type 2422/2425 self-operated universal excess pressure regulator is a large size regulator (6″ -10″) designed to work with in all general industrial applications. An excess pressure valve is used to control the upstream pressure (p1) to an adjusted set point. The design of an excess pressure regulator valve is to open when the upstream pressure rises above the set value. These valves are self-operated in that the upstream pressure being controlled is tapped upstream of the valve and transmitted via a control line to the operating diaphragm of the Type 2422/2425 where it is converted into a positioning force.

The Type 41-23 self-operated universal pressure reducing regulator is a standard size regulator (1/2″ – 4″) designed to work in all general industrial applications. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point. The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value.

These valves are self-operated in that the downstream pressure being controlled is tapped downstream of the valve and transmitted via a control line to the operating diaphragm of the Type 41-23 where it is converted into a positioning force.

The Type 41-73 self-operated universal excess pressure regulator is a standard size regulator (1/2″ – 4″) designed to work with in all general industrial applications. An excess pressure valve is used to control the upstream pressure (p1) to an adjusted set point. The design of an excess pressure regulator valve is to open when the upstream pressure rises above the set value.

These valves are self-operated in that the upstream pressure being controlled is tapped upstream of the valve and transmitted via a control line to the operating diaphragm of the Type 41-73 where it is converted into a positioning force.

The Type 42-24 self-operated differential pressure regulator is designed to work in large heating systems and general industrial applications. The differential pressure to be controlled is transmitted to the spring-loaded operating diaphragm in the actuator and converted into a positioning force to move the valve plug. The regulators control the differential pressure according to the adjusted set point.

The Type 42-24 is a differential pressure regulator for installation in a return flow pipe with set point adjuster via external springs.

The valve closes when the differential pressure rises.

The Type 44-0B steam self-operated pressure reducing regulator is a small size regulator (1/2″ – 1″) designed to work in all general industrial applications. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point.

The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value.

 

The Type 44-1B self-operated pressure reducing regulator is a small size regulator (1/2″ – 1″) designed to work in all general industrial applications. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point.

The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value.

 

The Type 44-6B self-operated excess pressure regulator is a small size regulator (1/2″ – 1″) designed to work in all general industrial applications. An excess pressure valve is used to control the upstream pressure (p1) to an adjusted set point.

The design of an excess pressure regulator valve is to open when the upstream pressure rises above the set value.