Actuated 3-Way Valves
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The Georg Fischer Type 188 Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 185 3-Way Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 185 3-Way Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 185 3-Way Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 185 3-Way Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 185 3-Way Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 185 3-Way Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 188 Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. The new three-way ball valve type 543 from GF Piping Systems offers a universal model series with a wide range of options for all versions from the manual valve to the actuated. The ball valve is the perfect valve for demanding mixing and diverting processes. It follows the design of the ball valve type 546 and is available in the dimensions DN10 to DN50.
The Georg Fischer Type 285 Ball Valve has a modular design and is adaptable to a variety of conditions and applications. Using the Georg Fischer 543 3-way ball valve incorporates all the latest in ball valve technology. The valve is made with CPVC. With the optional positioner, the valve can perform complex functions such as mixing chemicals or controlling process temperature by blending cooling water. With its modular design, the Type 543 ball valve is ideal for virtually any application. The valve is available in PVC, CPVC, Polypropylene, and PVDF materials. The different materials allow for a variety of chemical applications, and in many cases are an ideal fit for extreme temperatures. Easy installation is achieved with options such as threaded, spigot, or socket end connectors. The Type 543 ball valve is also available in pneumatic and electrically actuated versions. Modularity allows for changes in the field such as retrofitting on actuator to a manual valve. The 543 was designed to meet the high demand world of industrial valves.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.
Double acting Air x Air or Fail-safe Air x Spring actuators designed for corrosive service. Features rugged plastic construction to NEMA 4X standards with direct manual override. Most units can be hydraulically actuated.