Product Name: Electric 3 Way Control Valve
Size Range: 6 Inch, DN150
Pressure Range: Class 150 LB, PN16
Material: Carbon Steel, ASTM A216 WCB
Actuator: Electric
End Connection: Flange, Welded, or Threaded End
In the domain of fluid regulation, the electrical 3-way control valve emerges as a paragon of ingenuity and efficacy. This union of cutting-edge technology and meticulous craftsmanship provides exceptional flexibility and operational excellence in the management of fluid dynamics across a range of industries, including HVAC systems and other specialized applications.
Central to the functionality of the electrical 3-way control valve is its electric actuator, which serves as the driving force behind the valve's intricate internal components. By precisely modulating the position of the actuator, the valve is capable of channeling fluid to one of the three accessible ports: ports A and B, or the common outlet. This capability allows the valve to undertake a variety of tasks, such as rerouting fluid between two systems, blending fluids from distinct origins, or governing the flow rate within a singular conduit.
Size Range: 6 Inch, DN150
Pressure Range: Class 150 LB, PN16
Material: Carbon Steel, ASTM A216 WCB
Actuator: Electric
End Connection: Flange, Welded, or Threaded End
In the domain of fluid regulation, the electrical 3-way control valve emerges as a paragon of ingenuity and efficacy. This union of cutting-edge technology and meticulous craftsmanship provides exceptional flexibility and operational excellence in the management of fluid dynamics across a range of industries, including HVAC systems and other specialized applications.
Central to the functionality of the electrical 3-way control valve is its electric actuator, which serves as the driving force behind the valve's intricate internal components. By precisely modulating the position of the actuator, the valve is capable of channeling fluid to one of the three accessible ports: ports A and B, or the common outlet. This capability allows the valve to undertake a variety of tasks, such as rerouting fluid between two systems, blending fluids from distinct origins, or governing the flow rate within a singular conduit.
