Functional Features:​ Constructed with corrosion-resistant materials suitable for various liquid fuel environments; highly compatible with Woodward actuators and control systems; provides precise fuel flow control or reliable shut-off capability; robust structure suitable for industrial and marine environments; complies with ATEX, PED, and Machinery Directive EU regulations.

Application Scenarios:​ Applicable to liquid fuel supply control in gas turbine power generation, mechanical drive, and marine propulsion systems. Compatible with diesel, JP series aviation fuel, kerosene, gasoline, and other compliant international standard distillate oils.

Performance Parameters:​ Flow control accuracy meets industrial gas turbine control requirements with wide flow regulation range and rapid response. In shut-off configuration, leakage complies with ANSI B16.104 Class IV standard.

Material Composition:​ Valve body and internal flow components use corrosion-resistant alloy or stainless steel materials; seals use fluorocarbon rubber suitable for various liquid fuel environments.

Structural Features:​ Standard Woodward liquid fuel valve structure with standardized actuator adaptation interface for easy field installation and maintenance. Three-way valve body design enables fluid switching between inlet-to-turbine or bypass circuit.

Working Principle:​ The valve is driven by an external actuator to adjust the valve position opening, changing the fuel flow area to achieve fuel flow output proportional to the control system command. In shut-off configuration, the valve body quickly switches to bypass position under spring force or hydraulic pressure, cutting off fuel supply and diverting fluid back to the tank.