Application Scenarios:​ Liquid fuel control for gas turbine generator sets, industrial mechanical drive, and marine propulsion systems. Handles diesel, kerosene, gasoline, and other compliant liquid fuels.

Performance Parameters:​ Flow metering accuracy is ±5% of actual flow or ±0.5% of maximum flow. Full-stroke actuation time is less than 100 ms, meeting the rapid load change demands of gas turbines.

Material Composition:​ Wetted parts are made of corrosion-resistant alloy materials; sealing components use fluorocarbon rubber (FKM); the overall structure resists fuel corrosion and high-temperature aging.

Structural Features:​ Uses a single-speed frameless resolver as the position feedback element, with resolver excitation parameters of 4 VAC, 5000 Hz, and resistance of 28 to 34 ohms (at 20 °C). The valve body is compact, and the electrical interface adopts a standard terminal block design.

Working Principle:​ The electronic driver unit converts the 4–20 mA control signal into motor drive current. A limited-angle torque motor drives the rotary valve plate to the target position. Precision EDM-formed flow passages in the metering port ensure an accurate correspondence between flow and input signal. A built-in differential pressure regulator automatically maintains a constant differential pressure across the metering port, eliminating the influence of system pressure fluctuations on metering accuracy.