Gas (62)

Generation II intelligent electronic gas metering valve (52mm) for single-point injection. Drop in replacement for TecJet 52 generation I.

Hydraulic manifold maintenance kit for 2" SonicFlo gas control metering valves with 1 GPM servo, low pressure trip cartridge, filter element, and O-rings replacement between major overhauls.

Hydraulic manifold maintenance kit for 4" and 6" SonicFlo gas control metering valves with 5 GPM servo, low pressure trip cartridge, filter element, and O-rings replacement between major overhauls.

Hydraulic manifold maintenance kit for 2" and 3" SonicFlo gas control metering valves with 10 GPM servo, low pressure trip cartridge, filter element, and O-rings replacement between major overhauls.

Hydraulic manifold maintenance kit for 2", 3" and 8" SonicFlo gas control metering valves with 10 GPM servo, electric trip cartridge, filter element, and O-rings replacement between major overhauls.

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 1.5" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi, and has an electrically actuated on-board driver with single resolver, analog/DeviceNet or CAN Open communication and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 1.5" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi, and has an electrically actuated on-board driver with single resolver, analog/DeviceNet or CAN Open communication and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 1" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi, and has an electrically actuated on-board driver with single resolver, analog/DeviceNet or CAN Open communication and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 2" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi, and has an electrically actuated on-board driver with single resolver, analog/DeviceNet or CAN Open communication and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 2" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi, and has an electrically actuated on-board driver with single resolver, analog/DeviceNet or CAN Open communication and can accommodate fuel gas or ambient temperatures to 200°F (93°C)

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 2" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi with metric flange bolt holes, and has an electrically actuated on-board driver with single resolver, analog/DeviceNet or CAN Open communication and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16 gas control valve is an on-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 1.5" control port free of contamination that can inhibit optimal performance. This GS16 gas valve is rated for 750 psi, and has an electrically actuated on-board driver with dual resolver and dual conduit, and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16DR (Dual Resolver) gas control valve is an off-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 2" control port free of contamination that can inhibit optimal performance. This GS16DR gas valve is rated for 900 psi, and has an electrically actuated driver with dual resolver and dual conduit, an on-board driver, and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

Woodward's GS16DR (Dual Resolver) gas control valve is an off-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 2" control port free of contamination that can inhibit optimal performance. This GS16DR gas valve is rated for 900 psi, and has an electrically actuated driver with dual resolver and dual conduit, an on-board driver, and can accommodate fuel gas or ambient temperatures to 200°F (93°C).

​Woodward's GS16DR (Dual Resolver) gas control valve is an off-board driver electrically actuated control valve used on industrial gas turbine engines. The gas throttling section of the valve uses a self-cleaning, shear type of action that keeps the 1" control port free of contamination that can inhibit optimal performance. This GS16DR gas valve is rated for 900 psi, and has an electrically actuated driver with dual resolver and dual conduit, an on-board driver, and can accommodate fuel gas temperatures up to 350°F (177°C) and ambient temperatures to 200°F (93°C).​