WOODWARD GS50 Gas Fuel Valve Actuator with On-board Driver

WOODWARD GS50 Gas Fuel Valve Actuator with On-board Driver

Product Features

Integrated design

Built in driver eliminates the need for additional external control modules, simplifying system wiring and installation complexity.

Multiple specifications compatible

Interface size: 2 inches (2IN), suitable for fuel pipelines of different diameters.

Pressure rating: RF600 # (flange connection) or SAE (threaded connection), meeting the requirements of high-pressure working conditions.

Material: The main body is made of stainless steel (SST) or aluminum alloy (ALUM) to meet the corrosion requirements of different environments.

Electrical characteristics

Working voltage: Supports 125V DC or 24V DC, compatible with multiple power systems.

Action type: Depending on the model, precise control of different strokes (such as 1.0 ACD, 1.5 ACD, 2.0 ACD) can be achieved.

Security and Authentication

Compliant with non SIL (Safety Integrity Level) and non RTE (Remote Terminal Equipment) standards, suitable for general industrial scenarios.

Protection design: Electrical interface protection is achieved through conduits or connectors to adapt to industrial environments.

Model and Part Number

Model Description Part Number

GS50，2IN RF600#，SST，1.0 ACD，125V， Non SIL, non RTE, catheter connection 9908-1605

GS50，2IN RF600#，SST，1.5 ACD，125V， Non SIL, non RTE, catheter connection 9908-1606

GS50，2IN RF600#，SST，2.0 ACD，125V， Non SIL, non RTE, catheter connection 9908-1607

GS50，2IN SAE，ALUM，1.0 ACD，125V， Non SIL, non RTE, connector connection 9908-1665

GS50，2IN SAE，ALUM，1.0 ACD，24V， Non SIL, non RTE, connector connection 9908-1666

GS50，2IN SAE，ALUM，1.5 ACD，125V， Non SIL, non RTE, connector connection 9908-1668

GS50，2IN SAE，ALUM，1.5 ACD，24V， Non SIL, non RTE, connector connection 9908-1669

GS50，2IN SAE，ALUM，2.0 ACD，125V， Non SIL, non RTE, connector connection 9908-1671

GS50，2IN SAE，ALUM，2.0 ACD，24V， Non SIL, non RTE, connector connection 9908-1673

Application scenarios

Industrial gas turbine: used to regulate fuel flow, control engine speed and power output.

Energy generation: Achieving precise fuel metering in gas-fired power generation units to improve power generation efficiency.

Compressor unit: Cooperate with gas turbine to drive the compressor and stabilize the fuel supply in the process flow.

Documentation and Support

Product specification: Refer to "Product Spec: 03456".

User Manual: "Manual: 35136" provides installation, debugging, and maintenance guidelines.

Technical Support: For more information, please contact Woodward Industrial Support Team（ industrial.support@woodward.com ）Refer to publication 25182.

Advantage Analysis

Integrated design, simplifying system architecture

The onboard driver and actuator are integrated without the need for additional independent driver modules, reducing control cabinet space occupation and wiring complexity, and lowering installation costs and maintenance difficulties.

Adapt to the "plug and play" requirements of industrial sites and shorten system debugging time.

Diversity of specifications, suitable for a wide range of scenarios

Interface and pressure rating: Provides 2-inch RF600 # flange and SAE interface, compatible with high-pressure fuel pipelines (such as 600 pound pressure systems), suitable for high-pressure conditions such as gas turbines and power generation equipment.

Material selection: Stainless steel (SST) model is corrosion-resistant and suitable for harsh environments; Aluminum alloy (ALUM) models are lightweight and easy to install and maintain.

Electrical compatibility: Supports 125V DC and 24V DC power supplies, adapts to different industrial power systems, and has a stroke coverage of 1.0 ACD to 2.0 ACD, meeting different flow control accuracy requirements.

Strong adaptability to industrial environment

The electrical interface is protected by conduits or connectors, and has certain dust and splash resistance, suitable for complex environments in industrial sites.

Although non SIL standard design is not suitable for high safety level scenarios, it meets the needs of ordinary industrial control and has high cost-effectiveness.