Woodward 8235-154 Flotech Integrated Throttle Body And Actuator

The Woodward 8235-154 is a Flotech Integrated Throttle Body and Actuator. Woodward, a leading provider of control solutions, manufactures this component. It is widely used in industrial applications requiring precise fluid flow control.

Key Features and Benefits

• Integrated Design: The design combines the throttle body and actuator. This integration simplifies installation and reduces the overall system footprint.
• Precise Control: This unit offers highly accurate throttle position control. Consequently, it enables precise regulation of fluid flow.
• Durability: The 8235-154 is built to withstand harsh operating environments. It provides reliable performance over an extended lifespan.
• Compatibility: This component is designed to integrate seamlessly with various Woodward control systems.
• Customizable: Users can choose from different configurations. This flexibility helps meet specific application requirements.

Technical Specifications

• Fluid Compatibility: This unit typically works with a wide range of fluids. Common options include air, natural gas, and various industrial gases.
• Flow Range: The maximum and minimum flow rates depend on throttle body size and operating pressure.
• Pressure Rating: The unit has a maximum allowable pressure differential across the throttle body.
• Temperature Range: The operating temperature range ensures safe usage of the unit.
• Electrical Connections: This model features specific electrical connectors for power and control signals.
• Mounting Options: Users can choose from various mounting configurations, including flange or pipe thread.

Applications

• Industrial Process Control: The 8235-154 regulates fluid flow in various industrial processes. Applications include combustion systems, pneumatic controls, and material handling systems.
• Energy Generation: This component controls fuel flow in power generation applications. As a result, it helps optimize system efficiency.
• Oil and Gas: The 8235-154 regulates fluid and gas flow in oil and gas production and processing. This functionality is essential for maintaining operational effectiveness.