In the field of industrial automation and energy management, precise control technology is essential to improve efficiency and reduce costs. WOODWARD recently introduced the new control valve 9908-273, a high-performance control valve designed for industrial gas turbines to improve fuel efficiency and performance.

【 Product features 】
WOODWARD Control Valve 9908-273 provides the following outstanding features:

High flow control range: Suitable for gas flow control from 22 to 13,608 kg/h, to meet the needs of different industrial sizes.
Wide gas supply pressure: can adapt to 345 to 5171 kPa gas supply pressure, to ensure stable operation under different working conditions.
Temperature adaptability: able to operate in the temperature range from -40 to +93°C, suitable for a variety of environmental conditions.
High accuracy: A minimum pressure difference of 138 kPa is recommended to ensure the specified flow control accuracy.
Material durability: stainless steel in contact with gas, in line with NACE MR0175-2000 standard, corrosion resistance, extended service life.

9908-1501

【 Technical parameters 】

Nominal diameter: customizable as required.
Nominal pressure: customizable as required.
Material: Metal to ensure strength and durability.
Scope of application: Control valves, especially for industrial gas turbines.
Model: 9908-273 VALVE-GS16.
Functional use: Control valve for precise control of fuel supply to gas turbines.
【 Application field 】
WOODWARD Control Valve 9908-273 is suitable for the following applications:

Power generation: Control the fuel supply of gas turbines in power plants to improve power generation efficiency.
Compressor: Used in compressor stations to ensure the stability and efficiency of the gas compression process.
Mechanical drive: Provides precise fuel control where mechanical drive is required.
【 Market response 】
The introduction of the new control valve 9908-273 has received extensive attention in the industrial field. Users appreciate its durability and stability while providing high precision control. It is considered ideal for improving the performance of industrial gas turbines.

【 Future Outlook 】
With the continuous progress of industrial automation, the accuracy and reliability requirements of control technology are also increasing. WOODWARD will continue its commitment to technological innovation and introduce more high-performance control valve products to meet the changing needs of the industry.

【 Conclusion 】
The introduction of WOODWARD control valve 9908-273 not only demonstrates WOODWARD’s technical strength in the field of industrial control, but also sets a new benchmark for the entire industry. Its high precision and durability will help industrial gas turbines operate more efficiently and reliably.