Proact woodward
What is ProAct Woodward? The Woodward ProAct is a high-performance electric actuator designed by Woodward, world leader in control systems for engines and turbines. Unlike hydraulic or pneumatic actuators, the ProAct is 100% electric, making it a modern, clean and precise solution for controlling control elements such as throttles, valves or intake flaps. This advanced […]
Woodward governor Algeria
Algeria’s energy challenges Algeria’s energy mix is dominated by natural gas, with the vast majority of its electricity production provided by thermal power plants. These infrastructures, critical to the country’s power supply, must operate continuously and reliably. However, a number of technical challenges arise on a daily basis: instability of network frequency, need for flexibility […]
What is the role of the Woodward regulator in a turbine?
A central element in speed control The role of the Woodward governor in a turbine begins with a fundamental function: maintaining a constant speed despite load variations. A turbine – whether hydraulic, steam or gas – operates optimally at a specific frequency. The slightest drift in speed can lead to mechanical imbalances, reduced efficiency and […]
What is the purpose of a vibration monitoring system on a turbine?
In industrial sectors where turbines play a strategic role, such as power generation, petrochemicals or hydroelectric dams, monitoring their mechanical condition is crucial. Find out what a vibration monitoring system is used for on a turbine, and why it’s essential today to guarantee the reliability, safety and profitability of installations. A vibration monitoring system enables […]
What’s the difference between an actuator and a governor?
What’s the difference between an actuator and a controller? In complex industrial environments, where precision and reliability are paramount, it’s essential to understand the role of the various components that ensure the smooth operation of motors, turbines or generators. Two essential elements stand out in speed or position control systems: the actuator and the controller. […]
How does a Parker Meggitt vibration sensor work?
How does a Parker Meggitt vibration sensor work? Find out how a Parker Meggitt vibration sensor works, and how it can be used to monitor rotating machinery in industrial environments. These sensors, integrated into advanced monitoring systems, play a crucial role in the predictive maintenance of critical equipment. Thanks to their precise detection technology, they […]
How long does a Woodward regulator last?
The service life of a Woodward governor is a key issue for operators of industrial and energy equipment. These systems play an essential role in the speed control and stability of motors and turbines. Designed to operate in demanding environments, they are renowned for their robustness and reliability. Nevertheless, their longevity depends on a set […]
Woodward control operation
Introduction Precise control of the rotational speed of a motor or turbine is essential to guarantee the reliability, performance and safety of industrial installations. Woodward, a world leader in energy regulation and control, designs speed governors renowned for their robustness and precision. Understanding how Woodward speed governors work enables you to better control their use, […]
Audit, Technical Assistance and On-site Training: Woodward in Gabon
Technical expertise for your equipment Our teams were recently involved in a major technical project in Gabon, involving generators equipped with Woodward 2301D circuit boards and Woodward EG10P actuators. This project optimized the performance and reliability of the equipment, thanks to customized support tailored to the customer’s specific needs. Precise diagnosis for targeted action Prior […]
Woodward power limiting
A technical solution to optimize turbine management Adapting control systems is essential to guarantee the performance and safety of industrial installations. Recently, our teams were called in to modify the operation of a Woodward 505XT controller, switching from power regulation mode to power limitation. This technical transformation enables us to optimize turbine management in line […]