Woodward gas turbine control platforms are purpose built to accurately and reliably control and protect single or multiple rotor gas turbines of all sizes. Each platform’s rigid deterministic performance and scalable I/O options make it ideal for challenging gas turbine applications.
Industrial Turbine
User configurable, standard off-the-shelf control platforms are available for standard steam turbine applications, while fully programmable control platforms are available for turbine OEMs and end users who need to customize algorithms, logic, and protection functionality for specific requirements. Control and trip valve actuator and turbine safety system product lines are available from which to select the correct sized model for the specific turbine and application.
Hydro Turbine
Woodward’s hydro turbine control history started in 1870 and has grown to be the trusted solution in managing small, medium and large hydro plant applications around the world. Whether you are generating hydroelectric power with a Francis, Kaplan, or Pelton hydro turbine, we have a control, actuation and protection solution for you.
Steam Turbine
Woodward offers steam turbine controllers for all size turbines and applications. Standard off-the-shelf field configurable controllers allow users with simple steam turbine applications to easily configure and operate the control themselves—resulting in lowering commissioning and support costs. Depending on the application’s complexity and level of criticality, Woodward also offers custom programmable control platforms in simplex, dual redundant, or triple redundant configurations enabling customers to match the required control reliability and availability levels to their application.
Turbo-Expanders
Woodward offers controllers for turbo expanders of all size turbines and applications. Standard off-the-shelf field configurable controllers allow users with simple turbo expander applications to easily configure and operate the control themselves, resulting in lower commissioning and support costs.