Gas Engine Products
Tightening emissions standards, cost pressures, and dispersed application requirements have resulted in a more challenging business climate for the industrial gas engine industry. To meet these demands, Woodward offers comprehensive energy control system solutions for every size, type, and application of industrial gas engine made.
From the smallest spark-ignited engine in mobile equipment to the largest gas engine in power and compression applications, Woodward offers a tightly integrated control system solution that perfectly matches the requirements.
Based on four core technologies? Fuel and Air Delivery, Combustion Control, Electronic Controls and Software, and Systems Integration? Woodward system solutions are designed to maximize your engines' fuel economy and efficiency, and reduce engine emissions.
Woodward Mechanical Governors for Gas Engines
Engine manufacturers and users depend on Woodward hydraulic-mechanical governors to provide reliable and precise control of engine speed and output in virtually every type of engine application. Available in work output ratings from 10.8 inch-pounds up to 500 foot-pounds, Woodward governors are used in power generation, marine, pump, compression, and vehicle applications.
Woodward Mechanical Actuation for Gas Engines
Woodward hydro-mechanical actuators are the vital link between the electronic governor and the engine fuel-control input. This extensive product line provides a variety of control solutions for diesel, gas, and gasoline engines, or steam and industrial gas turbines.
Woodward Air Fuel Ratio Controls for Gas Engines
Woodward Air-Fuel Ratio Control solutions combine electronic control systems with valve, actuation, and gas mass flow metering technology into a highly-integrated solution for industrial gas engines. The control solutions are used on many modern gas engine applications in the gas compression and power generation market. Small- to medium-sized gas engines use single-point, mixture charged gas admission technology. Large gas engines depend on port inlet gas admission valves. Woodward supports both gas admission technologies with reliable, state-of-the-art products.
Woodward Valves for Gas Engines
Woodward offers a wide range of valve technologies that, as part of a total engine control system, make today's diesel, gas and dual-fuel engines cleaner and more efficient.
Woodward Throttles & F-Series ITB for Gas Engines
The Woodward engine throttle family consists of a group of throttle valves able to operate in a variety of gaseous media. The throttles are designed to operate in boosted environments with valve sizes from 16 mm up to 180 mm. The valves are designed to manage gaseous flow in temperatures ranging from ambient to 270 ?C. Throttle valves are integrated with smart actuators, resulting in high-speed operation systems.
Woodward Ignition Controls for Gas Engines
Woodward's ignition systems offer a high-performance solution for all types of modern gas engines to meet today's requirements for modern gas engines, ranging from smart inductive coil to high energy AC ignition systems.
Woodward Speed Controllers for Gas Engines
Woodward offers system solutions to control engines and after-treatment systems with robust controllers and components to provide optimal control and emissions monitoring. Woodward is an expert in small engine control systems, whether it's a simple engine health monitor or the complete engine operating system.
Woodward Engine Controls for Gas Engines
Woodward's control are found on stationary engines, buses, and mobile and industrial engines. Our vast experience allows GCS to engineer a solution that optimizes engine emissions and efficiency through precise control of air flow, fuel flow, combustion processes, exhaust flow, and after-treatment with an integrated systems approach.
Woodward Small Gas Engine Controllers
Woodward offers system solutions to control gas engines and after-treatment systems with robust controllers and components to provide optimal control and emissions monitoring. Woodward is an expert in small engine control systems, whether it's a simple engine health monitor or the complete engine operating system.