Category: Woodward

Key Product Variants Include

• Woodward’s F-Series can either be used as standalone actuator or a combination

actuator + throttle body (Integrated Throttle Body [ITB]) with integral electronics.

• Woodward’s ProAct Actuator can either be used as stand-alone actuator or a

combination actuator + throttle body (Integrated Throttle Body [ITB]) with integral electronics.

• The Glo-Tech II hot valve system is a high-temperature butterfly valve mated with

a high-performance electric actuator that is used to regulate high-temperature gases

in turbocharged reciprocating engines. The valve is designed to be positioned by

an R-Series electric rotary actuator through an anti-backlash coupling capable of

olerating misalignment. The R-series is available in four torque models – R11. R30. R120

and R200 – with valve sizes ranging from 40 mm to 150 mm.

• Woodward’s TecJet™ valves are electronic gas metering valves for single-point fuel gas control.

Their integrated sensors and electronics provide the correct gas flow under all specified conditions,

enabling the engine to run very lean with low emissions.

Key Features

• Robust design to reach highest service life expectations.

• One supplier for all components.

• High precision and exceptional reliability.

• Technical support from concept development to aftersales service.

• Leading engine manufacturers (OEM) trust in our products.

Woodward has an extensive range of engine valve and actuator solutions to ensure

better engine performance. They are designed to help monitor system activity and

improve system functioning, effectiveness and performance.

The valves are designed for electric and hydraulic actuators.

Features & Functionality

Efficiency, performance and emissions play key roles in gas engine development.

As engine performance advances are made, gas metering devices need to be more flexible and accurate.

Woodward has an extensive range of valve and actuator solutions to ensure

better engine performance. They are designed to help monitor system

activity and improve system functioning, effectiveness and performance. 

The valves are designed for electric and hydraulic actuators.

The range includes actuators (L-Series, F-series, proact gen 3 R-Series),

cold side valves and throttles (L-Series ITB, F-Series ITB, Proact ITB),

high-temperature valves (V-Band and Wafer Style available) and

fuel-metering valves (TecJet™ 50 Plus, 52. 85. 110. 180).

Woodward’s actuator platform provides the aircraft industry with a very high reliability at a low cost.

Innovations in design arrangement, materials, surface finishes and sensor integration

provide excellent feature density at a low weight.

Features & Functionality

Woodward’s unique design is both scalable and modular, so it can be quickly applied

to compressor vane, bleed air, air valve and oil applications.

Further system level savings can be achieved by higher-LRU integration and analysis,

leading to integrated servo-actuator solutions and open loop proportional designs.

Regardless of the configuration, let our leak-tight performance provide you 

with years of worry-free and on-demand service within the toughest environments.

Key Product Variants Include

• Wide variety of servo, sensor and open loop integration features for

a varying degree of performance-to-cost requirements.

• Reuse of scalable platforms to reduce risk, cut costs and boost reliability.

• Proven field experience beyond 300.000 hours MTBF.

Key Features

• Leverage of decades of reliable pedigree in fueldraulic actuators,

electro-mechanical actuators, air valves, specialty valves, servo controls and position sensors.

• Unique ability to determine optimum architectures and actuator placement based on customer-driven

requirements.

• Systems level performance and accuracy stacks that include sensor effects over life and signal

demodulation errors.

• Leverage of standard designs to greatly minimize non-recurring development and recurring costs.

Features & Functionality

We combine decades of industry leading fuel metering experience with in-house

servo control and innovative technologies to provide elegant, cost-effective solutions.

Whether a new application or a transparent, competitive displacement,

our dedicated onsite engineering support ensures a flawless Entry Into Service (EIS).

Key Product Variants Include

• Positive displacement and dynamic pump metering capabilities.

• Open loop, proportional and integrating metering options.

• High dynamics capability for robust disturbance rejection under all conditions.

Key Features

• Decades of industry leading market share and pedigree from millions of flight hours reduce program

risks and increase reliability.

• Dedicated analysis team to facilitate system level tradeoffs among critical mission requirements such as

metering accuracy versus recurring cost.

• Long history of successful, transparent competitive displacements offers tremendous cost savings over

the remaining product lifecycle.

• Scalable valve platforms reduce risk, cut costs and boost reliability.

The Fuel Metering Unit (FMU) is a critical component of the fuel system in aircraft engines,

ensuring that the engines receive the right amount of fuel at all times.

It regulates the fuel supply by controlling the fuel pump and monitoring various

parameters to maintain the desired fuel-air mixture ratio. 

The FMU consists of a metering valve and a pressure regulator, which work together

to ensure optimal engine performance and fuel efficiency. It is designed to withstand

harsh operating conditions, including extreme temperatures and vibrations,

and is typically located close to the engines to reduce the risk of pressure loss or contamination.

Fuel Metering Units (FMU) deliver state-of-the-art fuel control functionality with

significantly higher reliability and lower lifecycle costs versus the competition.

Features & Functionality

We combine decades of industry leading fuel metering experience with in-house

servo control and innovative technologies to provide elegant, cost-effective solutions.

Whether a new application or a transparent, competitive displacement,

our dedicated onsite engineering support ensures a flawless Entry Into Service (EIS).

Key Product Variants Include

• Positive displacement and dynamic pump metering capabilities.

• Open loop, proportional and integrating metering options.

• High dynamics capability for robust disturbance rejection under all conditions.

Woodward’s fuel nozzle design and manufacturing solutions enable customers

to meet state-of-the-art emissions performance, operability and efficiency.

Woodward designs range from high performance air blast and pressure

atomizing tips to multi-circuit direct injection designs.

Features & Functionality

By incorporating innovative valve designs and fuel control solutions,

Woodward nozzles can be optimized into combustion systems that offer

total weight reductions and significant improvements in system value.

As a manufacturer of fuel nozzles, Woodward brings value to a wide range

of business models from “build to print” to turn-key design solutions 

to meet the most demanding customer requirements.

Woodward provides the most thermally efficient and cost-effective fuel pressurization

solutions by integrating an assortment of proven technologies into an optimized pumping solution.

Features & Functionality

Let our analysis team show you proprietary tools that have enabled the world’s

OEMs to optimize their fuel systems across a variety of difficult-to-measure factors,

including lifecycle costs, horsepower draw, reliability and thermal efficiency.

Woodward offers both standalone and integrated pumping solutions,

that when used together, provide the most reliable, efficient and low-cost solution.

Key Product Variants Include

• Gear, Vane, Centrifugal, Regenerative, Ejector and multiple pump capabilities.

• Leaded bronze and lead-free bearings.

• Facilized for full narrowbody run rates.

Key Product Variants Include

• Gear, Vane, Centrifugal, Regenerative, Ejector and multiple pump capabilities.

• Leaded bronze and lead-free bearings.

• Facilized for full narrowbody run rates.

Key Features

• Innovative single, dual and variable pump schemes provide the ultimate 

ability to fine tune system level performance-to-cost metrics.

• Proven, tested and scalable design tools for world-class, prime reliable

pumping elements including gears, vanes, liquid-rings, regen wheels,

impellers, inducers and ejectors.

• Significant cost, weight and program execution efficient when integrated with filters,

heat exchangers, sensors, PMAs and metering controls.

Woodward’s broad range of single and two-stage servovalve platform technology

leads the industry in performance capability at a low cost.

Features & Functionality

Woodward’s broad range of single and two-stage servovalve platform technology

leads the industry in performance capability at a low cost.  We combine millions

of successful flight hours in field proven elements with enhanced robustness

design features to provide the highest performance to cost ratio over the competition.

Our EHSVs are available in jet pipe and nozzle flapper configurations for the aerospace, industrial and

medical industries.

Key Product Variants Include

• Single and dual stage nozzle flappers, jet pipers and direct drive configurations with

flow rates ranging from 0.25 to 100 gallons-per-minute in standard production packages.

• Up to 5500 psi and beyond.

Key Features

• Proven design elements to meet extreme environments such as 100G continuous operation.

• Reliable, accurate, and cost effective flow and pressure control.

• Long history of successful, transparent competitive displacements offer OEMs and

Operators tremendous cost benefits throughout the remaining product lifecycle.

• Reuse of scalable design tools to reduce risk, cut costs and boost reliability.

Key Product Variants Include

• Single and dual stage nozzle flappers, jet pipers and direct drive configurations with

flow rates ranging from 0.25 to 100 gallons-per-minute in standard production packages.

• Up to 5500 psi and beyond.

Key Features

• Proven design elements to meet extreme environments such as 100G continuous operation.

• Reliable, accurate, and cost effective flow and pressure control.

• Long history of successful, transparent competitive displacements offer OEMs and

Operators tremendous cost benefits throughout the remaining product lifecycle.

• Reuse of scalable design tools to reduce risk, cut costs and boost reliability.