Command conversion
The actuator electronics interpret the assigned control input and produce the internal drive required for output movement.
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Copy| Product Name | Woodward 8404-329 ProAct Gen3 Flex Model III Actuator |
| Item NO. | 2919924 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | WOODWARD |
| Brand | Woodward |
| Creation Time | 2026-10-15 |
PROACT GEN3 FLEX · MODEL III · ACTUATOR
ELECTROMECHANICAL CONTROL · LINKAGE OUTPUT · TURBINE SERVICE
Woodward 8404-329 is a ProAct Gen3 Flex Model III actuator used to convert a configured control command into mechanical movement at a connected turbine control linkage. Its actuator housing, output connection and electrical interface form one installation record.
At the equipment boundary, Woodward 8404-329 receives the assigned control and power connections, processes the command through the actuator electronics and moves its output shaft or clevis toward the requested position. The mechanical mounting and linkage geometry must match the installed turbine mechanism.
The field path for Woodward 8404-329 therefore combines the actuator body, connector, supply wiring and output linkage. Position feedback, command scaling and travel limits belong to the configured ProAct installation and must remain associated with the exact actuator model.
| Technical Item | Specification |
|---|---|
| Brand | Woodward |
| Product type | ProAct Gen3 Flex Model III actuator |
| Model | 8404-329 |
| Series | ProAct Gen3 Flex |
| Model class | Model III |
| Primary role | Electromechanical turbine linkage actuation |
| Input path | Configured control and power connections to actuator electronics |
| Output path | Actuator shaft or clevis to turbine linkage |
| Installation boundary | Mechanical mounting and linkage geometry |
| Configuration boundary | Command scaling, feedback and travel settings |
| Commissioning focus | Direction, neutral position and full travel |
Woodward 8404-329 turns the configured control command into mechanical movement for the connected turbine control element.
The actuator electronics interpret the assigned control input and produce the internal drive required for output movement.
Woodward 8404-329 transfers the actuator movement through its shaft or clevis to the turbine linkage.
The configured feedback path allows the actuator position to be checked against the requested command.
The integration of Woodward 8404-329 depends on the relationship between its connector, power and command wiring and the turbine-side linkage.
Connect the assigned supply and control conductors to the actuator connector identified for the installation.
Align the actuator mounting and clevis with the turbine linkage so the available travel is usable in both directions.
Keep command scaling, feedback selection and travel limits tied to the exact 8404-329 installation record.
How should the mounting direction for Woodward 8404-329 be checked?
Confirm the actuator body, output clevis and turbine linkage share the intended neutral position before tightening the mount. A correct electrical connection does not compensate for a reversed mechanical arrangement.
What should be checked if Woodward 8404-329 moves in the wrong direction?
Verify command polarity, configured direction and linkage orientation in that order. Do not change the mechanical linkage until the electrical command path and actuator configuration are confirmed.
Can an existing actuator cable be reused with Woodward 8404-329?
Reuse it only after checking conductor assignment, supply requirements, shielding and connector fit against the 8404-329 installation record. A similar plug shape does not prove that the cable pinout is correct.
Why can Woodward 8404-329 stop before reaching the requested position?
Check travel limits, clevis alignment, mechanical stops and feedback scaling before changing the control command. Restricted linkage travel can appear as an actuator fault even when the drive is active.
What configuration record should accompany Woodward 8404-329?
Keep the complete model, command scaling, feedback selection, neutral position and travel limits together. These values define how the actuator command becomes the turbine linkage position.
How can a Woodward 8404-329 position alarm be isolated?
Compare the requested command, actuator feedback and actual linkage movement separately. This separates a signal or configuration problem from a mechanical restriction at the output coupling.
Moore Automation supports multi-brand industrial automation enquiries while keeping the Woodward actuator model and its configuration record attached to the requested item.
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Include the complete Woodward model and requested quantity so the enquiry remains tied to the correct configuration.
Moore Automation Sales Team
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