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The 9907-135 is a high-precision actuator driver module developed by Woodward, Inc. for interfacing electronic control systems with mechanical actuators in turbine and engine applications.
It converts low-level control signals into high-power drive outputs required for accurate valve and linkage positioning. The module is commonly used in fuel metering and prime mover governing systems, providing fast response times, low hysteresis, and stable closed-loop control performance.
Its compact, ruggedized design allows installation in space-limited control cabinets while maintaining strong electrical isolation and resistance to vibration, humidity, and EMI interference.
| Parameter | Specification |
|---|---|
| Model | 9907-135 |
| Function | Actuator driver / interface module |
| Dimensions | 15.8 × 15.8 × 4.0 cm |
| Weight | 1.2 kg |
| Input Signal | Low-current analog control signals |
| Output Drive | PWM or analog high-current actuator drive |
| Cooling Method | Passive convection |
| Construction | Industrial protective coated PCB |
| Mounting | Surface mount with securing points |
| Operating Environment | High vibration and EMI resistance |
Gas and steam turbine fuel valve control
Marine propulsion engine control
Emergency power generation systems
Industrial mechanical drive governing
The module is commonly used with Woodward governor systems such as 2301A or 723 series control platforms.
Typical service life?
Over 10 years under standard industrial operating conditions with clean power supply.
Redundancy support?
The module itself is single-channel but can be used in redundant architectures using external voting logic.
Can it drive third-party actuators?
Yes, provided actuator coil impedance and current specifications match the module output capability.