Overview

The Woodward 1326-183 Digital Governor is a precision control device engineered to regulate engine and turbine speed with exceptional accuracy. It delivers stable performance under continuous operation, ensuring reliable control in mission-critical industrial environments. Its digital architecture allows flexible configuration, enabling engineers to adapt control strategies to specific plant requirements. The governor integrates seamlessly with Woodward actuator and PLC systems, making it a trusted solution in power generation, marine propulsion, and heavy industrial machinery applications.

Technical Data

Applications

• Gas turbine speed regulation in power generation plants

• Diesel engine automation for marine propulsion systems

• Synchronization and load sharing of backup generators

• Process automation in petrochemical and refinery operations

• Heavy machinery requiring precise speed and load management

FAQ

Q1: What is the primary function of the Woodward 1326-183?
A1: It regulates engine or turbine speed digitally, ensuring stable and efficient operation.

Q2: Is this governor compatible with other Woodward modules?
A2: Yes, it integrates seamlessly with Woodward actuators, controllers, and PLC systems.

Q3: Can the governor operate in extreme environments?
A3: Yes. Its wide operating temperature range and rugged design make it suitable for harsh industrial conditions.

Q4: What industries commonly use this governor?
A4: Energy production, marine propulsion, petrochemical, and heavy industrial automation sectors.

Q5: How often should maintenance be performed?
A5: Routine inspection every 12 months is recommended, though the governor typically requires minimal servicing.