Speed Control: Processing sensor signals to monitor turbine speed and sending control signals to adjust turbine operation for maintaining desired speed.
Temperature Control: Monitoring exhaust gas temperatures or other critical temperature points within the turbine and adjusting control parameters to prevent overheating.
Vibration Monitoring: Interfacing with vibration sensors to detect potential issues and enabling preventative maintenance actions.
Fuel Control: Processing signals related to fuel flow or pressure to regulate fuel delivery for efficient and safe combustion.
Additional Notes:
For precise details on functionalities and specifications, consulting the Woodward datasheet for the 5466-316 is recommended. You might be able to find it through a web search using “Woodward 5466-316 datasheet”.
Since this is a component within a complex turbine control system, installation, configuration, and maintenance should only be performed by qualified technicians with expertise in turbine control systems and industrial automation practices.
I hope this information is helpful! Let me know if you have any further questions about the Woodward 5466-316, turbine control systems, or industrial automation.
General Functionalities (based on the MFR300 product information):
Voltage and Current Measurement: The MFR300-71M measures both voltage and current inputs, providing a comprehensive picture of the power system. It likely utilizes True RMS (Root Mean Square) measurement for accurate readings even with distorted waveforms.
Power Calculations: Based on the voltage and current measurements, the MFR300-71M calculates various power parameters like real power (kW), apparent power (kVA), reactive power (kVAR), power factor, and energy consumption (kWh).
Harmonic Analysis (possible): Some variants of the MFR300 might offer harmonic analysis capabilities, allowing for the identification and monitoring of harmonic distortion in the power system.
Contact Woodward: Woodward’s website might have a contact form or technical support section where you can inquire about the 8280-476. Provide any additional information you might have about the governor, such as the application where it’s used or any markings on the unit itself.
Search Online: Searching online using the part number “Woodward 8280-476” might lead to discussions, forums, or resources from users who have experience with this specific model.
Look for Similar Models: If you cannot find information on the 8280-476 specifically, searching for user manuals or datasheets of similar Woodward governor models might provide valuable insights into functionalities and applications. These resources can give you a general understanding of how Woodward governors operate.
I hope this information is helpful, even though I cannot provide specifics on the 8280-476 model. If you have any questions about governors or engine speed control systems in general, feel free to ask!
Technical Details: If you’re looking for specific details like the exact output voltage range, power ratings, or dimensions, I can’t provide those due to limitations on providing access to datasheets. However, I can recommend checking the Woodward website or contacting them for the user manual for your specific model variant.
Operation and Functionality: Do you have questions about how the 8272-582 works, how to adjust the motor speed, or how it integrates with a PM motor? I can explain the principles of operation and provide general guidance.
Applications: Are you curious about specific applications where the 8272-582 might be used? We can explore common applications in industrial automation, robotics, and other areas.
Microprocessor-Based Control: Utilizes a microprocessor for intelligent control algorithms, enabling precise and efficient turbine operation.
Digital and Analog I/O: Equipped with both digital and analog inputs and outputs for communication with various sensors, actuators, and other control system components. This allows for processing of sensor data (e.g., speed, pressure, temperature) and sending control signals to adjust turbine operation.
Single or Split-Range Actuation: Can be configured to control either a single extraction point or a split-range extraction system in the steam turbine, depending on the specific application.
Programmability: Offers programmability for customizing control parameters and logic to suit the specific requirements of the steam turbine and power plant.
Applications:
The Woodward 9907-164 finds application in various industrial settings involving steam turbine control, particularly:
Power Generation: Controlling and optimizing the operation of steam turbines in power plants for efficient and reliable electricity generation.
Combined Heat and Power (CHP) Plants: Regulating steam turbines used in cogeneration applications for combined production of electricity and thermal energy.
Process Industries: Managing steam turbines used for process steam generation in various industrial applications, such as paper mills, refineries, and chemical plants.
Steam Turbine Speed Control: Primarily used in industrial applications where precise control of steam turbine speed is critical, such as:
Power generation
Oil and gas refineries
Chemical processing plants
District heating systems
Additional Resources:
Woodward 9907-162 Product Information: While a detailed datasheet might be restricted, you can find general information on Woodward’s website under the “Woodward44 – Industrial Turbines” section for “9907-162 – 505 DIG GOV FOR STM TURB W/ SINGLE OR SPLIT-RANGE ACT”This might include product descriptions, brochures, or application notes.
Woodward Authorized Distributors: Contacting authorized Woodward distributors can provide access to more technical details, manuals, or application support.
Renewable energy integration projects where the EASYGEN-3500-5 can manage generators used alongside wind or solar power sources.
Additional Information:
also offers information on the EASYGEN-3500-5, potentially including product descriptions and specifications.
Contact Woodward Support: You can directly contact Woodward support for the latest information on the EASYGEN-3500-5, including its functionalities, compatibility with specific engine models, and recommended applications.
By exploring these resources, you can gain a comprehensive understanding of the Woodward EASYGEN-3500-5 and its capabilities in engine-generator control and power management applications.
Potential replacements within Woodward’s current safety relay product lines, ensuring compatibility with your existing ProTech-GII system.
System Compatibility: If replacing the spare module, ensure the new module is compatible with your existing ProTech-GII system in terms of:
Voltage and current ratings (to match the power requirements of the system)
Input/output (I/O) compatibility (ensuring proper connection with existing sensors and actuators)
Functional compatibility (providing the same level of safety functionality as the original module)
By using these suggestions and considering the alternatives, you can increase your chances of finding the information you need about the Woodward 8237-1246 spare module or a suitable replacement for your ProTech-GII safety system.
The 9907-164 is a second-generation 505 Woodward governor control unit designed for industrial steam turbines. Here’s a breakdown of its functionalities and key points to remember:
Function:
Controls steam turbine operation by regulating the admission of steam or the extraction of steam to influence the turbine’s speed and power output.
Maintains consistent turbine speed under varying load conditions, ensuring smooth and efficient operation.
Protects the turbine from overspeeding and other potential hazards by incorporating safety features.
A specific datasheet for the Woodward 9907-162 might be difficult to find publicly due to the technical nature of the product. Here are some ways to learn more about its functionalities and compatibility:
Woodward Support: Contacting Woodward customer support is likely the most effective way to obtain the user manuals or datasheets for the 9907-162. They can provide the definitive details on its features, programming capabilities, and compatibility with your specific turbine application.
Industrial Parts Suppliers: Several suppliers sell replacement or surplus Woodward turbine control modules [supplier 1], [supplier 2], [supplier 3] (similar to previous searches, I cannot share URLs but searching the part number should lead you to product pages). These listings may offer:
Limited information about the 9907-162’s functionalities (if available in their database).
The following resources can provide more details on the Woodward 9907-838:
Woodward Website: The Woodward website offers product information for the 9907-838, including [link woodward 9907 838 ON woodward.com]. This page details the product specifications, features, and functionalities.
Industrial Parts Suppliers: Several suppliers sell this load sharing module [supplier 1], [supplier 2], [supplier 3] (similar to previous searches, I cannot share URLs but searching the part number should lead you to product pages). These pages might offer additional technical specifications or application examples.
Overall, the Woodward 9907-838 plays a crucial role in ensuring efficient and reliable power generation by managing the load distribution between parallel generators in industrial settings.
Obtaining detailed specifications for the 5466-409 module can be achieved through several methods:
Woodward Website:
Search the Woodward website using the complete code (5466-409) or browse the MicroNet Digital Control product line pages (if available). Look for user manuals, technical specifications, or product catalogs related to the MicroNet Digital Control Series. These documents should provide details on:
The WOODWARD 9907-1200 is a high-quality and reliable current-to-pressure converter that is ideal for a variety of demanding industrial applications. It is designed to provide long-lasting performance and reliability in even the most challenging environments.
