SPECIFICATIONS
Part Number: 5463-034
Manufacturer: Woodward
Function: Power Auxiliary Card
Repair: 3-7 Day
Product type: Module
Availability: In Stock
Country of Manufacture: United States (USA)
Functional Description
5463-034 is a Power Auxiliary Card developed by Woodward. The Power Auxiliary Card is a component designed to support and enhance the functionality of control systems by managing power distribution and auxiliary functions. The primary function is to regulate and distribute power to connected components, such as sensors, actuators, and control modules. It provides a stable and consistent power supply, ensuring that fluctuations or interruptions in the main power source do not affect the overall system's performance. The card may also include built-in protection features, such as overcurrent protection, voltage regulation, and fault detection, safeguarding sensitive components from potential damage.
Features
- The Power Auxiliary Card is designed to seamlessly integrate with existing control boards, making it an essential component for extending system capabilities without significant hardware changes.
- This card provides auxiliary power support, ensuring consistent energy distribution and stability for connected control systems. It is ideal for demanding applications requiring supplemental power management.
- Equipped with a 48-pin male header, the card offers robust connectivity options for interfacing with other components in the system.
- The 48-pin design ensures secure and stable connections, reducing the risk of disconnections or signal loss.
- Designed for compatibility with multiple control systems, the Power Auxiliary Card can be employed in various industrial applications, including power generation, oil and gas, and manufacturing processes.
- The presence of N.C. (Normally Closed) terminals provides additional flexibility in circuit design and configuration, allowing for customized system setups.
System Features
- The MicroNet Operating System (OS), when combined with Woodward’s GAP Graphical Application Program, creates a highly effective and flexible control environment tailored to meet the demands of modern industrial and energy applications. This powerful combination provides both the computational efficiency needed for complex control tasks and the user-friendly interface required for seamless integration and monitoring.
- One of the key features of this system is Woodward’s unique rate group structure, which is designed to ensure deterministic execution of control functions. Rate groups are defined by the application engineer based on the specific needs of the system, allowing for precise control over the timing and prioritization of tasks. Each rate group specifies the time intervals at which control functions are executed, ensuring that the system operates within predictable and consistent parameters. This structure provides the flexibility to assign critical control loops to faster rate groups, allowing them to process within as little as 5 milliseconds. This level of speed is essential for maintaining stability and responsiveness in systems with tight real-time control requirements, such as power generation, turbine control, and industrial automation.
- Less critical control code, on the other hand, can be assigned to slower rate groups, optimizing resource allocation without sacrificing system performance. By organizing tasks into different rate groups based on their urgency and criticality, the MicroNet OS ensures that the most important functions are prioritized, while less time-sensitive operations do not impact the overall system performance.
- This rate group structure also plays a critical role in maintaining system stability and predictability. By defining the timing of code execution at a granular level, the system prevents the introduction of unexpected changes in system dynamics when new code or modifications are added. As a result, the performance and behavior of the system remain deterministic and predictable, even as new tasks or features are incorporated. This is particularly important in safety-critical applications where reliable and repeatable performance is essential.
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Frequently Asked Questions
What is 5463-034?
It is Power Auxiliary Card developed by Woodward.
What is GAP Graphical Application Program?
Woodward GAP (Graphical Application Program) is a user-friendly software tool that integrates with the MicroNet Operating System. It allows engineers to visually design, configure, and monitor control strategies, making it easier to implement complex control systems.
How does the rate group structure work in the MicroNet OS?
The rate group structure in the MicroNet OS divides control functions into different execution rates based on their importance and timing requirements. Critical control loops are assigned to faster rate groups for near-instantaneous processing, while less critical tasks are processed in slower-rate groups. This structure ensures the system remains stable and deterministic, even as new code or modifications are added.
What is the advantage of deterministic control?
Deterministic control ensures that system behavior is predictable and consistent, even under varying conditions. This is crucial in safety-critical applications, where real-time performance must be reliable and repeatable. The MicroNet OS ensures that control functions execute with precise timing, preventing disruptions or unexpected system behavior.
