5463-450 - CPU Module

SPECIFICATIONS

Part Number: 5463-450
Manufacturer: Woodward
Product Type: Module
Availability: In Stock
Function: CPU Module
Country of Manufacture: United States (USA)

Functional Description

5463-450 is a CPU Module developed by Woodward. The CPU module is responsible for running the GAP (General Application Program) on the control system. It serves as the central processing unit and plays a crucial role in executing the control functions. CPU module is responsible for running the GAP application program and performs diagnostic tests upon power application. It includes a non-user-replaceable battery that powers the real-time clock when the control system is not actively powered. The battery remains charged during normal operation, and if power is interrupted for a duration exceeding three months, the real-time clock may require resetting. The real-time clock within the CPU module operates with a resolution of 10 milliseconds, ensuring accurate and synchronized timekeeping for control system processes.

Features

• Upon power application, the CPU module initiates a series of diagnostic tests to ensure proper functionality and identify any potential issues. These tests help verify the integrity of the module and ensure that it is ready to run the application program effectively.
• To maintain accurate timekeeping, the CPU module includes a built-in battery specifically designed to power the real-time clock even when the main power to the control is turned off. This battery is not user-replaceable, and its primary purpose is to ensure continuous operation of the real-time clock.
• During normal operation, the CPU module features on-board circuitry that keeps the battery charged, ensuring a reliable power source for the real-time clock. The charging process typically takes a maximum of three days to fully charge the battery.
• Once the battery reaches its full charge, it is capable of running the real-time clock for a minimum of three months without power supply to the control system. This backup power capability ensures that the clock remains operational and accurate during temporary power outages or shutdowns.
• However, if the CPU module remains without power for a duration longer than three months, it may be necessary to reset the real-time clock. This reset procedure ensures that the clock starts from the correct time when power is restored to the control system.
• The resolution of the real-time clock embedded within the CPU module is 10 milliseconds. This high resolution allows for precise timekeeping and synchronization of control processes, enabling accurate timing and coordination of system operations.

Product Attributes

• Before installing the module in the system and when troubleshooting CPU or RTN issues, it is recommended that proper switch settings be verified. For the system to function properly, the Network Type setting on all CPU and Remote RTN modules must match.
• The customer network connected to Ethernet 1 or 2 may already be using 172.20.x.x RTN port addresses. In this case, turn on the Network Type switch to use the 10.250.x.x RTN port addresses.

World of Controls has the most comprehensive selection of GE and Woodward components. Our professionals are available to help you with your requirements at any time. If you require any additional information, please contact WOC immediately.

Frequently Asked Questions

What is 5463-450?
It is a CPU Module developed by Woodward.

Does the module have a built-in battery?
Yes, it includes a non-user-replaceable battery. This battery powers the real-time clock even when the control system is not actively powered. Its primary purpose is to ensure continuous operation of the real-time clock.

How is the battery charged during normal operation?
The module features on-board circuitry that keeps the battery charged. This circuitry ensures a reliable power source for the real-time clock. The battery charging process typically takes a maximum of three days to reach full charge.

How long can the battery power the real-time clock without the main power supply?
Once fully charged, the battery is capable of running the real-time clock for a minimum of three months without the main power supply. This backup power capability ensures that the clock remains operational and accurate during temporary power outages or system shutdowns.