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5463-474 - CPU Module is available in stock which ships the same day.
5463-474 - CPU Module comes in UNUSED as well as REBUILT condition.
To avail our best deals for 5463-474 - CPU Module, contact us and we will get back to you within 24 hours.
TECHNICAL SPECIFICATIONS:
Part Number: 5463-474
Manufacturer: Woodward
Series: NetCon 5000 / Legacy MicroNet
Product Type: Central Processing Unit (CPU) / Interface Control Module
Architecture Frame: VMEbus Standard Slot Architecture
Onboard Interface Hardware: Built-in Manual Override Toggle Switch
Output Provision: Hardwired Relay Output Connection
Local Diagnostics: Real-Time Faceplate LED Status Indication Array
Chassis Compatibility: Woodward NetCon 12-Slot and 24-Slot Control Racks
Repair: 3-7 days
Availability: In Stock
Weight: Approximately 0.39 kg (0.86 lbs)
Country of Origin: United States
The 5463-474 is a Central Processing Unit (CPU) and Interface Control Module designed and manufactured by Woodward for legacy NetCon 5000 and early MicroNet digital turbine control platforms. Engineered to orchestrate high-precision execution loops, this module functions as a core processing node or a specialized interface manager within parallel VMEbus system racks. It processes real-time field data, handles discrete Boolean logic, and executes complex governor positioning calculations required to regulate high-velocity turbomachinery, steam turbines, or large industrial engines.
INTEGRATED LOCALIZED HARDWARE INTERACTION
To accommodate high-availability field engineering needs, the 5463-474 faceplate is equipped with a physical, onboard manual override toggle switch. This tactile switch allows field operators to force localized system reboots, initialize cold starts, or clear latched processor execution faults instantly at the rack level without requiring an engineering workstation connection. A dedicated row of high-visibility diagnostic LEDs complements this switch, offering real-time binary feedback on internal memory initialization, system run health, and active backplane communication bus faults.
DETACHED SAFESYNC RELAY INTERFERENCE
For critical plant and asset safety, the board contains a hardwired onboard safety relay output circuit. This relay acts as an automated hardware watchdog that operates independently of software application layers. If the internal 32-bit microprocessor registers a code execution freeze, a local motherboard power rail drop, or a memory parity calculation failure, the relay instantly drops its contacts open. This physical break disrupts the master emergency trip string, dropping fuel manifold valves closed to prevent turbine damage.
WHY BUY FROM WOC
World of Controls is a specialized global authority in the lifecycle extension of active Woodward and GE industrial control architectures, providing the 5463-474 in both UNUSED and REBUILT conditions to eliminate operational latency. Our legacy quality-assurance protocol involves extensive multi-channel loop testing across precise ratio transfer steps, bumpless transition simulations, backplane bus data validation, and static-safe custom industrial packaging. By partnering with WOC, you secure reliable hardware solutions reinforced by 24/7 technical consultation and accelerated global logistics.
What is Woodward 5463-474?
The 5463-474 is an industrial-grade Central Processing Unit (CPU) and Interface Control Module designed and manufactured by Woodward for legacy NetCon 5000 and early MicroNet turbine control platforms. It functions as a primary computing node or an interface manager within a parallel VMEbus rack to execute real-time governor positioning, discrete logic processing, and safety sequencing.
What causes a solid red Fault LED on the 5463-474 during startup?
A solid red Fault LED indicates that the module has failed its power-up self-test (POST). This is typically driven by corrupt boot sector firmware, a critical hardware failure in the onboard processor, or localized internal RAM errors. Technicians should inspect internal voltage stability or verify the chip orientation if servicing has occurred.
How do you clear a latched application logic freeze locally at the rack?
When application loops experience a code runtime execution freeze, engineers can resolve the latch condition at the panel level. Actuating the physical manual override toggle switch on the front faceplate forces an immediate cold boot initialization. This hardware-level reset clears volatile memory buffer deadlocks without needing an external computer interface connection.
What happens if the internal logic power rail drops below operational limits?
If the voltage drop dips past critical operational parameters, the integrated supervisor circuit triggers an automatic processor safety reset. Simultaneously, the onboard hardware watchdog safety relay instantly drops its electrical contacts open.
