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5466-1035 - MicroNet CPU5200 Processor Module is available in stock which ships the same day.
5466-1035 - MicroNet CPU5200 Processor Module comes in UNUSED as well as REBUILT condition.
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TECHNICAL SPECIFICATIONS:
Part Number: 5466-1035
Manufacturer: Woodward
Series: MicroNet Digital Control / MicroNet Plus / MicroNet TMR
Product Type: CPU5200 Processor Module
Core Microprocessor: Motorola PowerPC MPC5200
Memory Capacity: 128 MB DDR RAM / 64 MB Flash Memory
Architecture Mode: Configurable for Simplex or Redundant Operation
Chassis Interface: Standard 14-VME (Versa Module Europa) Format
Communication Interface: 2x General Purpose Ethernet, 1x Real-Time Network, 1x Serial, 1x Service, 2x CAN Ports
Scan Resolution: 10 ms Real-Time Clock Accuracy
Operating Temperature: -40 °C to +85 °C (-40 °F to +185 °F)
Repair: 3-7 days
Availability: In Stock
Weight: Approximately 1.15 kg (2.5 lbs)
Country of Origin: United States
The 5466-1035 is a MicroNet CPU5200 Processor Module designed and manufactured by Woodward to act as the primary computational engine for high-availability MicroNet Plus and MicroNet TMR digital turbine control architectures. Powered by a high-performance Motorola PowerPC MPC5200 core processor, this board runs complex real-time governing application logic with extreme temporal predictability. It continuously aggregates digitised telemetry data coming across the backplane motherboard, executes critical fuel scheduling calculations, and broadcasts immediate position demands out to final valve driver nodes.
ONBOARD LOGIC ACCELERATION & BUS MANAGEMENT:
The 5466-1035 incorporates a dedicated, field-programmable gate array (FPGA). This silicon block takes over the execution of hardware-level VMEbus master/slave interface duties, saving core processor execution threads from background interface overhead. This architecture gives the module the strict deterministic data bandwidth required to handle hundreds of I/O points concurrently without risking software logic collisions or missing a 5-millisecond execution slice.
COMPREHENSIVE COMMUNICATIONS TOPOLOGY:
The module features a robust network peripheral map, providing two separate general-purpose Ethernet ports alongside serial, service, and dual Controller Area Network (CAN) interfaces. This extensive connectivity map lets the module talk simultaneously to local Human-Machine Interfaces (HMIs), distributed plant-wide SCADA platforms, and auxiliary valve position controllers. Additionally, an on-board real-time clock keeps accurate time down to a 10-millisecond window, keeping events organised even through total station power cuts via its internal battery charging layout.
WHY BUY FROM WOC:
World of Controls is a specialised global authority in the lifecycle extension of active Woodward and GE industrial control architectures, providing the 5466-1035 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 5466-1035?
The 5466-1035 is a CPU5200 Processor Module utilised in Woodward MicroNet Plus and TMR industrial control racks. It acts as the primary central processing unit, executing complex turbine speed, load, and emission-limiting software algorithms.
What is the primary function of the Woodward 5466-1035?
The module runs the central governing logic by processing field inputs, running PID control loops, and directing outputs to the fuel valve drivers. It manages the real-time scheduling of data over the high-speed backplane to maintain stable turbine operation under changing loads.
How do dual 5466-1035 modules behave when configured in a redundant setup?
In a redundant system, the primary CPU manages active turbine control while the backup CPU stays fully synchronised in a parallel chassis slot. If the active processor encounters an internal error, control drops cleanly over to the backup card without causing a load swing.
How does the on-board FPGA improve overall processor performance?
The FPGA manages the lower-level VMEbus master/slave data framing and communication protocols across the chassis backplane. Offloading these repetitive tasks preserves the main PowerPC core's processing power, keeping application loop times stable.
What is the purpose of the built-in real-time clock battery on this card?
The integrated battery maintains accurate system time tracking for fault logs and sequence-of-events recording when the main panel is completely powered down. Onboard charging circuits keep the battery topped up automatically during standard plant operation.
