I/O modules

The Woodward 5466-318 module serves as the dedicated kernel power supply within the MicroNet Digital Control Series. This critical component reliably converts and regulates incoming power for the system’s core processing units. Furthermore, it ensures stable operation by delivering clean power to essential kernel sections.

Core Function and Application Environment

You must pair the 5466-318 with a compatible processor module like the TMR040CPU for a functional kernel. Upon installation, it precisely regulates the incoming 24 VDC supply to a steady 5 VDC at up to 10 amps. This design makes the module suitable for demanding industrial settings, including Class I, Division 2, and non-hazardous locations.

Detailed Technical Specifications

The module’s specifications highlight its robustness for critical control applications. Below are its key operational and physical parameters.

Technical Parameters:

• Manufacturer & Model: Woodward 5466-318

• Series: MicroNet Digital Control (TMR Chassis)

• Input Voltage: 24 VDC

• Output Voltage: 5 VDC (±5% regulation)

• Maximum Output Current: 10 A

• Total Power Consumption: Rated for 24 VDC input

• Redundancy Architecture: Triple Modular Redundant (TMR)

• Operating Temperature Range: -20°C to +60°C

• Key Feature: Integrated LED for real-time power supply health indication

• Compliance Standards: CE (EMC) and CSA certifications

• Dimensions: Approximately 4.5″ x 3.5″ x 1.5″ (L x H x W)

• Weight: Engineered for lightweight integration into the MicroNet chassis.

Integration and System Compatibility

This power supply is integral to Woodward’s high-availability control platforms. It works seamlessly with other MicroNet modules to form a complete, fault-tolerant system. For instance, it can support systems alongside protective devices like the RMS-TSG-TZ-C Static Trip unit or monitoring sensors such as the PR6423/128-110. Ultimately, the 5466-318 provides the reliable power foundation necessary for processors like the IS200AEBMG1AFB to execute control logic without interruption.

Details