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5416-339 - MicroNet Discrete I/O Module is available in stock which ships the same day.
5416-339 - MicroNet Discrete I/O Module comes in UNUSED as well as REBUILT condition.
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TECHNICAL SPECIFICATIONS:
Part Number: 5416-339
Manufacturer: Woodward
Series: MicroNet
Module Type: Discrete I/O Module
Number of Inputs: 48 Discrete Channels
Number of Outputs: 24 Discrete Channels
Input Voltage Range: 18�32 VDC (24 VDC Nominal)
Output Type: Solid State
Output Rating: 500 mA (Per Channel)
Isolation: 500 Vdc Galvanic Isolation
Operating Temp: -30 �C to +65 �C
Storage Temperature: -40 �C to +85 �C
Origin: United States
FUNCTIONAL DESCRIPTION:
The 5416-339 is a high-density Discrete I/O Module designed for the Woodward MicroNet control platform. It serves as a comprehensive digital interface, managing a combination of 48 discrete inputs and 24 discrete outputs on a single card. This integrated design allows the MicroNet system to monitor a vast array of field switch states while simultaneously commanding industrial loads like solenoids, relays, and indicators, making it a cornerstone for complex turbine governing and safety logic.
INTEGRATED CONTROL AND MONITORING
By consolidating 72 total digital channels, the MicroNet Discrete I/O Module maximizes chassis efficiency. The 48 input channels provide real-time feedback from field contacts and limit sensors, essential for tracking start-up sequences and trip conditions. Meanwhile, the 24 output channels execute control commands, providing the necessary drive current for physical actuators in the power plant environment. This balance of I/O makes it ideal for applications requiring high-volume digital data processing.
RUGGEDIZED CIRCUIT PROTECTION
The MicroNet Discrete I/O Module features 500 Vdc of galvanic isolation. This protection barrier separates the sensitive MicroNet backplane from electrical transients and ground loops that may occur in long field wiring runs. Additionally, the solid-state outputs are designed to handle industrial current levels with high reliability, minimizing mechanical wear and extending the operational life of the control system.
SYSTEM DIAGNOSTICS AND HEALTH
The module is fully compatible with the MicroNet system's continuous self-diagnostic protocols. It monitors its own internal hardware health and the integrity of its communication with the central processor. Any detected internal faults or loop failures are immediately reported to the CPU, triggering system alarms or failsafe routines. This level of self-monitoring is critical for maintaining the high-reliability standards required in mechanical drive and power generation sectors.
WHY BUY FROM WOC:
World of Controls supports the longevity of your Woodward MicroNet infrastructure by providing the 5416-339 in both UNUSED and professionally REBUILT conditions. Every module undergoes exhaustive loop testing on specialized MicroNet test benches to verify switching thresholds for all 48 inputs and the load-driving capability of all 24 outputs. By combining this rigorous technical validation with global express logistics and a comprehensive warranty, WOC delivers a high-reliability solution that ensures your digital control logic remains online and uninterrupted.
What is the Woodward 5416-339?
The 5416-339 is a high-density Discrete I/O module for the MicroNet control system, featuring 48 discrete inputs and 24 discrete outputs for monitoring field devices and driving industrial loads.
How does the module protect the central control logic?
It utilizes 500 Vdc galvanic isolation to shield the MicroNet backplane from electrical noise, spikes, and transients that may be present on the field-side wiring.
What is the nominal voltage for the input channels?
The inputs are optimized for a 24 VDC nominal supply, with an operating range typically between 18 and 32 VDC.
Can the 5416-339 be used in redundant systems?
Yes, this module is frequently used in Woodward MicroNet architectures to provide reliable digital I/O for both simplex and redundant system configurations.
Are the outputs on this module mechanical or solid-state?
The 5416-339 utilizes solid-state outputs, which offer faster response times and higher reliability than traditional mechanical relays in high-cycling industrial applications.
