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Home>WOODWARD>Woodward 5466-332 MicroNet 24/8 Analog I/O Module
Woodward 5466-332 MicroNet 24/8 Analog I/O Module

Woodward 5466-332 MicroNet 24/8 Analog I/O Module Item NO.: 2919434

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Product Name Woodward 5466-332 MicroNet 24/8 Analog I/O Module
Item NO. 2919434
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category WOODWARD
Brand Woodward
Creation Time 2026-10-14

Woodward 5466-332 MicroNet 24/8 Analog I/O Module
WOODWARDINDUSTRIAL TURBINE CONTROL

Woodward 5466-332 MicroNet 24/8 Analog I/O Module

MicroNet simplex · 24 analog inputs · 8 analog outputs

01

Product Overview

Woodward 5466-332 is a MicroNet high-density analog I/O module with twenty-four 4–20 mA analog inputs and eight 4–20 mA analog outputs. It places the field signal channels between the MicroNet control and the attached field termination modules.

Within Woodward 5466-332, the input channels convert current signals for the control application while the output channels provide linear 4–20 mA commands. The module uses its FTM cabling and labeled channel positions so the field terminal number follows the corresponding software channel.

The field path for Woodward 5466-332 runs from the two 24/8 Analog FTMs through the high-density cables and motherboard into the module channels. The module converts the 24 input loops and returns eight output loops while the assigned FTM labels preserve the software channel relationship.

02

Technical Specifications

Technical Item 5466-332
Brand Woodward
Product type MicroNet 24/8 Analog I/O module
Analog inputs 24 channels, 4–20 mA
Analog outputs 8 channels, 4–20 mA
Input update time 5 ms
Input impedance 200 ohms for 4–20 mA
Input isolation 500 Vrms to earth/control common; no channel-to-channel isolation
Common-mode rejection 60 dB CMRR; 200 Vdc
Input resolution 16 bits
Input accuracy Software calibrated to 0.1% of 0–25 mA full scale
Input filters 10 ms on CH01–22; 5 ms on CH23–24
Output load Up to 600 ohms including wire
Output resolution 14 bits
Channel fuse 100 mA per channel at the FTM
Loop power 0.32 A per 12 inputs on the same FTM
03

Analog Channel Processing

Woodward 5466-332 converts and returns analog field values through its dedicated MicroNet channel groups.

Reading current inputs

Each 4–20 mA input is converted for the application and follows its assigned channel number.

Driving current outputs

Eight linear 4–20 mA outputs carry analog commands to the connected field devices within the load limit.

Time-stamping input events

The input path records low and high set-point events with the module’s 5 ms time-stamping resolution.

04

Chassis and FTM Connections

The hardware path of Woodward 5466-332 is defined by the chassis, motherboard, high-density cables and field termination modules.

Motherboard connection

The module seats in the card guides and plugs into the chassis motherboard.

Two FTM cables

Two high-density analog/discrete cables connect the module to two 24/8 Analog FTMs.

Software channel mapping

The FTM channel labels correspond to the same input or output locations used in the application software.

05

Frequently Asked Questions

How many field channels does Woodward 5466-332 actually provide?

Woodward 5466-332 provides 24 analog 4–20 mA inputs and 8 analog 4–20 mA outputs. Check both the module channel map and the FTM labels before assigning a field wire.

Where are the two cables from Woodward 5466-332 terminated?

The module uses two high-density analog/discrete cables to two 24/8 Analog FTMs. Do not route both cables to one FTM without matching the chassis and application wiring plan.

What should be checked if several Woodward 5466-332 channels read incorrectly?

Check the common reference, FTM termination and the channel’s 200 ohm input path first. A problem across several channels can involve the shared FTM or cable rather than one field transmitter.

Can a 4–20 mA transducer use loop power from Woodward 5466-332?

Each analog input can power its own 4–20 mA transducer, but the loop-power limit is 0.32 A per 12 inputs on the same FTM. Sum the connected loop loads before enabling additional transmitters.

How should channels 23 and 24 of Woodward 5466-332 be treated?

Channels 23 and 24 use the 5 ms input filter while channels 01–22 use the 10 ms filter. Keep that difference in the signal-response review instead of assuming every input has the same filter.

Can Woodward 5466-332 be placed in a high-noise cabinet without checking the signal path?

No. The manual notes that analog readback accuracy can be affected by high electrical noise. Check grounding, cable routing and the FTM connection before changing the module.

06

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