Overview
Manuals
Channel Configuration
IOTA and Wiring
Mixed Signal Proof
Features:
- Thirty-two configurable universal process I/O channels.
- Analog, digital, event and pulse functions with HART 7 support.
- Documented nonredundant or redundant Universal I/O termination assemblies.
CC-PUIO31 is the coated Series C Universal Process I/O electronic module. Honeywell documents 32 channels that can be assigned as analog input, analog output, digital input, Sequence of Events, digital output or pulse input, with pulse input allowed on any four channels. The module supports 1 ms SOE event resolution with a 20 ms PV scan, fast priority scanning, open-wire detection, electronic short-circuit protection and configurable safe-state behavior for analog and digital outputs.
HART 7 is supported for analog I/O, with a HART modem on each channel for fast performance. Honeywell lists an extended -40 to +70 degrees C module ambient range and pairs the IOM with CC-TUIO31 for the nominal 9-inch nonredundant arrangement or CC-TUIO41 for the nominal 12-inch redundant arrangement. The numeric suffix 51454220-176 and printed hardware revision must be confirmed from the supplied item because the reviewed functional specification identifies the base model rather than every order suffix. The reviewed Honeywell technical specification confirms CC-PUIO31 functions and compatible IOTAs but does not establish a present lifecycle label or OEM orderability for the complete 51454220-176 marking. Confirm current status at quotation.
The CC-PUIO31 51454220-176 may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Honeywell CC-PUIO31 51454220-176 official technical documentation and product links.
This multi-page Honeywell technical document contains the exact model and its technical data. Apply the values to the supplied type number and verify its revision before installation.
Export the controller database and record every channel's assigned mode, range, field-power source, HART device, safe-state behavior, alarm limits and scan priority before removing the module. A universal channel must not be assumed to retain the same function when a different project database or slot assignment is loaded.
Match the installed nonredundant or redundant Universal I/O termination assembly before moving conductors. Label every terminal, shield, common and external supply, then preserve channel numbering, grounding and cable separation. Compare the completed wiring and module keying with the approved cabinet drawings before energizing field circuits.
After installation, download only the approved configuration and verify each channel according to its assigned function. Prove analog scaling and HART communication, digital thresholds, event timestamps, pulse counting, output safe states and diagnostics. Where the redundant IOTA is installed, test both electronic paths and documented transfer behavior.
