Honeywell CC-PAIX02 | High-Level Analog Input Module for Experion PKS C300

  • Model: CC-PAIX02
  • Brand: Honeywell
  • Series: Experion PKS C-Series I/O, used with C300 controllers
  • Core Function: High-level analog input module that converts field signals such as 4–20 mA, 1–5 V, and similar process signals into digital values for the C300 control environment.
  • Type: 16-channel high-level analog input (HLAI) module
  • Key Specs: C-Series I/O for C300 IOLink; typically 16 analog input channels; supports standard high-level process signals; mounts on TAIX01 non-redundant or TAIX11 redundant IOTA base; non-HART variant in the CC-PAIX family.
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Description

Key Technical Specifications

Parameter Specification
Product Type High-Level Analog Input (HLAI) Module
Manufacturer Honeywell
Part Number CC-PAIX02
System Platform Experion PKS, C300 controller IOLink
I/O Family C-Series I/O
Typical Channels 16 analog inputs
Signal Types 4–20 mA, 1–5 V, and similar high-level process signals
HART Support Typically no; confirm against label and hardware catalog
Mounting Base TAIX01 (non-redundant) or TAIX11 (redundant) IOTA
Hot Swap Supported per C-Series I/O design
Redundancy Module redundancy depends on IOTA base and system configuration
Typical Condition New surplus, unused surplus, or refurbished

 

Product Introduction

The Honeywell CC-PAIX02 is a C-Series high-level analog input module for Experion PKS systems built around the C300 controller. It sits on the IOLink segment and converts standard process signals — typically 4–20 mA or 1–5 V — into digital values that the control strategy can use for monitoring, regulation, interlocking, and alarming.

In the C-Series family, the CC-PAIX modules are generally the non-HART HLAI cards, while CC-PAIH modules add HART device communication. The CC-PAIX02 appears as a variant within that family, but it is not as widely published as CC-PAIX01. That means it should be treated as a like-for-like replacement only after the label, firmware, and Control Builder hardware definition are checked.

Bottom line — this is a process analog input card, not a controller, not a thermocouple/RTD low-level card, and not a HART asset-management interface. It belongs in C300 I/O racks where standard analog process measurements must be brought into Experion PKS reliably.

QA/QC Transparency SOP

  1. Part Number Verification
    Confirm CC-PAIX02 on the module label. Record revision, serial number, and manufacturing date. Because CC-PAIX02 is less commonly referenced than CC-PAIX01, do not assume interchangeability without verification.
  2. Visual and Mechanical Inspection
    Inspect the front connector, IOLink interface, IOTA mounting latches, PCB condition, and LED indicators. Check for bent pins, corrosion, or prior rework.
  3. IOTA Base Compatibility Check
    Confirm whether the module is installed on a TAIX01 non-redundant base or TAIX11 redundant base. The base determines wiring density, redundancy behavior, and field termination.
  4. Power-Up and Channel Validation
    Install in a compatible C300 I/O rack. Verify module recognition in Control Builder, check LED status, and confirm that each configured channel reads a stable value with a known source.
  5. Signal Accuracy and Scaling Check
    Inject calibrated 4–20 mA or 1–5 V signals. Verify raw counts, engineering unit scaling, alarm limits, and bad-quality detection.
  6. Final Documentation
    Record firmware version, slot address, IOTA type, channel map, and test results. Pack in ESD-safe packaging with a configuration sheet.

 

Field Engineer Gotchas

  • CC-PAIX02 is not as well documented as CC-PAIX01
    Risk: Assuming identical behavior may cause wrong channel count, scaling, or HART expectations.
    Solution: Verify the exact module type in Control Builder and against the physical label.
  • It is not a low-level temperature card
    Risk: Confusing CC- with CC-PAIM01 can lead to incorrect wiring for RTD/thermocouple signals.
    Solution: Use CC-PAIM01 for low-level mV/RTD/TC inputs; use CC- for high-level analog only.
  • HART capability is unlikely
    Risk: Expecting HART device diagnostics from a CC-PAIX module may fail.
    Solution: If HART is required, confirm whether CC-PAIH01/CC-PAIH02 is the correct replacement.
  • IOTA base determines redundancy
    Risk: Installing a redundant-configured module on a non-redundant base can create misleading expectations.
    Solution: Match TAIX01 or TAIX11 to the original design.
  • Surplus listings may mislabel it
    Risk: Some vendors describe CC- as a temperature module, HART module, or generic analog card.
    Solution: Accept only listings that identify it as a C-Series HLAI module for C300.
Honeywell CC-PAIX02

Honeywell CC-PAIX02

Application Scenarios

  • C300 analog input replacement
    When a failed HLAI card must be replaced in an Experion PKS rack, the CC- can restore analog measurement if it matches the original hardware definition.
  • Process loop monitoring
    Suitable for pressure, flow, level, and valve-position feedback signals that use standard 4–20 mA or 1–5 V interfaces.
  • Redundant analog input racks
    When mounted on TAIX11 and configured for redundancy, it can support higher-availability analog measurement points.
  • Commissioning and troubleshooting
    A known-good CC- can be used to isolate whether a field wiring issue, IOTA base issue, or module fault is causing bad PV readings.

 

FAQ

No. It is a C-Series analog input module that connects to a controller through IOLink.

How many channels does it have?
It is typically a 16-channel HLAI module, but confirm this against the label and Control Builder hardware catalog.

Does it support HART?
Generally no. CC-PAIX family modules are normally non-HART HLAI cards. For HART, CC-PAIH01 or CC-PAIH02 is more typical.

What signals does it accept?
Standard high-level process signals such as 4–20 mA and 1–5 V. It is not intended for direct RTD or thermocouple wiring.

What base does it use?
TAIX01 for non-redundant or TAIX11 for redundant analog input configurations.

Not automatically. They belong to the same family, but firmware, channel behavior, and certification may differ. Verify in Control Builder before substitution.