Description
- HONEYWELL CC-PAIH02 | Factory Tested Series-C I/O Card
At-A-Glance Executive Brief
- Model: CC-PAIH02
- Brand: HONEYWELL
- Series/System: Honeywell Experion PKS Series-C I/O
- Part Type: High-Level Analog Input Module with HART Communication
- Core Function: Converts field transmitter analog signals into digital process values for Honeywell DCS control and monitoring applications.
- Key Specs:
- 16-channel analog input module
- Supports voltage and current transmitter signals
- HART communication capability
- 16-bit A/D conversion resolution
- Supports 4–20 mA input through 250 Ω resistance
- Compatible with redundant and non-redundant Series-C IOTA configurations
Product Introduction
Process measurement accuracy depends heavily on the reliability of the input interface between field transmitters and the DCS. The HONEYWELL CC-PAIH02 is a Series-C high-level analog input module designed to acquire current and voltage signals from industrial transmitters while maintaining HART communication capability for intelligent field devices. It is commonly installed in Experion PKS process control architectures where temperature, pressure, flow, and level transmitters require centralized monitoring.
Mounted within a Honeywell Series-C I/O assembly, the CC-PAIH02 works together with the appropriate IOTA terminal assembly rather than functioning as a standalone controller. Replacement requires confirmation of IOTA type, channel wiring, redundancy arrangement, and Experion configuration database (—a small mismatch in terminal hardware can create incorrect field readings even when the module powers up normally).
Core Technical Specifications
| Parameter | Value |
|---|---|
| Manufacturer | HONEYWELL |
| Model | CC-PAIH02 |
| Product Type | High-Level Analog Input Module with HART |
| System Platform | Experion PKS Series-C I/O |
| Input Channels | 16 channels |
| Input Configuration | 12 single-ended / 4 differential channels |
| Input Type | Voltage and current inputs |
| Supported Transmitters | 2-wire and self-powered transmitters |
| Current Input Range | 4–20 mA (through 250 Ω resistor) |
| Voltage Input Range | 0–5 V, 1–5 V, 0.4–2 V |
| A/D Resolution | 16-bit |
| Input Scan Rate | 50 ms |
| Common Mode Rejection Ratio | 70 dB |
| Normal Mode Rejection Ratio | 19 dB at 60 Hz |
| Maximum Differential Input | ±30 V without damage |
| Input Impedance | >10 MΩ for voltage inputs |
| Crosstalk | -60 dB |
| Accuracy | ±0.075% full scale at 23.5°C ±2°C |
| Communication | HART capable |
| Power Source | Series-C chassis backplane |
| Mounting | Series-C IOTA assembly |
| Weight | Approx. 0.45–0.7 kg |
| Operating Temperature | Approx. 0°C to 60°C (system dependent) |
Application Scenarios & Pain Points
A transmitter loop failure can create uncertainty throughout the control room because operators lose confidence in the process data. The Honeywell CC-PAIH02 is maintained as a critical spare in Experion PKS installations where accurate analog measurement is required.
- Oil and gas processing: Receives pressure, temperature, and flow transmitter signals from process units.
- Chemical production: Handles analog measurement loops connected to reactors, tanks, and dosing systems.
- Power generation: Supports monitoring of steam, fuel, cooling, and auxiliary systems.
- Water treatment: Interfaces with process instruments measuring flow, pressure, and chemical parameters.
- Pharmaceutical manufacturing: Supports validated process monitoring systems requiring stable analog acquisition.
In a refinery unit operating with hundreds of 4–20 mA measurement loops, a failed analog input channel can delay troubleshooting and affect process visibility.
? Common Error Codes & Diagnostic Symptoms
Symptom/Code: Bad PV / Analog Input Fault
→ Diagnosis: Possible open circuit, transmitter power issue, wiring fault, or failed input channel.
→ Action: Check loop current and field wiring, then replace CC- if module diagnostics confirm hardware failure.
Symptom/Code: HART Communication Failure
→ Diagnosis: Possible incorrect loop resistance, transmitter communication issue, or damaged HART interface circuitry.
→ Action: Verify field device configuration and replace module if HART communication hardware is defective.
Symptom/Code: Input Value Frozen or Unstable
→ Diagnosis: Possible A/D conversion fault, grounding issue, or intermittent terminal connection.
→ Action: Inspect IOTA wiring and replace the module if signal acquisition remains abnormal.
Cross-Reference & Lifecycle Migration
- Related Identification:
- CC-
- Honeywell Series-C Analog Input with HART
- Part references may include 51405038-175 / 51405038-376 depending on revision and supplier listing.
- Compatibility Notes:
- Verify:
- Experion PKS version
- Series-C chassis type
- IOTA model
- Redundant/non-redundant configuration
- Channel assignment
- Verify:
- Firmware / Configuration Requirements:
- The module is configured through the Honeywell control system.
- After replacement, verify I/O database assignment and channel scaling parameters.
- Lifecycle Status:
- Status: Active / Supported within Series-C platform
- Maintain spare stock for operating plants where Series-C I/O remains installed.
- Migration Strategy:
- Keep I/O configuration backups.
- Record IOTA terminal assignments.
- Verify transmitter scaling before returning the loop to service.
Field Engineer’s Tech Notes (Anti-Pitfall Guide)
- Do not replace the input module without checking the IOTA assembly.
The CC- depends on the correct terminal assembly. A wrong IOTA can change channel wiring behavior and create false input failures. - Do not diagnose analog faults from DCS values alone.
Confirm actual loop current with a calibrated meter. A transmitter, wiring fault, or barrier problem can produce the same symptom as a failed AI module.
Strict QA & Testing SOP
A proper Honeywell CC- inspection process should include:
Step 1 — Incoming Inspection
- Verify Honeywell label and model number.
- Record serial number and hardware revision.
- Check packaging condition.
Step 2 — Physical Examination
Inspect:
- Backplane connector
- PCB condition
- Housing
- Mounting guides
- Terminal interface compatibility
Step 3 — Electrical Testing
- Install into compatible Series-C test chassis.
- Verify power-up sequence.
- Check module diagnostics.
- Measure abnormal current consumption.
Step 4 — Functional Testing
- Apply simulated 4–20 mA signals.
- Verify all input channels.
- Test HART communication where applicable.
- Confirm DCS recognition.
Step 5 — Packaging Control
- Use anti-static shielding.
- Protect connectors.
- Apply shock protection for export shipment.
Test videos are available for selected inspected units.
Buyer’s FAQ (Dynamic Q&A)
Q: Can the Honeywell CC- be hot-swapped?
A: Do not assume live replacement capability. Analog input modules are connected to active process measurement loops, and maintenance procedures should follow the site DCS safety requirements.
Q: How do I verify this is a genuine Honeywell CC-?
A: Confirm the Honeywell label, model number, hardware revision, IOTA compatibility, and supplier inspection documentation before installation.
Q: Does the CC- include firmware?
A: The module operates within the Experion PKS configuration environment. Firmware compatibility depends on the hardware revision and installed system version.
Q: What warranty applies to this analog input module?
A: Warranty depends on product condition and supplier terms. Confirm whether the unit is new original, unused surplus, refurbished, or tested before purchase.




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