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Honeywell CC-TAIM01 Low-Level Analog Input IOTA

Honeywell CC-TAIM01 Low-Level Analog Input IOTA

Item NO.: 3741695

Warranty: 1 year 


Condition : brand new in factory sealed box


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Detail

  • Product NameHoneywell CC-TAIM01 Low-Level Analog Input IOTA
  • Item NO.3741695
  • Weight0.6800 kg = 1.4991 lb = 23.9863 oz
  • CategoryDCS
  • BrandHoneywell
  • Creation Time2026-08-20
Honeywell CC-TAIM01 | Low-Level Analog Input IOTA

Product Overview

CC-TAIM01 (Part No. 51305959-175) is a low-level analog input termination assembly (IOTA / baseplate) from Honeywell's Experion PKS C300 Series I/O family. It serves as the physical termination interface for the CC-PAIM01 low-level analog input multiplexer (MUX) module, providing high-density field wiring for thermocouple (TC) and RTD temperature signals .

The CC-TAIM01 supports up to 64 fully isolated input channels (in 16-channel increments), enabling dense temperature monitoring in process plants. It is a passive backplane / baseplate that provides the mechanical and electrical interface for the active CC-PAIM01 module, which performs the signal conversion and multiplexing .

As part of the C300 LLMUX architecture, the CC-TAIM01 is designed for PMIO (Process Manager I/O) systems and is installed in standard Series C I/O racks. It features a rugged printed wire assembly (PWA) construction and supports hot-swap module replacement .

Low-Level Analog Input IOTA 64 channels Thermocouple / RTD Fully isolated C300 LLMUX
Key details
  • Honeywell C300 Series
  • Non-redundant LLMUX IOTA
  • 64 isolated input channels
  • Compatible with CC-PAIM01
  • PMIO LLMUX architecture

Performance

Measurement accuracy

  • High precision — When paired with CC-PAIM01, the system provides ±0.05% full-scale gain error for accurate temperature measurement .
  • Low-level signal optimization — Designed for millivolt-level signals with a nominal input range of -20 to +100 mV (TC only) .
  • Signal stability — Provides stable signal transmission with low drift, ensuring reliable temperature data in demanding industrial environments .

Reliability & protection

  • Complete isolation — Features channel-to-channel, channel-to-PM, and channel-to-power supply isolation, eliminating ground loops and cross-channel interference .
  • Open thermocouple detection (OTD) — Supports OTD with guaranteed no-trip at ≤1000 Ω and guaranteed trip at ≥1500 Ω .
  • Environmental robustness — Designed for control room environments with wide temperature operation and strong EMI immunity .

Technical Details

Electrical specifications

Manufacturer Honeywell Process Solutions
Model CC-TAIM01
Part Number 51305959-175
Product type Low-Level Analog Input IOTA / Baseplate
Redundancy type Non-redundant (PMIO LLMUX architecture)
Compatible module CC-PAIM01
Input channels 64 (in 16-channel increments)
Input type Thermocouple (TC), RTD, millivolt (mV)
Nominal TC range -20 to +100 mV
Gain error (TC range) 0.050% full scale max
CMRR (50/60 Hz) 120 dB min (1000 Ω source max)
NMRR at 50/60 Hz 60 dB min
Scan rate 1 second (fixed, up to 64 channels/sec)
CMV rating ±250 VDC or VAC RMS

Physical & environmental

Mounting Series C I/O rack / Carrier
Power consumption 5W (typical)
Operating temperature 0°C to +60°C
Storage temperature -40°C to +85°C
Protection rating IP20 (rack mounted)
Isolation Channel-to-channel, channel-to-PM, channel-to-power
Surge protection EN 61000-4-5 (1kV line-line, 2kV line-ground)
Certifications CE, UL, CSA
Note: The CC-TAIM01 is a passive baseplate. It requires the CC-PAIM01 LLMUX module for full functionality.

System Integration

The CC-TAIM01 is designed for seamless integration into Honeywell Experion PKS C300 LLMUX systems.

Compatibility & integration

System Experion PKS C300
Controller C300 controller
Compatible AI module CC-PAIM01 (LLMUX IOP)
FTA compatibility PMIO LLMUX FTA (MU-TAMR04, TAMT04, TAMT14)
Redundant variant CC-TAIM11 (FTE compatible)
Communication I/O Link (375 Kbaud)
Field connection Via FTA termination panels
System integration notes:
  • The CC-TAIM01 must be used with the CC-PAIM01 low-level analog input module. Mismatched combinations will not function correctly.
  • For field terminations, the CC-TAIM01 interfaces with PMIO LLMUX FTAs such as MU-TAMR04 (RTD), TAMT04, and TAMT14 .
  • For FTE fault-tolerant networks, use the CC-TAIM11 IOTA instead of CC-TAIM01 .
  • When using TC inputs, the cold junction sensor must be correctly installed on the FTA for accurate reference compensation .

Applications

The CC-TAIM01 is widely deployed in continuous process industries requiring high-density temperature monitoring.

Refining & petrochemical
Power generation (thermal/nuclear)
Chemical batch processing
Pharmaceutical manufacturing
Pulp & paper
Steel & metallurgy
Cement plants
C300 LLMUX migration projects
Key measurement applications: Temperature monitoring via thermocouples (J/K/T/E/R/S/B) and RTDs (Pt100), millivolt signal acquisition, and process variable monitoring in high-channel-density applications .

FAQ – Frequently Asked Questions

Q1: What is the difference between CC-TAIM01 and CC-TAIM11?

CC-TAIM01 is a non-redundant LLMUX IOTA for standard PMIO systems. CC-TAIM11 is the FTE-compatible variant designed for fault-tolerant Ethernet networks .

Q2: Can I use CC-TAIM01 with CC-PAIH01?

No. CC-TAIM01 is specifically designed for low-level signals (TC/RTD/mV) with CC-PAIM01. CC-PAIH01 is for high-level analog signals (4-20 mA) and requires different IOTA .

Q3: How many channels does CC-TAIM01 support?

It supports up to 64 fully isolated input channels, configured in 16-channel increments through the corresponding FTAs .

Q4: Does CC-TAIM01 support cold junction compensation?

Yes, the system supports integrated cold junction reference (CJR) through the FTA, with ±1.0°C accuracy for accurate thermocouple measurements .

Q5: Is CC-TAIM01 hot-swappable?

Yes, the C300 I/O architecture supports online replacement of modules. However, ensure the module is not in use before swapping, and follow proper ESD procedures .

Q6: What is the scan rate of the CC-TAIM01 system?

The fixed scan rate is 1 second (up to 64 channels per second), determined by the I/O module and suitable for most process temperature monitoring applications .

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