Honeywell CC-PAIH51 16-Channel HART High Level Analog Input Module
- Product Code: CC-PAIH51
- Availability: In Stock
Honeywell CC-PAIH51 16-Channel HART High Level Analog Input Module
Manufacturer: Honeywell Process Solutions
Model: CC-PAIH51 (P/N:51410069-275)
Series: Experion PKS C300 Series C I/O System
Type: 16-channel single-ended HART high level analog input IOM
Function: Collect 4–20mA two-wire transmitter signals; transparent HART 7 bidirectional communication for smart transmitters, channel fault self-diagnosis, high-density field signal acquisition for process monitoring
1. Overview
CC-PAIH51 is a high-density 16-channel single-ended HART analog input module for Honeywell Experion PKS C300 DCS, upgraded high-performance version of CC-PAIH01. It only supports 4–20mA current signals from two-wire smart transmitters, all 16 channels are single-ended wiring design, equipped with transparent HART 7 pass-through to realize remote calibration, secondary variable reading and device predictive diagnosis. Matched IOTA bases: non-redundant CC-TAIX51 (6-inch), redundant CC-TAIX61 (12-inch). It adopts full channel isolation, built-in signal filter, hot-swap maintenance and G3 conformal coating, widely used in power, petrochemical, oil & gas and metallurgy large-scale smart transmitter centralized measurement scenarios.
2. Technical Specifications
• Power Supply: 24 VDC ±10%, typical power consumption 5.0W
• Channel Configuration: 16 fully single-ended channels, no differential mode
• Supported Signal: Only 4–20mA two-wire transmitter signal (200Ω built-in sampling resistor)
• HART Standard: HART 7 transparent pass-through, point-to-point & multi-drop compatible
• ADC Resolution: 16-bit high precision analog-to-digital conversion
• Static Accuracy: ±0.075% FS at 25°C, ±0.15% FS full temperature range
• CMRR: 70dB DC~60Hz, suppress industrial common-mode interference
• Filter Characteristic: Single-pole RC filter, -3dB @6.5Hz
• Galvanic Isolation: 1500V RMS channel-to-backplane isolation
• Built-in Diagnostics: Wire break, short circuit, over-range, HART communication loss alarm
• Scan Cycle: Fixed 50ms channel scan period
• Operating Temperature: -40°C ~ +70°C
• Storage Temperature: -40°C ~ +85°C
• Humidity: 5%~95% RH non-condensing
• Dimensions: 142 mm × 82 mm × 54 mm
• Weight: Approx. 0.42 kg
• Coating: G3 conformal coating for corrosive, damp industrial cabinets
• Feature: Hot-swappable, compatible with simplex/redundant C300 controller architecture
• Matching IOTA: CC-TAIX51 (non-redundant), CC-TAIX61 (redundant)
• Certifications: CE, UL, CSA, SIL2 compliant, Class 1 Div 2 hazardous area certified
3. Key Features
• 16 High-Density Single-Ended HART Channels Maximize cabinet space for mass smart 4-20mA transmitter collection
• HART 7 Full Transparent Communication Real-time access to transmitter secondary variables, remote parameter tuning and device health monitoring
• High Precision 16-bit Conversion & Low Temperature Drift Stable measurement accuracy for long-term continuous process operation
• Integrated Single-Pole Anti-Interference Filter Effectively filter 50/60Hz power frequency noise in factory environments
• Comprehensive Channel Self-Diagnosis Real-time fault alarm for open wire, short circuit and signal out-of-limit
• Hot-Swap Online Maintenance Design Replace module without disconnecting field instrument cables
• G3 Conformal Coating Protection Resist dust, moisture and corrosive gas in harsh plant environments
• Dual IOTA Compatibility Support simplex non-redundant and redundant high-availability measurement loop configurations
4. Applications
• Thermal & Combined Cycle Power Plant large-scale pressure/temperature/flow smart transmitter centralized acquisition
• Refinery & Petrochemical plant full-process HART instrument analog signal monitoring
• Oil & Gas long-distance pipeline and compressor station mass process variable measurement
• Large water treatment, metallurgy and pharmaceutical continuous process multi-point parameter collection
Honeywell © CC-PAIH51 16-Channel HART High Level Analog Input Module