Honeywell 51410069-175 CC-PAIN01 Analog Input Module

Overview

The Honeywell 51410069-175 Analog Input Module, model CC-PAIN01, delivers precise signal acquisition for industrial control systems. It efficiently processes high-level current inputs from field transmitters and ensures consistent measurement accuracy. Built for reliability, the CC-PAIN01 provides non-incendive power, fast scan speed, and extensive self-diagnostics — ideal for demanding Class 1, Division 2 environments.

Key Features

Supports 16 single-ended input channels for 2-wire or self-powered transmitters
Offers non-incendive field power with individual current-limited protection
Includes built-in self-diagnostics and optional redundancy for higher system reliability
Provides fast 50 ms input scan rate for real-time control and monitoring
Ensures high measurement precision with 16-bit A/D resolution
Designed for hazardous area protection, meeting Division 2 non-incendive standards

Technical Specifications

Parameter	Specification
Manufacturer	Honeywell
Product Model	51410069-175 / CC-PAIN01
Input / Output Type	High-Level Analog Input
Associated IOTA Models	CC-TAIN01 (Non-Redundant, 6”) / CC-TAIN11 (Redundant, 12”)
Input Type	Current (2-wire or self-powered transmitters)
Number of Channels	16 channels (single-ended)
Input Range	4–20 mA (through 200 Ω)
A/D Converter Resolution	16 bits
Scan Rate	50 ms
Common Mode Rejection (0–60 Hz)	70 dB
Normal Mode Rejection (60 Hz)	20 dB
Filter Response	Single-pole RC, -3 dB @ 6.0 Hz
Maximum Input Voltage	±30 V
Channel Crosstalk (0–60 Hz)	-60 dB
Accuracy (@23.5°C ±2°C)	±0.075% of full scale
Accuracy (0–60°C)	±0.15% of full scale
Field Power Conditioning	Individually protected, current-limited circuits; no fusing required
Environmental Rating	Class 1, Division 2 Non-Incendive
Redundancy Option	Supported via CC-TAIN11 IOTA

Performance and Design

The Honeywell CC-PAIN01 uses a 16-bit A/D converter to achieve precise current-to-digital conversion. It minimizes noise and interference through strong rejection ratios and robust filtering. Each channel includes its own power-limiting circuit, ensuring continuous protection without external fuses. Engineers can combine CC-PAIN01 with CC-TAIN11 for redundancy or CC-TAIN01 for compact, non-redundant setups.