CC-PAIN01 51410069-175 Analog Input Module

CC-PAIN01 51410069-175 analog input module belongs to the Honeywell Experion PKS Series - C I/O series. It is used to collect the 4-20 mA current signals from on-site sensors and convert them into digital quantities that can be recognized by the control system, thereby enabling real-time process monitoring and closed-loop control. As a member of the Series-C platform, this module adopts a modular integrated design and is directly inserted into the input/output terminal component IOTA (Input Output Termination Assembly). It does not require an independent chassis, which significantly simplifies the installation wiring and saves space in the control cabinet.

Input type: Current input (supports 2-wire connection or self-powered transmitter)
Input signal range: 4 - 20 mA (via 200 Ω sampling resistor)
Number of input channels: 16 channels (16 single-ended inputs)
Resolution: 16-bit A/D converter
Channel Independence: Supports isolation for each channel and current-limiting protection
Maximum normal mode input: ±30 V
Input scanning rate: 50 milliseconds per channel
Filter response: Single-pole RC low-pass filter, -3 dB @ 6 Hz
Hardware accuracy: ±0.075% full-scale (23.5 ± 2 °C), ±0.15% full-scale (0 °C – 60 °C)
Common-mode rejection ratio (CMRR): 70 dB (from DC to 60 Hz, 500 Ω unbalanced source)
Channel crosstalk: -60 dB (from DC to 60 Hz)

Simplified System Design
CC-PAIN01 adopts a non-flammable on-site power supply architecture, eliminating the need for traditional DCS's necessary grouping cabinets and external safety barriers. Each channel has built-in independent current-limiting protection and directly supplies power to two-wire transmitters, meeting Class 1 Div 2 hazardous area requirements. This integrated design eliminates a large number of intermediate wiring steps, making the system drawing more concise, the design cycle shorter, and the project delivery faster.

Optimized Cabinet Layout
The six-inch compact IOTA design enables high-density installation, with a single standard cabinet capable of accommodating more I/O points. Compared to traditional eight to twelve-inch module widths, the space utilization rate increases by more than forty percent. For renovation projects or space-constrained scenarios, such as offshore platforms and mobile skid-mounted equipment, this small size advantage is particularly prominent.

Reduced Hardware Complexity
The on-site power supply is centrally allocated through IOTA, eliminating the need for additional 24-volt power modules and fuse holders. The reduced number of components means fewer failure points and simpler spare parts management. The engineering team does not need to spend energy on details such as power specification matching and fuse selection.

Improved Maintenance Efficiency
The modular hot-swappable structure enables true online maintenance. Replacing modules does not require disconnecting wires, and the operation can be completed in five minutes, avoiding hours of downtime in traditional methods. This design significantly reduces MTTR (Mean Time To Repair) and improves system availability indicators.

 

Q: What signal type does Honeywell CC‑PAIN01 accept?

A: It accepts 4‑20 mA current input signals from field sensors or transmitters, including 2‑wire or self‑powered devices.

Q: Can CC‑PAIN01 be installed while the system is running?

A: The Series‑C architecture supports hot‑swapping, allowing replacement without powering down the controller rack when done following safety procedures.

Q: Can CC‑PAIN01 be used in redundant configurations?

A: It supports redundant installation using the CC‑TAIN11 IOTA for increased system reliability.

 

 

Submit your inquiry, and we will contact you.

We want our customers to be completely satisfied with their purchase. If anything about your transaction is not to your satisfaction. Please contact us anytime.

Send Inquiry Now