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Honeywell CC-PAIH01 51405038-175 16-Channel HART Analog Input Module

Honeywell CC-PAIH01 51405038-175 16-Channel HART Analog Input Module

Honeywell HART analog input module

16-channel HART input module

Honeywell controller analog module

Brand Name:

Honeywell

Model Number:

CC-PAIH01

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Product Details
Highlight:

Honeywell HART analog input module

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16-channel HART input module

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Honeywell controller analog module

Product Description
HART / HIGH LEVEL

Honeywell • official-document product brief

CC-PAIH01

CC-PAIH01 is a 16-channel Series C high-level analog input module with HART communication for current and selected voltage measurement channels.

Type
HART analog input
System
Experion PKS Series C I/O
Focus
16 × high-level AI
Brand
Honeywell

Official data

Technical Specifications

Select a group to view its verified specifications.

View 7 channel specifications
Input channels
16
Communication
HART; multiple modems and multi-variable support
Input types
Current and voltage
Voltage-input channels
Channels 13–16
Input ranges
0–5 V, 1–5 V, 0.4–2 V and 4–20 mA using 250 Ω
A/D conversion
16-bit
Scan time
50 ms
View 9 performance specifications
Accuracy at 23.5 ±2 °C
±0.075% of full scale
Accuracy from 0 to 60 °C
±0.15% of full scale
Input impedance
> 10 MΩ
Maximum normal differential input
±30 V
Common-mode voltage
−6 to +5 V peak
Common-mode rejection
70 dB
Normal-mode rejection
19 dB at 60 Hz
Input filter
RC, −3 dB at 6.5 Hz
Cross-talk
−60 dB
View 4 IOTA and functions specifications
Non-redundant IOTAs
CC-TAIX01 and CC-GAIX21
Redundant IOTAs
CC-TAIX11 and CC-GAIX11
Documented functions
Self-diagnostics, optional redundancy, open-wire detection and non-incendive field power
Loop service
Fast loop scan with HART device data access

Officially documented

Compatibility & Replacement

Unconfirmed substitutions and migration assumptions are excluded.

Official replacement note

Honeywell introduced CC-PAIH02 as the replacement for CC-PAIH01. Confirm the supported IOTA, Experion release, HART configuration and redundant migration procedure before planning the change; do not assume a mixed old/new redundant pair is supported.

Field context

Applications & Fault Scenarios

Scan the symptom, first check and operational risk.

!
01Smart transmitter loop
Observe

HART access is lost while current remains valid.

Check

Check the IOTA, field power and loop resistance.

Risk

Maintenance and device diagnosis are delayed.

02Open transmitter loop
Observe

The channel becomes invalid or faulted.

Check

Verify field power, terminals, polarity and continuity.

Risk

The control strategy may fall back or trip.

03Redundant migration
Observe

The pair will not synchronize or enter redundancy.

Check

Confirm module types, IOTA and the Experion migration procedure.

Risk

The unit may remain without redundancy or in outage.

Commercial service

About Amikon & Service

Order review, inspection, dispatch and after-sales support in one concise service flow.

Amikon commercial serviceSeparate from manufacturer technical data
Amikon team and service environment
Amikon office and service setting
Amikon inspection and service activity
Configuration record review
01
Order Review
Part number, quantity and system context confirmed.
02
Inspection & Testing
Condition and available checks recorded.
03
Packing & Dispatch
Protective packing prepared for the destination.
DOA
Prompt report with evidence.
Returns
Prior authorization required.
Warranty
Terms stated in the quotation.
After-sales
Order-based follow-up support.

RFQ checklist

Send five order details

Enough information to review the request without assuming compatibility.

Part Number
Quantity
Destination
Required Date
Machine / System Model

Independent sourcing references

Multi-brand Spare Parts Also Requested

Thirty models selected from the supplied reference list for independent sourcing enquiries.

These models are independent procurement references only and are not substitutes for CC-PAIH01. Compatibility, configuration and inventory must be confirmed separately for each request.
C47 1-1/4
8030-CC-20
465219
30389211
0020-31316
4588-26,1 5/8-8
6KD73
44A731656-G01
2510FG5
CP95SDB50-50
IEC255
1771-ID
5313 X E9P03V
3950 X 341855-1-1
GLF6101SM4S
FBM242 P0916MU-0A P0916MT
FBM242 P0916TA
SC8262G226E
2604D30G08
52500599
TB-102-3
6K77VFL
S-1314821
WMZT1D08T
8501X000 8501XTE1
612L3056
APW-3 RG33
KD5-SYM120.3SF1S01
PC-301
31FKF-1210

Six buyer questions for CC-PAIH01

FAQ

Procurement, replacement and fault questions specific to this exact part number.

Can Honeywell CC-PAIH01 be replaced by CC-PAIH02 without planning the migration?
Honeywell identifies CC-PAIH02 as the replacement, but the installed IOTA, Experion release and redundant-module migration procedure must be confirmed before changing a live pair.
Why can HART communication be lost while Honeywell CC-PAIH01 still reads current?
HART communication and the 4–20 mA measurement share the loop. Check field power, the 250 Ω input path, wiring and the documented IOTA before replacing CC-PAIH01.
Can all 16 Honeywell CC-PAIH01 channels be used for voltage inputs?
No. Honeywell documents voltage-input service on channels 13–16; the normal current measurement is 4–20 mA through a 250 Ω path.
Which IOTAs are documented with Honeywell CC-PAIH01?
Honeywell lists CC-TAIX01 or CC-TAIX11 and CC-GAIX21 or CC-GAIX11 arrangements. Match the full IOTA number to the installation.
What should be checked when one Honeywell CC-PAIH01 loop reports open input?
Verify field power, polarity, terminal continuity, the 250 Ω path and IOTA wiring before treating the IOM as failed.
Which information is needed to quote Honeywell CC-PAIH01 correctly?
Provide CC-PAIH01, the complete IOTA number, HART requirement, channel signal types, redundancy status, Experion release, quantity and destination.

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