CC-PAIX02 is a Series C high-level analog input module for non-HART voltage and current loops, with flexible single-ended and differential channel arrangements.
Type
High-level analog input
System
Experion PKS Series C I/O
Focus
Voltage / current, non-HART
Brand
Honeywell
Official data
Technical Specifications
Select a group to view its verified specifications.
View 8 channel specifications ›
Input channels
16
Communication
Non-HART
Standard arrangement
12 single-ended and 4 differential inputs with CC-TAIX IOTA
All-differential arrangement
Channels 1–16 with CC-TAID IOTA
Supported signals
Voltage and current; two-wire or self-powered transmitters
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 5 IOTA and diagnostics specifications ›
Non-redundant single-ended/differential IOTAs
CC-TAIX01 and CC-GAIX21
Redundant single-ended/differential IOTAs
CC-TAIX11 and CC-GAIX11
Non-redundant all-differential IOTA
CC-TAID01
Redundant all-differential IOTA
CC-TAID11
Documented functions
Self-diagnostics, optional redundancy, open-wire detection and field-power support
Officially documented
Compatibility & Replacement
Unconfirmed substitutions and migration assumptions are excluded.
Official replacement note
Honeywell introduced CC-PAIX02 as the replacement for CC-PAIX01. The newer module supports single-ended and differential inputs. For redundant service, confirm the supported pair and migration procedure for the installed Experion release; do not assume a mixed old/new redundant pair.
Field context
Applications & Fault Scenarios
Scan the symptom, first check and operational risk.
!
01Mixed analog loops
Observe
A channel reads incorrectly or reports open wire.
Check
Check range, 250 Ω path, field power and IOTA selection.
Risk
Control or interlock service may be lost.
↔
02Differential measurement
Observe
The value is biased or distorted.
Check
Verify both signal legs and the documented common-mode window.
Risk
Commissioning or restart can be delayed.
⌁
03Redundant maintenance
Observe
A redundancy alarm appears during module work.
Check
Confirm the supported pair, IOTA and Experion procedure.
Risk
The system may continue without intended redundancy.
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
Client visit and order discussionHands-on hardware 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-PAIX02. Compatibility, configuration and inventory must be confirmed separately for each request.
CGS-4232-NB1-XX-D120
E43B015
911-111
H8BM-RB
DT60PW240P
XB3BK3333
MZC1-2V2PS-KPO
ZL-D24-CBL40-1
UZS24.100
VB2-SP3 U2-12907
S31419 G07287
750-515
1492-EBJ3
FAZ-C5/3
809-6590
WMZH2C16
WMZSST110
WMZS2D32
WMZS2D25
3M-4-WS
HW9Z-D7D
VBGT 16 04 08-UM
QBY-3/8-3/8-U 564701
QBY-1/2-3/8-U 564704
HJ-364824
500-5008
00332894-03
DMB01
QOU260
30-6M/S90-SP
Six buyer questions for CC-PAIX02
FAQ
Procurement, replacement and fault questions specific to this exact part number.
Can Honeywell CC-PAIX02 replace CC-PAIX01 without an engineering check? ›
Honeywell identifies CC-PAIX02 as the replacement for CC-PAIX01, but the installed IOTA, Experion release and redundant-pair migration must be confirmed before changing the module.
Why does the IOTA matter when selecting Honeywell CC-PAIX02? ›
The supported single-ended or differential channel arrangement depends on the installed CC-TAIX, CC-GAIX or CC-TAID IOTA. The module number alone does not define the field termination.
Can a HART transmitter be commissioned through Honeywell CC-PAIX02? ›
CC-PAIX02 is the non-HART high-level analog-input variant. Do not assume HART access from this module when planning transmitter maintenance.
What should be checked when a 4–20 mA loop reads incorrectly on Honeywell CC-PAIX02? ›
Verify the 250 Ω input path, field power, channel range, polarity and the installed IOTA before replacing CC-PAIX02.
Which voltage ranges are documented for Honeywell CC-PAIX02? ›
Honeywell lists 0–5 V, 1–5 V and 0.4–2 V, in addition to 4–20 mA measurement through 250 Ω.
Which details are required to quote Honeywell CC-PAIX02 correctly? ›
Provide the exact IOM and IOTA numbers, signal ranges, single-ended or differential use, redundancy requirement, Experion release, quantity and destination.