How are the 16 channels allocated when CC-PAIX02 uses differential inputs?

CC-PAIX02 provides 12 single-ended inputs and 4 differential inputs. Preserve the documented channel allocation when transferring an Experion configuration.

Which input ranges can be configured on CC-PAIX02?

CC-PAIX02 supports 0-5 V, 1-5 V, 0.4-2 V and 4-20 mA ranges; the 4-20 mA path uses a 250 Ohm input.

What response time should be considered when commissioning CC-PAIX02?

The module scans the input set in 50 ms and uses a single-pole input filter with a -3 dB point at 6.5 Hz, so loop-step tests should allow for that response.

What input overvoltage limit applies to CC-PAIX02 during wiring checks?

The documented maximum differential input is +/-30 V. Verify transmitter and test-source wiring before energizing the channel.

How should common-mode conditions be checked on CC-PAIX02 differential channels?

Keep the applied common-mode voltage within -6 to +5 V peak and verify the field grounding scheme before accepting differential measurements.

What accuracy should an engineer expect from CC-PAIX02?

The specification states +/-0.075% of full scale at 23.5 +/-2 degC and +/-0.15% of full scale over 0 to 60 degC.

Which IOTA assemblies are listed for CC-PAIX02?

The Series-C specification lists CC-TAIX01, CC-TAIX11, CC-GAIX21, CC-GAIX11, CC-TAID01 and CC-TAID11. Confirm the installed IOTA before replacement.

How can noise rejection be evaluated on a CC-PAIX02 installation?

Use the documented 70 dB common-mode rejection from dc to 60 Hz and 19 dB normal-mode rejection at 60 Hz as the design reference, then inspect shields, grounding and loop routing.

Honeywell CC-PAIX02 High-Level Analog Input Module

Name: CC-PAIX02
Brand: Honeywell
SKU: CC-PAIX02

CC-PAIX02

High-Level Analog Input Module

In Stock

Ships by Tuesday, September 22

Fast Shipping Available

Technical specifications for CC-PAIX02

Manufacturer:

Honeywell

Product Category:

DCS System

Spare Part Number:

CC-PAIX02

Estimated shipping dimensions:

5.5x16x14.5cm

Weight:

0.4 kg

Tariff Code:

8537101190

Counliy of origin:

USA

Input type:

Voltage or current; 2-wire or self-powered transmitters

Channels:

16; 12 single-ended / 4 differential

A/D resolution:

16 bit

Ranges:

0-5 V; 1-5 V; 0.4-2 V; 4-20 mA through 250 Ohm

CMRR:

70 dB, dc to 60 Hz

Common-mode voltage:

-6 to +5 V peak

NMRR:

19 dB at 60 Hz

Input filter:

Single pole; -3 dB at 6.5 Hz

Maximum differential input:

+/-30 V

Crosstalk:

-60 dB

Powered input impedance:

>10 MOhm

Scan period:

50 ms

Accuracy at 23.5 +/-2 degC:

+/-0.075% FS

Accuracy at 0 to 60 degC:

+/-0.15% FS

Compatible IOTAs:

CC-TAIX01, CC-TAIX11, CC-GAIX21, CC-GAIX11, CC-TAID01, CC-TAID11

Information

Overview Manuals Common Applications Product Precautions

Honeywell CC-PAIX02 is high-level analog input module. It digitizes high-level current and voltage process signals for an Experion Series-C control strategy.

Acquires sixteen analog process channels
Supports single-ended and differential input arrangements
Converts field values with a sixteen-bit A/D converter
Pairs with the documented Series-C analog-input IOTAs

CC-PAIX02 operates with approved Series-C input IOTA, 2-wire or self-powered transmitters, Series-C carrier, Experion Control Builder configuration.

Engineered applications include Pressure and flow acquisition, Differential voltage measurement, Process-temperature transmitter input, Analog-input module replacement.

Important Notice: Match the installed IOTA, single-ended/differential allocation, 250-ohm current input path, channel range, grounding and transmitter power before loop checks.

Apter Power CC-PAIX02 Manuals and Guides

Apter Power CC-PAIX02 Product and System Technical Reference PDF Apter Power CC-PAIX02 Field Installation and Functional Acceptance Workbook PDF

The first document organizes model-specific identity, technical data and system context. The second provides a separate installation, connection, commissioning and acceptance workflow.

Pressure and flow acquisition

Collects transmitter currents from process instruments.

Differential voltage measurement

Accepts configured voltage pairs for differential measurement.

Process-temperature transmitter input

Routes conditioned temperature-transmitter values into control logic.

Analog-input module replacement

Restores a high-level analog input set while retaining channel scaling.

Read the applicable Honeywell instructions before work. Verify CC-PAIX02 and the installed Experion Series-C I/O configuration.

Verify the complete CC-PAIX02 marking and its assigned high-level analog-input position before work.

Place the connected process and control strategy in the approved maintenance state.

Isolate the applicable cabinet supply and analog input field energy before disconnecting conductors.

Record terminal numbers, channel assignments, polarity, shields and configured ranges before removal.

Use ESD controls and protect the backplane connector, terminal hardware and coated electronics.

Confirm the installed selected Series-C input IOTA and carrier arrangement against the approved project.

Restore power in a controlled sequence and clear only diagnostics created by the maintenance activity.

Complete low, midpoint and high loop simulation on each used channel and retain the measured result before returning the channel to automatic service.

FAQS

How are the 16 channels allocated when CC-PAIX02 uses differential inputs?

CC-PAIX02 provides 12 single-ended inputs and 4 differential inputs. Preserve the documented channel allocation when transferring an Experion configuration.
Which input ranges can be configured on CC-PAIX02?

CC-PAIX02 supports 0-5 V, 1-5 V, 0.4-2 V and 4-20 mA ranges; the 4-20 mA path uses a 250 Ohm input.
What response time should be considered when commissioning CC-PAIX02?

The module scans the input set in 50 ms and uses a single-pole input filter with a -3 dB point at 6.5 Hz, so loop-step tests should allow for that response.
What input overvoltage limit applies to CC-PAIX02 during wiring checks?

The documented maximum differential input is +/-30 V. Verify transmitter and test-source wiring before energizing the channel.
How should common-mode conditions be checked on CC-PAIX02 differential channels?

Keep the applied common-mode voltage within -6 to +5 V peak and verify the field grounding scheme before accepting differential measurements.
What accuracy should an engineer expect from CC-PAIX02?

The specification states +/-0.075% of full scale at 23.5 +/-2 degC and +/-0.15% of full scale over 0 to 60 degC.
Which IOTA assemblies are listed for CC-PAIX02?

The Series-C specification lists CC-TAIX01, CC-TAIX11, CC-GAIX21, CC-GAIX11, CC-TAID01 and CC-TAID11. Confirm the installed IOTA before replacement.
How can noise rejection be evaluated on a CC-PAIX02 installation?

Use the documented 70 dB common-mode rejection from dc to 60 Hz and 19 dB normal-mode rejection at 60 Hz as the design reference, then inspect shields, grounding and loop routing.

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CC-PAIX02

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Technical specifications for CC-PAIX02

Technical specifications for CC-PAIX02

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