CC-PAIL51 is a Series C low-level analog input module for direct thermocouple, RTD and millivolt measurements in Experion PKS process I/O.
Type
Low-level analog input
System
Experion PKS Series C I/O
Focus
Thermocouple / RTD
Brand
Honeywell
Official data
Technical Specifications
Select a group to view its verified specifications.
View 9 channel and conversion specifications ›
Input channels
16
Supported measurement types
Thermocouple, RTD and millivolt
Channel configuration
Each channel can be configured for thermocouple or RTD input
IOTA
CC-TAIL51, 9 inch
Isolation
Channel-to-channel and power isolation
Scan time
1 second
Input bandwidth
0 to 4.7 Hz
Thermocouple / mV input range
−20 to +100 mV
Thermocouple input impedance
1 MΩ
View 12 accuracy and rejection specifications ›
Gain error
0.050% of full scale maximum
Temperature stability
±20 ppm/°C maximum
Common-mode voltage
±250 V DC or V AC rms
Common-mode rejection
120 dB
Channel-to-channel withstand
±250 V
Cross-talk
80 dB; 120 dB at 50/60 Hz
Normal-mode rejection
60 dB
Line integration
50 or 60 Hz
RTD excitation current
1 mA
Cold-junction compensation range
−20 to +60 °C; ±0.5 °C typical
Operating temperature
−40 to +70 °C
Storage temperature
−40 to +85 °C
View 11 sensor ranges specifications ›
Pt100 DIN
−180 to +800 °C
Pt100 JIS
−180 to +650 °C
Ni120
−45 to +315 °C
Cu10
−20 to +250 °C
Cu50
−50 to +150 °C
Type J thermocouple
−200 to +1200 °C
Type K thermocouple
−100 to +1370 °C
Type E thermocouple
−200 to +1000 °C
Type T thermocouple
−230 to +400 °C
Type B thermocouple
+100 to +1820 °C
Type S / R thermocouple
0 to +1700 °C
Field context
Applications & Fault Scenarios
Scan the symptom, first check and operational risk.
!
01Furnace or reactor temperature
Observe
The value jumps high, low or open-circuit.
Check
Verify sensor type, polarity, detection status and continuity.
Risk
A critical temperature can force a safe limit or shutdown.
↔
02RTD process measurement
Observe
The reading shows a stable bias.
Check
Confirm RTD type, wiring method and lead resistance.
Risk
False alarms or hidden overheating can result.
⌁
03Noisy low-level signal
Observe
The value fluctuates while the process is stable.
Check
Review shielding, grounding and the 50/60 Hz setting.
Risk
Unstable control and longer restart work may follow.
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
Order coordination at AmikonHardware condition 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
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These models are independent procurement references only and are not substitutes for CC-PAIL51. Compatibility, configuration and inventory must be confirmed separately for each request.
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MWS0320X8DB
WMZT1DX0
SW2L-64-HSB-DP
M100-RT/76B/115
ADHT1606PER
QS-G1/8-6-I
MWLNL-16-3
WTKNL2525M-16N
NBC13-5.0-AA
1616 K10
3SU1031-0AA30-0AA0
NR3078LK KCU25
CZ-V21
Six buyer questions for CC-PAIL51
FAQ
Procurement, replacement and fault questions specific to this exact part number.
Can different thermocouple and RTD types be mixed on one Honeywell CC-PAIL51? ›
Honeywell documents individual configuration for each of the 16 channels. The configured sensor type and wiring must match the field input on every channel.
Which termination assembly must be checked before ordering Honeywell CC-PAIL51? ›
The documented IOTA is CC-TAIL51. Confirm the complete IOTA part number and field wiring before treating CC-PAIL51 as a drop-in spare.
What should be checked when Honeywell CC-PAIL51 reports an open sensor? ›
Verify sensor continuity, terminal wiring, polarity for thermocouples, the configured input type and the module’s open-input detection before replacing hardware.
Why can a Honeywell CC-PAIL51 temperature reading show a stable offset? ›
For RTD service, confirm the selected RTD type, two-, three- or four-wire connection and lead resistance. For thermocouples, also verify polarity and cold-junction context.
What helps reduce unstable readings on Honeywell CC-PAIL51? ›
Honeywell documents selectable 50 or 60 Hz integration. The configured rejection frequency, shielding and grounding should match the installation.
Which details should accompany a Honeywell CC-PAIL51 RFQ? ›
Provide CC-PAIL51 and CC-TAIL51 part numbers, sensor types, wiring methods, required ranges, Experion release, quantity and destination.