A 16-channel temperature input module for Thermocouple and RTD measurement within Series-C I/O architecture.
16
INPUT CHANNELS
1 s
INPUT SCAN RATE
TC / RTD
INPUT TYPES
C-SERIES
PRODUCT IMAGE
CC-PAIL51
◉
16 CHANNELS
Temperature acquisition
◌
TC + RTD
Configurable per channel
◈
ISOLATED
Channel-to-channel isolation
◇
CC-TAIL51
9-inch non-redundant IOTA
CORE SPECIFICATIONS
Designed Around Temperature Inputs
Input / Output Model
CC-PAIL51
IOTA
CC-TAIL51 / 9 in / Non-Redundant
Input Type
Thermocouple and/or RTD
Input Channels
16 fully isolated channels
Scan Rate
1 second
Channel Bandwidth
0 to 4.7 Hz (-3 dB)
Operating Temperature
-40 to +70 °C
Storage Temperature
-40 to +85 °C
01 / INPUT RANGE
−20 to +100 mV
Nominal thermocouple range
02 / ACCURACY
0.050%
Maximum full-scale gain error
03 / SIGNAL REJECTION
120 dB min.
CMRR at 50 / 60 Hz
±250 V
Channel / common-mode voltage
1 MΩ
TC input impedance at DC
500 ppm
Long-term drift
80 dB
Crosstalk, DC–60 Hz
APPLICATION CONTEXT
Where CC-PAIL51 Matters
CC-PAIL51 is positioned within the Honeywell Experion Series-C I/O architecture for temperature acquisition. Its 16-channel arrangement allows multiple thermocouple and RTD measurement points to be handled through a single low-level analog input module.
01
Temperature measurement
Useful where process temperature is part of continuous monitoring and control.
02
Mixed sensor architecture
Each channel can be configured for Thermocouple or RTD operation.
03
Maintenance replacement
The exact part number becomes especially important when restoring an existing Series-C temperature I/O point.
WHEN A SEARCH OF THIS PART NUMBER STARTS
A temperature point stops behaving normally.
Typical maintenance attention can arise when temperature values become unavailable, a channel develops a soft failure, an open thermocouple is detected, or an existing I/O assembly requires restoration after a module fault.
DOWNTIME CONSIDERATION
A failed temperature input can affect monitoring and control decisions when the associated measurement is required by the process. Keeping the correct replacement available can shorten the path from fault isolation to system restoration.
FUNCTIONAL HIGHLIGHTS
Built for Low-Level Temperature Signals
◉
Cold Junction Compensation
Thermocouple operation includes cold junction compensation to support temperature measurement across the input channels.
◇
Open Sensor Detection
Configurable open thermocouple detection can help prevent invalid temperature values from being propagated as normal process values.
◌
Channel Isolation
The 16 inputs provide isolation channel-to-channel and between the channels and the power system common.
OPERATIONAL VIEW
Automation Parts, People & Process
TEAM
WAREHOUSE
CUSTOMER CONNECTION
PURCHASING QUESTIONS
Why Choose the Exact CC-PAIL51?
Five practical questions for maintenance and replacement decisions.
01 / REPLACEMENT DECISION
Why is the exact CC-PAIL51 part number worth prioritizing during a temperature I/O replacement?
Because replacing a failed module is usually about restoring an existing architecture rather than redesigning the temperature acquisition layer. Matching the established module helps keep the replacement decision focused on the installed Series-C arrangement.
02 / EXISTING INSTALLATION
What makes CC-PAIL51 particularly useful when the existing temperature system is still based on Series-C I/O?
The module was designed as part of the Series-C low-level analog temperature architecture and works with the CC-TAIL51 non-redundant IOTA. That makes the exact model relevant when maintaining an established installation.
03 / SENSOR MIX
When does the TC/RTD capability become a purchasing advantage?
It becomes valuable when an existing process contains different temperature sensor arrangements. The channel-level configurability allows Thermocouple and RTD inputs to be accommodated without treating every measurement point as a separate module requirement.
04 / FAULT RECOVERY
Why might maintenance teams search specifically for CC-PAIL51 after a temperature channel fault?
A failed low-level temperature module can interrupt several measurement points at once. If the existing installation already uses CC-PAIL51, locating the same model can reduce uncertainty during a time-sensitive restoration.
05 / ORDER CONFIRMATION
What should be checked before purchasing a replacement for an installed CC-PAIL51?
Confirm the complete part number, required quantity, destination, required date, and the machine or control system in which the module is installed. For a Series-C temperature application, the associated IOTA and existing channel configuration should also be considered before the replacement is finalized.
RELATED PART NUMBERS
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CX2020-0120
OLS-35
OUR SERVICE APPROACH
More than a part. A smoother purchasing process.
We build our service around clear communication, responsive coordination and practical support for industrial automation purchasing. A multilingual team, tailored customer relationship management and order tracking help keep each order organized from initial request to delivery.
01
Multilingual Support Team
02
Customer Relationship & Order Tracking
03
No Additional Handling or Hidden Charges
PURCHASE DETAILS
Ready for the Next Step?
DELIVERY
3–5 Days
WARRANTY
12 Months
PACKAGING
Brand New
PAYMENT
T/T
DELIVERY WAY
E-packing / FedEx / EMS / TNT / DHL / UPS
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CC-PAIL51
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Part Number · Quantity · Destination · Required Date · Machine/System