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Technical specifications for CC-PAIL51

  • Manufacturer:
    Honeywell
  • Product Category:
    Machinery Monitoring Systems
  • Spare Part Number:
    CC-PAIL51
  • Estimated shipping dimensions:
    6x15.5x14.5cm
  • Weight:
    0.38 kg
  • Tariff Code:
    8537101190
  • Counliy of origin:
    USA
  • Module type:
    Low-level analog temperature input
  • Input channels:
    16
  • Supported sensor inputs:
    Thermocouple or RTD per channel
  • IOTA:
    CC-TAIL51; 9 in
  • Operating temperature:
    -40 to +70 degC
  • Storage temperature:
    -40 to +85 degC
  • Channel isolation:
    Channel-to-channel and power isolated
  • Input scan:
    1 s
  • Bandwidth:
    0 to 4.7 Hz
  • Thermocouple input range:
    -20 to +100 mV
  • TC non-damage input:
    -10 to +10 V
  • RTD non-damage input:
    -1 to +2 V at 100 mA
  • Gain error:
    0.050% FS maximum
  • Gain stability:
    +/-20 ppm
  • Long-term drift:
    500 ppm
  • Input impedance:
    1 MOhm
  • Common-mode voltage:
    +/-250 V DC or V AC rms
  • CMRR:
    120 dB
  • Channel-to-channel voltage:
    +/-250 V
  • Crosstalk:
    80 dB at 50 Hz; 120 dB at 60 Hz

Information

Overview Manuals Common Applications Product Precautions
Honeywell CC-PAIL51 is low-level analog temperature input module. It acquires low-level thermocouple and RTD measurements for temperature control and monitoring within an Experion Series-C installation.
  • Conditions sixteen low-level temperature channels
  • Accepts thermocouple or RTD sensing per channel
  • Separates channels from one another and from module power
  • Pairs with the CC-TAIL51 temperature-input IOTA

CC-PAIL51 operates with CC-TAIL51 IOTA, field thermocouples or RTDs, Series-C carrier, Experion controller and Control Builder project.

Engineered applications include Furnace-zone temperature acquisition, Reactor RTD monitoring, Turbine-bearing thermocouple measurement, Isolated temperature-loop renewal.

Important Notice: Confirm the installed CC-TAIL51 IOTA, sensor type, cold-junction arrangement, lead compensation and configured engineering range before channel acceptance.

Apter Power CC-PAIL51 Manuals and Guides

Apter Power CC-PAIL51 Product and System Technical Reference PDFApter Power CC-PAIL51 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.

Furnace-zone temperature acquisition

Collects multiple low-level temperature points for a furnace control strategy.

Reactor RTD monitoring

Maintains isolated resistance-temperature measurements around a process vessel.

Turbine-bearing thermocouple measurement

Routes bearing thermocouple signals into the Experion I/O subsystem.

Isolated temperature-loop renewal

Replaces the documented input electronics while retaining field sensor identity.

Read the applicable Honeywell instructions before work. Verify CC-PAIL51 and the installed Experion Series-C I/O configuration.
1

Verify the complete CC-PAIL51 marking and its assigned temperature-input position before work.

2

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

3

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

4

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

5

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

6

Confirm the installed CC-TAIL51 IOTA and carrier arrangement against the approved project.

7

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

8

Complete a controlled temperature simulation on every active channel and retain the measured result before returning the channel to automatic service.

Technical notes

Confirm the installed CC-TAIL51 IOTA, sensor type, cold-junction arrangement, lead compensation and configured engineering range before channel acceptance.

FAQ View All FAQ

  • What exact Honeywell system position is intended for CC-PAIL51?
    CC-PAIL51 is assigned to the documented Experion Series-C I/O role as low-level analog temperature input module; confirm that role against the installed cabinet record.
  • Which field signal or controlled function is handled by CC-PAIL51?
    Its documented signal duty is low-level thermocouple and rtd temperature signals. The controlling source lists input channels as 16.
  • Which companion hardware must be checked before installing CC-PAIL51?
    Match CC-PAIL51 with CC-TAIL51 IOTA and field thermocouples or RTDs; also retain the approved carrier, cable and project identity.
  • What electrical limit should an engineer verify before wiring CC-PAIL51?
    Verify the model-specific value for IOTA: CC-TAIL51; 9 in. Do not transfer a limit from another module revision.
  • How should the installed configuration be preserved when replacing CC-PAIL51?
    Record the as-found slot, connector, channel assignment and project revision, then restore only the approved Experion Series-C I/O configuration.
  • Which isolation or handling check applies to CC-PAIL51?
    Apply the isolation and ESD sequence stated for CC-PAIL51; the source also identifies storage temperature as -40 to +85 degC.
  • What diagnostic or commissioning evidence is required for CC-PAIL51?
    Complete the model-specific functional check for furnace-zone temperature acquisition, review host diagnostics and retain the final test result.
  • Can CC-PAIL51 be substituted for a visually similar Honeywell assembly?
    No automatic substitution is assumed. Compare the complete CC-PAIL51 marking, module type, companion hardware, signal duty and approved system revision.
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