Technical specifications for CC-PAIL51
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Manufacturer:Honeywell
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Product Category:Machinery Monitoring Systems
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Spare Part Number:CC-PAIL51
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Estimated shipping dimensions:6x15.5x14.5cm
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Weight:0.38 kg
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Tariff Code:8537101190
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Counliy of origin:USA
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Module type:Low-level analog temperature input
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Input channels:16
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Supported sensor inputs:Thermocouple or RTD per channel
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IOTA:CC-TAIL51; 9 in
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Operating temperature:-40 to +70 degC
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Storage temperature:-40 to +85 degC
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Channel isolation:Channel-to-channel and power isolated
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Input scan:1 s
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Bandwidth:0 to 4.7 Hz
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Thermocouple input range:-20 to +100 mV
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TC non-damage input:-10 to +10 V
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RTD non-damage input:-1 to +2 V at 100 mA
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Gain error:0.050% FS maximum
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Gain stability:+/-20 ppm
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Long-term drift:500 ppm
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Input impedance:1 MOhm
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Common-mode voltage:+/-250 V DC or V AC rms
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CMRR:120 dB
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Channel-to-channel voltage:+/-250 V
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Crosstalk:80 dB at 50 Hz; 120 dB at 60 Hz
Information
- 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 PDFThe 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.
Verify the complete CC-PAIL51 marking and its assigned temperature-input position before work.
Place the connected process and control strategy in the approved maintenance state.
Isolate the applicable cabinet supply and sensor 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 CC-TAIL51 IOTA and carrier arrangement against the approved project.
Restore power in a controlled sequence and clear only diagnostics created by the maintenance activity.
Complete a controlled temperature simulation on every active channel and retain the measured result before returning the channel to automatic service.
Technical notes
FAQ View All FAQ
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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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