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Honeywell DC-TAOX51 Analog Output IOTA

Honeywell DC-TAOX51 Analog Output IOTA

Item NO.: DC-TAOX51

Warranty: 1 year 


Condition : brand new in factory sealed box


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Detail

  • Product NameHoneywell DC-TAOX51 Analog Output IOTA
  • Item NO.DC-TAOX51
  • Weight0.0000 kg = 0.0000 lb = 0.0000 oz
  • CategoryDCS
  • BrandHoneywell
  • Creation Time2026-08-18
  • Non-redundant Series C analog-output termination assembly for approved Mark II output modules.
Honeywell Industrial Automation

Honeywell DC-TAOX51 Analog Output IOTA

Non-redundant Series C analog-output termination assembly for approved Mark II output modules.

Technical Summary

Honeywell DC-TAOX51 is a six-inch, non-redundant analog-output IOTA used with the approved Series C Mark II analog-output module family.

Honeywell identifies the assembly for CC-PAOH51 HART analog output and CC-PAON01 non-HART analog output configurations. Signal generation, channel diagnostics and HART functions are supplied by the installed IOM; the IOTA provides the field termination and physical interface.

The field wiring, loop power, output load, safe-state behavior and HART requirements must be engineered for the selected IOM and the final control loop.

Specifications

Model DC-TAOX51
Product form Analog Output IOTA
Configuration Non-redundant
Nominal IOTA size 6 inches
Approved HART IOM CC-PAOH51
Approved non-HART IOM CC-PAON01
Redundant counterpart DC-TAOX61
System channel count with paired IOM 16
Output signal with paired IOM 4–20 mA
Maximum resistive load with documented 24 V supply band 800 ohms
Maximum compliant voltage 16 V
Maximum open-circuit voltage 22 V
Paired-IOM response Settles within 1% of final value within 80 ms
Series family Experion PKS Series C
Installation environment Industrial control cabinet
Series C internal ambient limit 0 to 60 °C
Transportation and storage limit -40 to 85 °C
Relative humidity 5 to 95%, non-condensing
Enclosure classification IP20 / NEMA 1 when installed as specified

Features

  • Field termination for sixteen high-level current-output loops when the approved IOM is installed.
  • Supports HART status and configuration with CC-PAOH51.
  • Supports non-HART analog output with CC-PAON01.
  • Works with paired-IOM self-diagnostics and open-wire detection.
  • Supports channel safe-state selection through the paired IOM configuration.
  • Provides the non-redundant six-inch footprint; DC-TAOX61 is used for the redundant arrangement.
  • Integrates field termination, IOM mounting, power distribution and cabinet wiring in the Series C layout.

Compatibility

  • Pair only with an IOM explicitly approved by Honeywell for DC-TAOX51.
  • Use CC-PAOH51 where HART status and configuration are required.
  • Use CC-PAON01 for the approved non-HART output function.
  • Confirm that every loop load remains inside the voltage and resistance limits of the complete IOM/IOTA assembly.
  • Verify the Experion release, IOM firmware and cabinet power design before commissioning.

Replacement & Lifecycle

Replace DC-TAOX51 by exact model unless the system migration documentation defines a complete IOM/IOTA conversion.

DC-TAOX61 is the redundant counterpart, not a direct mechanical substitute for a non-redundant cabinet position.

After replacement, validate loop polarity, continuity, safe-state behavior, output readback, HART communication where used and channel diagnostics.

Applications

  • Valve positioner current loops.
  • Actuator command outputs.
  • Recorder and indicator current inputs.
  • HART-capable analog-output loops with CC-PAOH51.
  • Non-redundant Series C Mark II cabinets.

FAQ

Q1. Is DC-TAOX51 an analog-output electronics module?
No. It is the IOTA. The installed CC-PAOH51 or CC-PAON01 supplies the output electronics.
Q2. Does it support HART?
Yes, when paired with the approved CC-PAOH51 HART analog-output IOM.
Q3. How many output channels are supported?
The complete approved IOM/IOTA assembly supports sixteen output channels.
Q4. What is the redundant counterpart?
Honeywell lists DC-TAOX61 for the redundant analog-output arrangement.
Q5. Can a field loop exceed 800 ohms?
The documented maximum resistive load is 800 ohms under the stated 24 V supply conditions; the actual loop must be checked as a complete circuit.
Q6. What must be tested after installation?
Test wiring, loop current, configured safe state, output readback, open-wire diagnostics and HART communication where applicable.

Product Enquiry

For availability, revision matching and quantity support, contact the IndustryParts sales team with the exact model and installed system revision.

Email: sales@mvme.cn    WhatsApp: +86 18030175807

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