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Honeywell identifies TK-OAV081 as a coated, eight-point, non-isolated analog-output module. Its exact entry in the cited System HINTS does not specify current or voltage range, output loading, terminal assembly or channel accuracy. Verify those details against the installed engineering documentation and exact-model OEM specification before selecting or energizing a replacement.
Honeywell's November 2020 System HINTS model table explicitly calls TK-OAV081 an 'Analog Output, 8 pt (non-isolated), coated' module. This supports eight output points, non-isolated arrangement and coated execution. It does not itself identify a specific current or voltage range or allowable load. A neighboring TC-OAV081 row mentions 4–20 mA and 10 V, but the prefixes and entries differ; those values should not be presented as proven TK-OAV081 specifications. Obtain a matching manufacturer technical sheet or Honeywell parts confirmation before engineering a new field circuit or approving a replacement as electrically interchangeable.
For an installed system, capture the complete TK-OAV081 label, hardware revision, chassis position, eight point assignments, output scaling, connected loads, common and grounding design, and baseline actuator positions. Follow site change control, isolation and ESD handling instructions. Non-isolated output arrangements require careful verification of shared references and field wiring before energizing. After an approved change, confirm each channel's commanded and measured output, actuator response, alarms and failure behavior using a safe commissioning procedure. The cited HINTS list is an identity source, not a complete performance or safety certificate.
Honeywell's TK-OAV081 row describes a coated, eight-point, non-isolated analog-output module. Preserve that exact designation and do not replace it with the neighboring TC-OAV081 or TK-OAV061. The model list confirms point count and general construction but is not a full output-circuit specification. Compare the physical unit and system drawing before procurement, especially when similar modules occupy the same cabinet.
The reviewed exact-model row does not publish output current or voltage range, load capability, resolution, accuracy or channel fault behavior. Values stated for the adjacent TC-OAV081 cannot be automatically applied to the TK coated execution. Non-isolated outputs make grounding and shared-common checks important, but the list does not prescribe a wiring method. Obtain an exact Honeywell data sheet or qualified manufacturer confirmation before assigning electrical limits or claiming interchangeability.
Record baseline output commands, measured loop values, actuator positions, alarms, eight channel assignments and shared reference wiring before a controlled replacement. Verify the supplied coated model and physical revision, then follow plant isolation and change-control requirements. Restore approved configuration and test each affected analog output with suitable process safeguards. Do not assume the module can safely drive a specific actuator or load solely from its eight-point description.
Check the complete TK-OAV081 label, coating, hardware revision and eight assigned output channels. Trace each field load, wiring common, grounding connection and terminal assembly through approved site drawings. Honeywell's cited model list does not provide the TK module's current or voltage limits or allowable load; use an exact-model OEM technical sheet before specifying those. Do not import adjacent TC-OAV081 range data or assert that a visually similar module is electrically interchangeable.
Preserve baseline commands, measured outputs, actuator positions, diagnostics and safety interlocks before authorized maintenance. Isolate or safeguard each connected final element according to site procedure. After fitting the verified module and restoring configuration, test every affected point for scaling, polarity, range, actual field response and alarm behavior. Pay attention to non-isolated shared references. Resolve any unknown output rating or load mismatch with Honeywell before energizing the field circuit.