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Honeywell's Series-A power table identifies TK-FPCXX2 as a coated, standard non-redundant AC power-supply module. It accepts a selectable 85-132 or 170-265 VAC input at 47-63 Hz and is rated for a combined 70 W output at 60 °C. Confirm input selection and total backplane loading for the installed chassis.
Honeywell's Series-A power table distinguishes uncoated TC-FPCXX2 from coated TK-FPCXX2, and AC FPCXX2 from DC FPDXX2. The TK-FPCXX2 AC column specifies selectable 85-132 or 170-265 VAC input, 47-63 Hz, 150 VA/92 W input power and 15 A maximum inrush. The four backplane rail current maxima are 1.5 A at 1.2 V, 4 A at 3.3 V, 10 A at 5.1 V and 2.8 A at 24 V. These individual maxima cannot all be consumed without regard to the shared 70 W maximum output at 60 °C. Module mix and temperature must be considered together.
For replacement, qualified personnel should record the installed supply's full TK-FPCXX2 marking, selected AC input range, wiring, chassis type and connected module load. Follow the Honeywell installation guide and site lockout, discharge and electrostatic precautions. The table lists left-side chassis mounting without consuming a slot, a non-replaceable soldered fuse, #14 AWG wiring and approximately 1.1 kg unit mass; the mass is not a packed shipping weight. After fitting the approved part, verify input selection, output rails, chassis diagnostics and all affected controller and I/O functions under the site's commissioning plan. The reviewed specification does not state current Honeywell support or authorization for energized replacement.
Honeywell table 5-1 names TK-FPCXX2 as the coated standard non-redundant Series-A AC supply. The neighboring TK-FPDXX2 is a DC-input supply, while TC-FPCXX2 is the uncoated AC variant. These model designations should not be collapsed into one generic power module. Confirm the complete physical label, input source, coating requirement and chassis against the approved bill of materials.
The manufacturer specifies selectable 85-132 or 170-265 VAC input and 47-63 Hz frequency, with a 15 A maximum inrush. Backplane rail current maxima are listed separately, but footnote 3 limits combined power from all rails to 70 W. Review the installed module mix and temperature rather than treating each rail maximum as independently available at full load.
The table places the supply on the left side of the Series-A chassis without consuming a module slot. It describes a soldered, non-replaceable fuse, #14 AWG wiring and an approximate unit mass of 1.1 kg. Follow Honeywell's release-specific replacement instructions and site electrical-isolation rules. After work, check input setting, rail voltages, alarms and affected I/O; the 2012 table alone does not establish current lifecycle.
Calculate total chassis load using Honeywell's Series-A module power data. TK-FPCXX2 supplies 1.2, 3.3, 5.1 and 24 V backplane rails with individual current maxima shown in table 5-1, while the combined output of all rails must remain at or below 70 W at 60 °C. Confirm the AC input selection and 47-63 Hz source, allow for 15 A maximum inrush, and compare the complete installed module mix before energizing the chassis.
Follow qualified electrical isolation and the Honeywell installation guide for the installed release. Record existing AC selection, wiring, chassis model, module loading and diagnostics. Fit only the approved coated AC supply, inspect the left-side mounting and connections, then verify backplane rails and controller/I/O diagnostics under a documented acceptance plan. Do not infer hot-swap permission, a replaceable fuse or present-day lifecycle status from the 2012 specification.