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Panasonic Industrial AFPXHC14R — PLCs (Programmable Logic Controllers)

Panasonic AFPXHC14R FP-XH CPU, 8 Digital Inputs, 6 Relay Out

MPNAFPXHC14R
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Panasonic FP-XH CPU, 100~240VAC supply, 8 digital inputs, 6 relay outputs, DIN rail mount, 0°C to 55°C.

$240.00 – $288.00Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Jul 2026

Specifications

AFPXHC14R — I/O
ParameterValue
Inputs (count and type)8 - Digital
Outputs (count and type)6 - Relay
AFPXHC14R — Electrical
ParameterValue
Supply voltage100 ~ 240VAC
AFPXHC14R — Environmental
ParameterValue
Operating temperature range0°C ~ 55°C
AFPXHC14R — Mechanical
ParameterValue
Mounting typeDIN Rail

Product details

The Panasonic AFPXHC14R is an FP-XH series CPU with 8 digital inputs and 6 relay outputs, running on 100~240 VAC. This is the relay-output variant of the FP-XH compact line, meaning each output switches up to its rated resistive load through mechanical contacts — useful for direct control of contactors, small motors, or solenoid valves where isolation and inrush tolerance matter more than cycle life.

If you're cross-referencing this against the AFPXHC14T (transistor outputs) or the AFPXHC14RD (24 VDC supply, relay outputs), the choice comes down to load type and panel power. The relay outputs on the AFPXHC14R handle higher inrush and don't need a separate load supply for each channel, but they wear faster on high-frequency cycling — transistor outputs on the T variant are better for solenoid banks or fast indexing. The RD variant drops the line-voltage supply for 24 VDC, which simplifies control transformer sizing if the rest of the panel runs on 24 V.

Frequently asked questions

What is the difference between AFPXHC14R and AFPXHC14T?

Both share the same 8 digital inputs and 100~240 VAC supply, but the AFPXHC14R has 6 relay outputs while the AFPXHC14T has 6 solid-state (transistor) outputs. Relay outputs handle higher inrush and provide galvanic isolation per channel; transistor outputs switch faster and last longer on high-cycle loads.

Will the AFPXHC14R drop into a panel designed for the AFPXHC14T?

Mechanically yes — same DIN rail footprint and same mounting type. The wiring difference is at the output terminals: relay outputs need a common supply per group and can switch AC or DC loads independently; transistor outputs typically require a DC load supply and are polarity-sensitive. Rewiring the output field is required.

What is the supply voltage for the AFPXHC14R?

100~240 VAC. This is a line-voltage CPU; it does not run on 24 VDC like the AFPXHC14RD variant.

MPN
AFPXHC14R