Skip to main content
Fuji Electric PXF9APC2-0BMA1 — Process / Temperature Controllers

Fuji Electric PXF9APC2-0BMA1 Temperature Controller, 1/4 DIN

MPNPXF9APC2-0BMA1

Fuji Electric PXF9APC2-0BMA1, self-tuning 1/4 DIN (96 x 96mm) compact temperature and process controller, 50ms sampling speed, active production.

$363.00Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Product details

50ms sampling in a 1/4 DIN footprint

The PXF9APC2-0BMA1: The 50ms sampling speed is the defining real-time spec — it closes the loop on fast thermal processes (injection molding, reflow ovens, extruder zones) where a standard 100ms or 200ms controller would lag behind the process transient. The 1/4 DIN (96 x 96mm) panel cutout is the standard slot size for a single-loop controller; it fits the existing panel punch without adapter plates. Self-tuning means the controller auto-adjusts PID parameters during startup or after a setpoint change, reducing commissioning time on multi-zone lines. For an automotive Tier-1 supplier running a heat-treat or curing oven, this eliminates manual PID tuning across zones and keeps the process capability index (Cpk) consistent during the PPAP run.

The 96 x 96mm faceplate and 1/4 DIN depth fit standard panel cutouts. No special DIN-rail adapter or sub-panel is required — the controller clamps into the panel cutout with the supplied bracket. Terminal blocks on the rear accept power, sensor input (thermocouple, RTD, or analog), and control output (relay, SSR drive, or 4-20 mA).

Frequently asked questions

What does the 50ms sampling speed mean for a temperature control loop?

A 50ms sampling rate means the controller reads the process variable and updates the output every 50 milliseconds. This is fast enough to regulate thermal processes with short time constants — such as a 2mm-diameter thermocouple in a hot-runner nozzle or a thin-film heater in a semiconductor bonder — where a 200ms controller would overshoot or oscillate. The self-tuning algorithm uses this sampling rate to calculate PID gains that match the process dynamics.

MPN
PXF9APC2-0BMA1