NOx Sensor ME230283

BG 201132 (OE ME230283): function on the vehicle

NOx Sensor ME230283 is supplied by BEST GROWTH under part number 201132, cross-referenced to OE ME230283, as a direct-fit aftermarket nox sensors. In service it runs a heated zirconia measuring cell inside its own sensor control module, converts the raw cell current into a NOx value in ppm, and publishes it on the bus. The engine controller cannot calculate dosing quantity or conversion efficiency without a plausible signal from it.

BG 201132 is built to the position defined by its OE application on a 12V electrical system in truck service on the platform from Mitsubishi Fuso. Position, calibration and connector layout are part of the specification, so a part that physically fits is not automatically the correct part.

Because the sensor carries its own control module, most "sensor" faults are really bus, supply or ground faults at the connector — the electrical side is worth ten minutes before the part is ordered.

Fitment for Mitsubishi Fuso and OE cross reference

BG 201132 replaces 2 OE references: ME230283 and 5WK9 6680C, covering cross applications. Always confirm the number printed on the removed part, including any supersession issued by the vehicle manufacturer.

Recorded vehicle coverage for 201132 includes Mitsubishi Fuso, typically on Canter 3.0D Euro 6. Coverage lists are a starting point for identification, not a substitute for checking the OE number on the vehicle.

Where several OE numbers appear against one BG reference, they are supersessions or regional variants of the same specification. Ordering by ME230283 and quoting the number on your part lets our technical team confirm the variant before despatch.

Symptoms that lead to replacing ME230283

These complaints bring a vehicle in with the Mitsubishi Fuso nox sensors under suspicion. None of them prove BG 201132 has failed on its own, which is why the checks below matter before a replacement is ordered.

• upstream and downstream values reading almost identically under load
• intermittent fault that clears after the engine cools and returns when hot
• SCR efficiency below threshold or NOx-signal-implausible fault codes
• DEF over-consumption with no visible leak
• torque derate or speed inducement with a full, in-spec DEF tank

Checks before fitting BG 201132

Aftertreatment faults are usually system faults. Working through these checks prevents a repeat failure after the new nox sensors is fitted.

• Verify DEF concentration with a refractometer before blaming the measuring cell.
• Check for a pending software or parameter update for the sensor control module on that platform.
• After fitting, run the manufacturer's adaptation or relearn so stored efficiency counters reset.
• Compare upstream and downstream NOx readings warmed and under load — idle values prove nothing.
• Confirm supply voltage, ground quality and bus termination before condemning the sensor module.

Quality, packaging and ordering 201132

BG 201132 is manufactured and tested to aftermarket replacement standards, with electrical, leakage and functional testing carried out before packing on the 12V specification. Bulk and retail packaging, private-label cartons and customer-specific labelling are available for distributors and workshop groups.

Send OE ME230283 or the number printed on your part, the engine code and the vehicle identification number with your enquiry, and our technical team will confirm the correct reference, current stock position and lead time before you commit to an order.

Frequently asked questions

Does BG 201132 replace OE ME230283?

Yes. BG 201132 is listed against ME230283 and 5WK9 6680C. Confirm the number printed on the removed part and any manufacturer supersession before ordering.

Which vehicles does BG 201132 fit?

Recorded coverage includes Mitsubishi Fuso. It is supplied as a direct-fit aftermarket nox sensors on 12V systems. Adaptation, reset or relearn procedures required by the vehicle manufacturer still apply after installation.

Does this fault code always mean the nox sensors has failed?

No. Exhaust leaks, wiring and connector damage, reductant quality, dosing performance and upstream engine faults can all produce the same codes. Validate those inputs before replacing BG 201132.