NTK Oxygen Sensor P/N:24637
Walker Products 250-24637 right oxygen sensor for the 1996-1997 Infiniti J30 V6 3.0L measures the oxygen content of the exhaust gas. This Walker Products oxygen sensor is a 4-wire, direct-fit narrow-band unit made for the downstream right position.
A failing sensor can show up as the engine running poorly, higher fuel consumption, more exhaust emissions or a lit malfunction indicator light. Those signs can have other causes, so look over the sensor, wiring harness and connector for physical damage with the engine off and cool before you replace anything. If this sensor is the cause, this one replaces it.
It fits the 1996-1997 Infiniti J30 V6 3.0L, which takes one in this position, and this listing is a single sensor.
Fit and size
Build and materials
Is the Walker Products 250-24637 the right oxygen sensor for a 1996-1997 Infiniti J30 V6 3.0L?
Yes. Walker Products 250-24637 is the downstream right oxygen sensor for the 1996-1997 Infiniti J30 V6 3.0L, and the car takes one in that position.
What thread size does the Walker Products 250-24637 use?
Walker Products 250-24637 has an M18 - 1.5 thread, and it is a 4-wire direct-fit sensor.
Is this downstream right oxygen sensor narrow-band or wideband?
This sensor is narrow-band. It has 4 wires and a direct-fit design for its specific application and position.
What does the coating on this oxygen sensor protect?
The electrodes are made of a gas-permeable platinum layer. The coating prevents contamination and erosion of the electrode surfaces by combustion residue and particulates in the exhaust gases.
What symptoms can a failing oxygen sensor cause?
A failed sensor can make the engine run poorly, raise fuel consumption and exhaust emissions, or light the malfunction indicator light. Newer vehicles may also store fault codes in the ECU that relate to the sensor.
WARNING: These products can expose you to chemicals including lead and phthalates, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.