/live/media/NP/NP_2344636_Fro.jpg)
Denso 234-4636 Oxygen Sensor - Downstream or Upstream
| Brand | Denso 234-4636 |
|---|---|
| Position | Upstream and Downstream |
| Wiring Harness Length | 22.83 |
| Sensor Type | Heated |
| Universal Or Specific Fit | Specific |
| Wire Quantity | 4 |
| Connector Gender | Female |
| Thread Diameter | 0.708 |
| Mounting Type | Threaded |
| Product line | OE Style |
| Fits | Dodge and Mitsubishi · 7 vehicles |
OE style replacement. Precision-built for an exact, first-time fit.
Heated sensor. Helps deliver faster response and stable operation.
Threaded mounting. Installs with a secure, direct-fit connection.
Cross-references ACDelco 213-2985, BorgWarner OS1118 and Bosch 13460 for the same application. See all 12.
Denso OE Style Oxygen Sensor 234-4636
Denso 234-4636 is an OE-style heated oxygen sensor built for exact replacement and first-time fit. It is engineered for specific applications on Mitsubishi Eclipse, Mitsubishi Mighty Max, and Dodge Ram 50 models, with coverage for upstream and downstream positions where listed.
Key Features
- Heated oxygen sensor for faster operating response
- Specific-fit design for direct replacement applications
- 4-wire configuration with female connector
- Threaded mounting with 0.708 in. thread diameter
- 22.83 in. wiring harness length
- OE-style construction for accurate fit and function
- Denso aluminum oxide trap layer helps protect the ceramic element from silicone and lead contamination
OE-Style Design and Application
The Denso OE Style line is built to match original equipment standards for fit, form, and performance. This oxygen sensor is precision built for the listed vehicles, including 1998-1999 Mitsubishi Eclipse downstream applications, 1996 Mitsubishi Mighty Max upstream applications, 1993-1995 Mitsubishi Mighty Max upstream applications, and 1993 Dodge Ram 50 upstream applications. The part number 234-4636 is also cross-referenced to ACDelco 213-2985 and NTK 23519 for the same application.
What This Oxygen Sensor Helps Address
- Check engine light related to oxygen sensor performance
- Incorrect air-fuel mixture readings
- Reduced fuel economy from a worn sensor
- Slow sensor response during closed-loop operation
- Emissions test failures tied to sensor degradation
Installation Notes and Tips
Verify the sensor position before ordering, since this part is listed for both upstream and downstream locations depending on vehicle application. Confirm the threaded mounting style, 4-wire connector, and harness length against the original sensor before installation. For best results, compare the existing connector and routing on your Mitsubishi Eclipse, Mitsubishi Mighty Max, or Dodge Ram 50 to ensure the replacement matches the OE layout.
Quality Assurance
Denso manufactures and tests these oxygen sensors to OE standards for consistent fit and performance. The design includes contamination protection for the sensing element, supporting long service life in demanding exhaust environments.
| Year | Make | Model | Transmission | Position | Notes |
|---|---|---|---|---|---|
| 1999 | Mitsubishi | Eclipse | — | Downstream | California exempt parts can be used on pollution controlled vehicles in California.; OE Style |
| 1998 | Mitsubishi | Eclipse | — | Downstream | California exempt parts can be used on pollution controlled vehicles in California.; OE Style |
| 1996 | Mitsubishi | Mighty Max | Automatic | Upstream | OE Style |
| 1995 | Mitsubishi | Mighty Max | Automatic | Upstream | California exempt parts can be used on pollution controlled vehicles in California.; OE Style |
| 1994 | Mitsubishi | Mighty Max | Automatic | Upstream | California exempt parts can be used on pollution controlled vehicles in California.; OE Style |
| 1993 | Dodge | Ram 50 | Automatic | Upstream | California exempt parts can be used on pollution controlled vehicles in California.; OE Style |
| 1993 | Mitsubishi | Mighty Max | Automatic | Upstream | California exempt parts can be used on pollution controlled vehicles in California.; OE Style |
| No rows match your filter. | |||||