Dorman 926-870 Fuel Injection Fuel Rail Pressure Sensor

Dorman 926-870 Fuel Rail Pressure Sensor

Dorman 926-870 is a fuel injection fuel rail pressure sensor built for specified Ram applications. It matches the original sensor’s fit and function, with a standard replacement design focused on durability and consistent fuel system performance.

Key Features

• Direct-fit, specific application sensor for Ram fuel system service
• Standard replacement design for OE-style fit and function
• Oval connector shape with 3 terminals
• Male connector and male terminal configuration
• No mounting bracket included
• No wire harness included
• Package contents: 1 fuel pressure sensor

Detailed Description

This fuel rail pressure sensor monitors fuel pressure in the rail and sends the signal needed for proper engine management. Dorman 926-870 is engineered to match the original sensor on specified vehicles, helping maintain accurate fuel delivery feedback in Ram 1500 and Ram 1500 Classic applications. It is a direct replacement for service work where the original sensor has failed or is no longer reading correctly. This part cross-references Mopar 68550956AA for the same application.

What It Helps Address

• Fuel pressure sensor fault codes
• Hard starting related to incorrect rail pressure readings
• Rough idle caused by inaccurate fuel pressure data
• Engine performance issues tied to fuel delivery monitoring
• Check engine light concerns from a failed rail pressure sensor

Installation Notes

Compatible With 2013-2024 Ram 1500 and 2019-2024 Ram 1500 Classic. Verify the connector shape, terminal count, and OE part number before installation. This sensor uses a specific-fit design, so confirm the original sensor style matches the vehicle application before replacement. For best results, inspect the connector and surrounding fuel system components for damage or contamination during service.

Quality Assurance

Dorman designs this sensor as a standard replacement for the original fuel rail pressure sensor on listed Ram applications, with an emphasis on fit, function, and durability.