Technical Description of OBD-II Trouble Code
The circuit for the Injector Control Pressure Sensor is experiencing intermittent issues.
What does that mean?
This is a generic diagnostic trouble code (DTC) for the powertrain and is applicable to many OBD-II vehicles (1996-newer), including Toyota, Ford, Dodge, Chrysler, Jeep, Chevrolet, GMC, and others. The exact repair steps may vary depending on the year, make, model, and powertrain configuration of the vehicle.
OBD-II trouble code P2287 and related ICP codes P2283, P2284, P2285, and P2286 are associated with the circuit of the injector control pressure (ICP) sensor. Most vehicles have the Power Control Module (PCM) monitoring this circuit.
The purpose of the injector control pressure sensor circuit is to provide a feedback signal that indicates the fuel rail pressure. This allows the PCM to adjust injector timing and injection control pressure for proper fuel delivery under different speeds and load conditions. The specific components involved in this process vary depending on the vehicle and fuel supply system configuration. Many modern diesel engines use an injector driver module (in conjunction with the PCM) to facilitate fuel and oil delivery to the injectors for each cylinder of the engine.
When the PCM detects an intermittent voltage or resistance problem/malfunction in the injector control pressure sensor circuit, it sets code P2287 and illuminates the check engine light. This ICP sensor code is commonly found in Ford F-250, F-350, 6.0L Powerstroke equipped trucks. The sensor is usually located behind and below the turbo, facing the driver’s side.
An injector control pressure ICP sensor:
What is the severity of this DTC?
This code is typically of moderate severity, but if not corrected promptly, P2287 can cause internal engine damage.
What are some of the symptoms of the code?
Symptoms of a P2287 trouble code may include:
What are some of the common causes of the code?
Possible causes for this P2287 code include:
What are some P2287 troubleshooting steps?
The first step in troubleshooting any malfunction is to research the Technical Service Bulletins (TSB’s) specific to the vehicle’s year, model, and power plant. This can save a lot of time by providing guidance in the right direction.
The second step is to check the oil and fuel levels to ensure they are sufficient. Then, locate all components associated with the injector control pressure sensor circuit and inspect them for any obvious physical damage. Perform a thorough visual inspection of the wiring for any defects such as scraping, rubbing, bare wires, or burn spots. Next, check the connectors and connections for security, corrosion, and damaged pins. This process should include all wiring connectors and connections to the injector control pressure sensor, PCM, and fuel pump. Consult the specific technical data for the vehicle to determine if a fuse or fuse-able link is part of the circuit.
Advanced Steps
The advanced steps are highly vehicle-specific and require advanced equipment for accurate execution. These procedures typically involve using a digital multimeter and referencing the specific technical data for the vehicle. In this situation, fuel and oil pressure gauges may be useful tools for troubleshooting.
Voltage Checks
In most cases, the PCM provides a reference voltage of approximately five volts to the injector control pressure sensor. The reference voltage and acceptable ranges may vary depending on the vehicle and circuit configuration. The specific technical data will include troubleshooting charts and the appropriate sequence to follow for an accurate diagnosis.
If this process reveals a lack of power source or ground, continuity testing may be necessary to check the integrity of the wiring, connectors, and other components. Continuity tests should always be performed with the power removed from the circuit, and normal readings for wiring and connections should show 0 ohms of resistance. Resistance or lack of continuity indicates faulty wiring that is either open or shorted and requires repair or replacement. A continuity test from the PCM control to the frame can confirm the serviceability of ground straps and ground wires. The presence of resistance indicates a loose connection or possible corrosion.
What are some common repairs for this code?
Common Mistake
We always recommend seeking professional service to resolve this issue. However, if that is not possible, we offer the option to permanently delete this specific DTC while keeping all other codes active. If you are interested in this option, please upload your ECU file to our portal.
