The Intake Air Temperature (IAT) sensor in a 2004 Dodge Ram is typically located in the intake manifold or the air intake duct, often near the air filter or throttle body. Its primary function is to measure the temperature of the air entering the engine, which helps the engine control module optimize fuel delivery and ignition timing. To locate it, you may need to follow the air intake path from the air filter to the manifold.
The positive wires for IAT sensor on a dodge ram are the red ones. The black wires are are ones that serve as the negative cables.Ê
I have a 2003 Dodge Ram 5.7 4x4. Can you tell me where the IAT Sensor is located ? I have a G-Force chip to install. Also can you tell me the 2 correct wires to use ?
Front pass side of the intake manifold.
To locate the IAT sensor in a 2005 Dodge RAM 1500, you will first need to shut off the vehicle and apply the parking brake. Find your intake manifold and identify the two intake runners. The second runner will be located a few inches from the front of the intake manifold on the left side. The IAT sensor is located inside of this runner.
Two wire sensor on the front passenger side of the intake manifold.
A P1501 code on a Dodge Ram typically indicates an issue with the intake air temperature (IAT) sensor or its circuit. Start by checking the IAT sensor and its wiring for any damage or disconnections. If the sensor is faulty, replace it, and clear the code. Additionally, inspect the air intake system for any leaks or blockages that could affect sensor readings.
The IAT sensor for a 97 Ram 2500 is on top of the engine. It is at the front on the passenger side of the intake.
the iat sensor is located on the passenger side toward the top and front of the intake manifold the iat sensor is located on the intake manifold. It's on the very front, passenger side of the manfold, almost at the top
If it has a V8 it should be on the intake manifold near the front on the passenger side.
Front passenger side of the intake manifold.
in the block
It does not have a mass airflow sensor.