Intake air temperature sensor 5L-E Toyota 89424-12010, 170400-6020, cleaning, multimeter Vorel 81780 скачать в хорошем качестве

Intake air temperature sensor 5L-E Toyota 89424-12010, 170400-6020, cleaning, multimeter Vorel 81780

Hi guys! This is the Princess Prado Channel! Let's inspect the air intake of a Toyota Land Cruiser Prado LJ120 with a 5L-E engine. I will start with the intake air temperature (IAT) sensor. This engine has a simple intake air temperature sensor and does not have a more complex mass air flow sensor. This air intake temperature sensor has a Denso part number. Intake (inlet) air temperature sensor Toyota # 89424-12010 (Denso # 170400-6020). Despite the air filter, it has some dirt on it. Let's clean the intake air temperature sensor with the mass air flow sensor cleaner. At the end of the video, we will test the sensor resistance using a multimeter. Let's detach the Air Cleaner Hose No.1. Let's detach the intake air temperature sensor connector. Let's remove the Air Cleaner Cap Sub-Assembly. It is quite clean after 2000 kilometers, however I was mostly using paved roads. Also, I did not observe any leaks around the rubber seal of the genuine Toyota filter, compared to the aftermarket one. Let's close the Intake Pipe. Earlier I fixed these loose grommets. Let's remove the Intake Air Resonator. We need to remove these 3 bolts. This way it is easy to remove the Air Cleaner Hose No.1. This way it is easy to remove the Air Cleaner Hose No.1. I am going to wash the Air Cleaner Hose No.1. This inscription is impossible to see while the resonator is above. Now it looks cleaner. Do not forget to clean the Dust Relief Valve. The rubber on the dust release valve came loose, and I put a small rubber ring on top to tighten it up. After cleaning and drying everything, I installed everything back. But let's check the resistance of the intake air temperature sensor. To do this we need to measure the temperature with a thermometer. It's about 31.8 degrees Celsius. Measure the resistance between the terminals. The resistance is 1.51 Kilo Ohms According to the graph, it is ideal. You can find this graph in the video description. Thanks for watching! Bye! https://lj120.blogspot.com/2024/08/gr...