• Датчик PMHOT
  • Датчик токсичности
  • Датчик ускорения
  • Датчик скорости рысканья
    • Датчик обнаружения слепых зон
    • Датчик расстояния круиз-контроля
    • Датчик угла поворота рулевого колеса
  • Онлайн-каталог

Масляный радиатор двигателя – как он работает и как выходит из строя?

It’s no secret that cars can overheat in hot weather or even when they’ve been driven for long distances. The good news is that this can be avoided by continuously cooling the engine. Fortunately, this is where our engine oil cooler steps in. It is responsible for regulating the temperature of your car and helps maintain your car’s peak performance.

In short, the engine cooler is part of your car’s radiator system. Using a labyrinth of tubes, it circulates around the engine to provide a cooling effect. It can reduce the temperature by about 30 degrees, thus preventing our cars from overheating! Not only that, the engine oil cooler helps maintain the proper viscosity level. When the car overheats, the viscosity is lower, which means that it is difficult for the oil to stick to the components.

How engine oil cooler works

We all know that engine oil is one of the most important fluids found in our cars. Oil provides the necessary lubrication to ensure wear of parts. All engines need a heat exchanger because it releases the energy used by the engine. If your vehicle has a water cooling system, it depends on the radiator.

The car oil cooler is a component that helps maintain the optimal temperature range of the engine and its various parts. It can be placed in different places on the engine to make it work more efficiently.

The oil enters the oil guide while the temperature is still high. Inside the cooler, the oil moves around tubes equipped with fins that release heat. Once the oil has been treated, it leaves the cooler at an already colder temperature. This cycle continues repeatedly.

Why engine oil cooler failed

An engine oil cooler should last for years with minimal problems. Some of the most common problems are cracks and leaks in the cooler. Rust often causes leaks, but road vibrations can also contribute to this problem, especially if you drive off-road. Generally, this problem is more likely to occur in an older vehicle.

Common oil cooler error codes

  • P0195: Engine Oil Temperature Sensor
  • P0196: Engine Oil Temperature Sensor Range / Performance
  • P0197: Engine Oil Temperature Sensor Low
  • P0198: Engine Oil Temperature Sensor High
  • P0199: Engine Oil Temperature Sensor Intermittent

Symptoms of oil cooler fault

Like all mechanical equipment, your car’s oil cooler is bound to fail at some point. The timing of failure depends on many factors, but will fail over time. In some cases, these are signs of other problems with your car, but in general, when you experience these symptoms, there is always something wrong with the oil cooler. Here are some symptoms of a damaged oil cooler.

  • Coolant Leakage
  • Diminished Engine Performance
  • Black Smoke
  • Vibrations
  • Swollen Radiator
  • Coolant Mixed With Oil

Получите полную поддержку

MOOCAR — как ведущий экспортер, мы постоянно разрабатываем прорывные решения для датчиков и приводов, чтобы помочь оптимизировать контроль выбросов, экономию топлива и управляемость. В дополнение к вышеперечисленным частям мы предлагаем полную поддержку данных, рыночной информации.

[идентификатор_формы_ниндзя=2]

Делиться:

Facebook
Twitter
Пинтерест
LinkedIn

Найдите свои детали

Датчик PM
Датчик NOx
Датчик ускорения
Датчик скорости рысканья

Самый популярный

Получайте последние обновления

Подпишитесь на нашу еженедельную рассылку

Никакого спама, уведомления только о новых товарах, обновлениях.
На ключе

Сопутствующие ресурсы

Датчик ABS – Как работает и выходит из строя датчик ABS?

How ABS sensor work?
Why ABS sensor failed?
На что обратить внимание в случае выхода из строя датчика ABS?
How to troubleshooting an ABS sensor?
What are ABS sensor common fault codes?
На что обратить внимание в случае выхода из строя датчика ABS?
How to replace ABS sensor?

Читать далее "

Понимание датчика MOOCAR PM в современных транспортных средствах

Understanding the MOOCAR PM Sensor in Modern Vehicles A Particulate Matter (PM) sensor is a critical component of modern vehicle emission control systems, particularly in diesel engines and gasoline vehicles equipped with Gasoline Particulate Filters (GPF). Its primary function is to monitor real-time concentrations of soot particles (PM2.5/PM10) in exhaust gases and transmit data to

Читать далее "