All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1391 products available)
Ready to Ship
Level sensors for Mitsubishi vehicles come in different types, with each featuring a different working system. The choice of these sensors is based on the application demands.
Mitsubishi capacitive level sensors work by storing electric energy. They have dielectric substances, which differentiate liquid levels from one another. These level sensors can accurately detect liquid levels. This makes them ideal for use in fuel tanks, cooling systems, and other essential reservoirs in vehicles.
These sensors use sound waves to detect liquid levels. Mitsubishi ultrasonics send out sound waves that bounce back after hitting the liquid surface. The sensor measures the time taken for the waves to bounce back. Then, it calculates the liquid level based on this time. These types of sensors are suitable for non-contact measurements. This makes them ideal for areas that are difficult to access.
This sensor uses a magnetic float and a rod that is made of magnetostrictive material to measure liquid levels. The float has a magnet embedded in it. When the float moves, the magnet causes the rod to generate a pulse. The pulse is, therefore, measured to determine the level of the liquid. These types of level sensors have high accuracy when measuring liquid levels. This makes them ideal for critical applications such as fuel tanks in Mitsubishi cars.
Mitsubishi optical level sensors detect liquid levels based on the liquid's light transmission ability. These sensors have a light source and a photodetector. When the light source is within the substance, it passes through easily. But when the light source is in contact with the liquid, it scatters or absorbs the light. This change in light helps to determine the liquid level. These sensors are, therefore, ideal in applications where precise measurements need to be done.
Level sensor parts for Mitsubishi cars use different materials to ensure accuracy and dependability. Level sensor parts manufacturers use these materials since they offer different benefits for their performance and durability.
A significant number of Mitsubishi level sensor bodies and components manufacturers make them use stainless steel. This material is used because it is carbide free. This provides optimal temperature stability and ensures the sensor can work well in extreme operating conditions. Besides, stainless steel is highly resistant to corrosion. This makes it ideal for sensor applications exposed to liquids. In addition, this material offers strength and durability, ensuring the sensor can, therefore, withstand mechanical stress and vibrations without any damage.
PTFE is widely known as Teflon. It is often used to make key parts in level sensors, especially those that come into direct contact with measured liquids. This material has excellent chemical resistance. This means it won't degrade when exposed to solvents, acids, or bases. These are usually in automotive fluids. Apart from that, PTFE has a wide operational temperature range. This makes it suitable for sensors that need to operate in varying heat and cold conditions.
Manufacturers use alumina ceramics in level sensors due to its superior hardness and chemical resistance. This material can, therefore, maintain its integrity even in extremely harsh environments. They also work well in high-temperature applications and provide electrical insulation. This property is ideal for sensors that need to function in high-voltage environments.
Level sensor manufacturers use silicone rubber to make pressure seals and gaskets. This material offers exceptional flexibility and retains its shape even after prolonged exposure to automotive fluids. It can also work well under extreme temperatures without any degradation occurring. Therefore, this provides a reliable seal that prevents contaminants from entering the sensor.
Mitsubishi car industries use level sensors for various commercial benefits. These help to boost the performance and reliability of their vehicles.
Mitsubishi ultrasonics in fuel level sensors provide precise measurement of fuel levels in a fuel tank. They help to give accurate data on fuel quantities. So, this helps the onboard fuel management system to optimize fuel consumption. Hence, this improves the overall efficiency of the engine. Accurate fuel measurement can reduce wastage and enhance driving ranges and cost-effectiveness. These factors are important for the business and end-user, thus boosting their satisfaction.
Using a Mitsubishi pressure sensor helps to monitor fluid levels in real time. This helps to send alerts if any fluid is above or below the normal range. Thus, this prevents over or underfilling of essential fluids, such as engine oil, transmission fluid, and coolant. These prevent equipment damage and costly repairs. Also, maintaining appropriate fluid levels ensures that vehicles can operate at peak efficiency and safety for a long time.
Mitsubishi's level sensors provide valuable data that can be used for predictive maintenance. Businesses monitor variations in fluid levels and identify potential issues before they turn into major problems. For instance, irregular coolant levels may indicate that the system has a leak or that the system is overheating. This helps businesses to schedule maintenance more effectively, reduce vehicle downtime, and lower their overall repair costs.
Mitsubishi level sensors are critical for safety systems in their vehicles, such as low oil level alerts. These help to prevent engine damage and reduce the risk of breakdowns, which can affect the normal operations in businesses. In addition, sensor data can be integrated into fleet management systems to enhance the safety of the vehicle and its driver, thus protecting the investment of risky business operations.
Buys should consider the following factors to enable them to stock quality level sensors suitable for different Mitsubishi vehicles.
Level sensors have different operational modes. Fuel gauge senders for fuel tanks use capacitive, ultrasonic, or magnetic float sensors to measure fuel levels accurately and reliably. Temperature sensors use thermocouples, resistance temperature detectors (RTDs), thermistors, and infrared sensors. These are contact and non-contact sensors that measure and monitor coolant, oil, and atmospheric temperatures. Using the right type of level sensor for these applications will help ensure accurate measurements.
Buyers should stock level sensors that are made of durable materials. Temperature sensors feature copper, stainless steel, Inconel, andAITiN. These are the most common materials used in thermocouples. Fuel level sensors should be corrosion-resistant. Materials such as stainless steel or titanium are suitable for this. Ultrasonic and optical sensors should also be made of durable materials that can resist environmental factors like UV radiation and moisture.
Level sensors are suitable for different environments because they are designed to function in various conditions. For instance, level sensors with watertight or weatherproof enclosures are suitable for fuel tanks, engine compartments, or any area where they are likely to come in direct contact with fluids. Buyers should stock level sensors with enclosures rated to IP68 standards to accommodate prolonged exposure to water. Those rated IP67 can protect sensor components from short water immersion. Also, stock level sensors with enclosures rated IP66. These are suitable for applications with limited exposure to water.
Temperature is an important factor in deciding which sensor couples with various environments and applications. Buyers should select level sensors that can work effectively within the expected temperature ranges. RTDs work well at temperatures ranging from -200°C to 850°C. This makes them suitable for many applications. Thermocouples and thermistors perform well across a wide range of temperatures, making them suitable for harsh environments.
No. Most modern level sensors are designed to require no maintenance. However, some sensors need occasional cleaning to remove debris, corrosion, or buildup that can affect their performance. Also, users should inspect the sensors regularly to check if there are any signs of damage caused by environmental factors.
Level sensors have an average lifespan of three to five years. However, this can be affected by environmental factors, such as exposure to extreme temperatures.
Most level sensor manufacturers offer limited warranties covering defects in materials and workmanship. However, the warranty period usually varies by model, manufacturer, and sensor type. Generally, thermocouples have a shorter warranty period of about one year. On the other hand, RTDs can last up to three years and come with a warranty covering them for up to three years.
Consider the fluid type, temperature range, and pressure condition in which the sensor will operate. Also, consider the sensor's material compatibility with the fluid and choose between contact and non-contact sensors.
