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FAE makes several vehicle sensors that measure different fluid and operating characteristics. Following are the most popular kinds of FAE sensors.
Like all fuel-level sensors, the FAE fuel-level sensor measures fuel in the tank. It sends the measurement to the onboard computer for evaluation and display. The vehicle owner will then see the available fuel level as a gauge on the vehicle dashboard.
Mechanically, the sensor contains a floater that moves up or down with the liquid level. A potentiometer (variable resistor) converts the floater movement into an electric signal. FAE has a series of fuel-level sensors for specific vehicles. Interestingly, sensors like the FAE sensor for VW vehicles and the FAE sensor for Audi vehicles are quite similar.
Engine temperature sensors protect the car engine from overheating. They detect when the engine is running hot and send a warning signal to the car's computer. The computer then triggers the dashboard warning light so the driver knows to pull over to avoid serious engine harm.
Cabin temperature sensors tell the car's climate control system what the interior temperature is. They help the air conditioning blow the desired temp. Cabin temperature sensors work with other sensors to provide a holistic internal info collection.
Oxygen sensors measure the amount of oxygen in the engine exhaust. They help the car computer add just the right amount of fuel required for proper combustion. Too much or too little fuel causes incomplete combustion, which results in wasting fuel and releasing deadly emissions. So, oxygen sensors help improve fuel economy and reduce toxic emissions.
Wheel speed sensors help the vehicle know the speed of each wheel. The information enables ABS and traction and stability controls to function normally. The information is critical because the same sensors provide the speed info for the speedometer on the vehicle dashboard.
FAE sensors play critical monitoring and protection functions in cars and other auto vehicles. Engine and cabin temperature sensors help prevent heat-related damage by warning the user of such impending disasters. Fuel-level sensors accurately gauge available fuel and help the driver manage fuel usage better. FAEs oxygen sensors also improve vehicle fuel efficiency by enabling the onboard computer to add only the right amount of fuel needed.
Farm and construction tractors and other heavy machinery used in such industrial work require comparable monitoring systems to the sensors in regular cars. FAE temperature and fuel-level sensors help monitor the status of critical fluids and save users the dilemma of paying for repairs due to negligence. Moreover, FAE offers the kind of precision and reliability these important machines require for performance and efficiency.
Light and heavy-duty trucks work hard daily, transporting goods and services. FAE sensors help monitor the operating parameters of these workhorses, allowing fleet managers to avoid potential issues. For instance, a temperature sensor that warns of the impending overheating typical of warning FAE Fuel sensors. Coupled with cautionary alerts, FAE temperature and fuel sensors help improve truck performance and durability.
Precision
Sensors must be precise to keep the operation within acceptable ranges so the user does not suffer any consequences. Luckily, FAE sensors are accurate, so users can rely on them for the right info.
Durability
Durability is also critical because, particularly for automobiles, elements like dust, high temperature, vibration, and others are virtually unavoidable. Luckily, FAE constructs sensors with materials that can withstand these elements defensively, hence durability.
Easy installation
FAE has designed its sensors with ease of installation in mind. Regardless of the type, most FAE sensors are easy to DIY, with no special sensors required.
Versatility
Fuels sensors, temperature sensors, oxygen sensors, or FAE wheel speed sensors, FAE has something for every mainstream automobile and heavy-duty farm and construction machinery. Moreover, FAE sensors work with both OEM and aftermarket.
Unlike many auto repairs, installing a vehicle sensor is fairly easy. One, FAE sensor installation requirements generally don't require special tools. And two, most sensors are easy to find, located near the engine or within the tires.
However, FAE retains the general ease of sensor installation, standardizing how some of its sensors are installed. Basically, the general steps to install FAE sensors are as follows:
The good news for users is that vehicle sensors almost never need maintenance. They are among the very few contemporary vehicle components that users can install and forget about. Their durability means they can also withstand the elements that typically wreak havoc on components that require regular maintenance.
However, the attached wiring harness may require maintenance. Wires are among the most abused vehicle parts, as a lot of things run or pass through them. So, regularly inspecting them for signs of wear or damage keeps them in good condition.
The quality of the FAE sensors manifests in the precision with which they perform their operations and the quality of materials used to make them. Precision is critical because it helps auto users maintain the status quo and avoid disasters. FAE sensors are precise, so users can rely on them for accurate measurements. As for the quality of materials, FAE makes sensors with sturdy materials that can withstand elements as diverse as extreme temperatures, vibration, dust, and even moisture. Hence, durability.
The high level of sturdiness of materials used to construct FAE sensors means they are very durable. FAE makes sensors for automobile detection and protection; because of their functionality, they are constructed with defense in mind. Immense wear and tear, including dust, moisture, extremes of temperature, and vibration, among others, are daily confrontations FAE sensors must withstand. And they do, owing to the quality of materials they are constructed with.
Further, the rigorous testing FAE subjects all its sensors to, including stress testing, helps catch any potentially fatal flaws that may compromise durability. Hence, durability is guaranteed.
A1. FAE makes a select kind of vehicle sensor that quite a number of its customers are happy with. The most popular FAE vehicle sensors include temperature (engine and cabin) fuel level, oxygen, and wheel speed.
A2. Yes, installing FAE sensors is relatively easy. Sensor installations don't require special equipment. Plus, all the FAE sensors are designed for ease of installation. However, some components must be removed, and the vehicle fired to check sensor performance.
A3. FAE sensors are highly durable, as the materials from which they are constructed are of premium quality and can withstand elements as diverse as extreme temperatures, dust, moisture, and even vibration. Rigorous stress testing further ensures durability.
A4. Users need to do little to nothing once they install FAE sensors. They are one of the few contemporary vehicle components users can install and forget about. FAE wheel speed sensors, for instance, are among the sensors that don't require maintenance. However, the wiring attached to the sensors may need inspection occasionally.
A5. Vehicle sensor manufacturers make the sensors with precision and accuracy in mind, as they are critical for performance and protection. FAE sensors specifically are accurate, so users can rely on them for accurate measurements. Accurate sensors improve vehicle performance and increase fuel economy while protecting potentially critical vehicle components.
