Laundry & Cleaning Appliances Airflo products are "second to none" with its extensive range of appliances taking pride of place in many Australian homes. Airflo provides a comprehensive range of vacuums, whiteware, cooking essentials, air conditioners and homewares in Australia - and has been doing so for more than 20 years. "Go with the Flo" of the genuine vacuum cleaner and appliance company, Airflo. Airflo Steamer AFS130 Handheld Airflo 14.4v Stick Vaccum Airflo 12v Stick Vacuum ADV612 Airflo 2000w vac afv601 Airflo red variable steam mop afs106r Airflo Hi Pressure Multi Steamer AFS518 Airflo 2000W Bagless Red/Grey Vacuum AFV717 Airflo 2 in 1 Stick Vacuum Airflo 2200w Barrell Vacuum AFV737S Airflo 2000W Bagless VacuumWhat is the Mass Airflow Sensor all about? The mass airflow sensor is a round tunnel made of plastic with a sensor attached inside. All cars take air from the outside and pass it into the engine through the air filter.

The mass airflow sensor measures the amount of air entering the engine. For an engine to perform properly, it needs a specific amount of air-fuel mixture. The computer in the car reads the amount of air coming into the engine from the mass airflow sensor and then calculates the correct amount of fuel needed for proper engine performance. If the sensor goes bad, the engine will not know the right amount of fuel to add, causing problems including poor gas mileage, lack of power and more. It is common for the mass airflow sensor to get dirty (if the air filter is dirty) and lose the ability to read the amount of air coming in the engine. If the vacuum hoses are leaking, it will give the same error code as mass airflow sensor failure. When doing this job, the mechanic may recommend changing the electrical connector that connects the mass airflow sensor to the car's computer system. It is possible for the wires in the connector to break, causing the mass airflow sensor to not work.

Routinely changing your air filter can improve the lifespan of your mass airflow sensor Often mass airflow sensors stop working because of bad connectors or wiring harnesses. Anytime the mass airflow sensor is replaced, the air duct between the sensor and the intake manifold should be inspected. Scan the computer in the car for codes. Remove and replace the sensor if found faulty. Check vacuum hoses for leaks and cracks. Test drive the vehicle. Changing the air filter on a regular basis will ensure that the car is getting cleaner air and hence performing optimally. If the Check Engine light is on, get the car inspected as soon as you can. If the Check Engine light is flashing, pull over and get the car towed to avoid costly repairs. A mechanic should always inspect the vacuum hoses and snorkel attached to the mass airflow sensor when replacing it. It is possible for these items to have leaks. Replacing the sensor without fixing the leaks will not solve the problem.

What common symptoms indicate you may need to replace the Mass Airflow Sensor? Check Engine light is on.vacuum cleaner haier Car does not have power.melissa robotic vacuum cleaner test Car may not start.hoover vacuum cleaners for pets How important is this service? In order to run optimally, your vehicle needs to have a perfect fuel-to-air ratio. As the vehicle is moving, an uncontrollable amount of air enters the throttle body and heads into the intake manifold. As such, the fuel has to be adjusted to be optimal for the amount of air. The mass airflow sensor measures the mass of the air that is entering the vehicle, and sends the information to the car’s computer management system.

This system then controls the amount of fuel that is injected into the cylinders, so that the ideal fuel-to-air ratio is achieved. When the mass airflow sensor stops working, the computer cannot receive information on the air intake, and the fuel-to-air ratio will be wrong. This will cause your engine to run poorly, and sometimes not at all. It will also impact your gas mileage.AirFlo Vacuum Cleaners (4)Let's think about how a vacuum cleaner works. It has a canister, behind which there is a motor and a fan. The fan blades are tilted so that air is forced through the hose and the canister, through the porous bag, and out the 'back' of the vacuum cleaner. Without this airflow, the vacuum cleaner will If you were to turn it on in space, there would be no airflow, so the dumb thing wouldn't suck, and you would be stuck with a dirty carpet floating in interplanetary space! Now, because the fan blade is attached to the shaft of a motor, and because the shaft turns around in a ball bearing raceway, there is friction between the

spinning shaft and the casing of the motor which is attached to the vacuumThis friction causes some of the momentum of the shaft and the blade to be transferred to the casing of the motor. On the ground, this has no noticeable effect, but in space, with the vacuum cleaner not attached to a large mass, an interesting thing will happen. When the vacuum cleaner is turned on, the spinning shaft will eventually cause the vacuum cleaner to begin spinning in the opposite direction from the shaft, because the shaft pushes against the bearing causing it to want to move in the opposite direction as the shaft. At first this happens slowly, then at increasing rpms until an equilibrium is reached where the shaft and the vacuum cleaner are spinning at rates that cause their angular momenta to be equal and opposite. The vacuum cleaner will not spin at the same rpms as the shaft because the vacuum cleaner is more massive, and the friction between the shaft and the vacuum dictates how much angular