The crank throw provides the least amount of leverage when it is positioned at the top or bottom of the stroke, known as the top dead center (TDC) and bottom dead center (BDC). At these positions, the angle between the connecting rod and the crankshaft is nearly straight, resulting in minimal leverage to convert the linear motion of the piston into rotational motion. This reduces the effectiveness of force applied by the piston during combustion or exhaust cycles.
The throttle position sensor is an input to an engine control computer that sets the amount of mixture provided to the engine, in conjunction with the amount of air flowing into the engine - by setting the ifuel njection solenoid pulse length.
the crank position sensor sends info to the ecu for position of the crankshaft in order to fire the correct amount of fuel and when to send the spark to the sparking pulg.the engine will not start.you can find the sensor mid engine near the crank.
The throttle position sensor determines the amount of throttle used when the engine is running at various speeds. If the sensor is faulty, it can be replaced by ordering a new part.
AnswerIt reads the position and/or speed of an engine as it is rotating. When crankshaft is turning, the sensor will provide a signal to the PCM. The PCM will then allow the engine to start by providing spark and fuel.
In a conventional internal combustion engine there are two typical methods for delivering fuel to the combustion process: 1. carburation 2. fuel injection. Current fuel injection systems are computer controlled, taking into consideration engine temperature, air pressure, air volume, vehicle speed, throttle position, engine RPM and anything else that might be considered even slightly significant. Carburated systems only considered engine vacuum and throttle position, with an indirect method for determining when the engine was first being started. Fuel injection actually monitors what's going on in the engine, delivering the proper amount of fuel to provide maximum power for the minimum amount of fuel. Fuel injection is far more efficient and produces far fewer unwanted emissions.
The fuel rack position sensor is typically located on the fuel injection system of diesel engines. It monitors the position of the fuel rack, which controls the amount of fuel delivered to the engine. This sensor is usually mounted on or near the fuel injection pump, providing crucial feedback for optimizing fuel delivery and engine performance. Its precise location can vary depending on the engine model and manufacturer.
On a 1987 Ford Ranger with a 2.3L engine, the crank position sensor is typically located near the bottom of the engine, mounted on the engine block or the transmission bellhousing. It may be positioned near the flywheel or flexplate, which allows it to detect the position of the crankshaft. If you're having difficulty locating it, consulting a service manual specific to your vehicle can provide more detailed guidance.
Turn the oil filter counter clockwise to remove it. If the filter has been overtightened, drive an old screwdriver into the filter to provide leverage when turning. Be careful so that you don't drive the screwdriver into the engine block.
Answer 1It is a sensing device which detects each revolution of the crankshaft, and the rotational position of the crankshaft at any given time, in order to provide that information to the engine computer. The computer then uses that information as a reference upon which to base ignition timing adjustments.It reads the position and/or speed of an engine as it is rotating.
The camshaft position sensor on a 4.3L engine would be in the distributor.
It is the position of your coach/compartment/bogie from the engine
Yes, the 2000 Pontiac Grand Am GT with a 3.4 V6 engine has two crankshaft position sensors. One is located on the front of the engine, while the other is typically located on the rear. These sensors work together to provide the engine control module with critical information about the crankshaft's position to ensure proper engine timing and performance.