What is the torque specs for flywheel bolts on ford 300 5 speed?

What are the torque specs for flywheel and pressure plate bolts on a 1999 ford ranger 2.5L 5-speed 2WD?

For a 1999 Ford Ranger with a 2.5L engine and 5-speed transmission, the torque specifications for the flywheel bolts are typically around 85 lb-ft. For the pressure plate bolts, the torque specification is generally around 12-15 lb-ft. Always double-check with a service manual or reliable source for the most accurate and specific information for your vehicle.

Why flywheel is used in dc series motor?

because starting torque is high and without any load, speed becomes infinite.

What is the firing order on a 235?

Chevy 235 specs: Firing Order: 1-5-3-6-2-4 Spark Plug Make: AC 44 Spark Plug Gap, Inch: .035 Timing Mark: Ball on Flywheel Engine Idle Speed, RPM: 425 Compression Pressure & Cranking Speed: 130 min. Valve Stem Clearance: Intake: .0001-.0025; Exhaust: .001-.0025 (Torque Settings) Spark Plugs: 20-25 Cylinder Head Bolts: 60-70 Intake Manifold: End clamp bolts: 15-20; Center clamp bolts: 25-30 Exhaust Manifold: End clamp bolts: 15-20; Center clamp bolts: 25-30 Rocker Arm Shaft Bracket: 25-30 Rocker Arm Covers: 25 (inch/lbs) Connecting Rod Cap Bolts: 35-45 Main Bearing Cap Bolts: 100-110 Flywheel to Crankshaft: 50-65

What meninges of Torque?

If you mean "what does torque mean", then it means it's the amount of twisting power your tires will have. Horse power is speed and torque is strength. Torque is like leverage, the bigger the throw on a flywheel, the more torque you have ( meaning more towing power or getting going power).

No reference to autos How do you calculate the horse power and torque created by a 40 lb flywheel spinning at 500rmp?

Quick answer: "impossible". Spinning flywheels don't create energy. The horsepower and torque necessary to spin a flywheel up to 500rpm must come from somewhere. That being said, there are unnamed variables which make the calculation of how much kinetic energy is stored in a 40 pound flywheel impossible. How big is the flywheel? Is it a uniformly dense disk? Is most of the weight on the edge, with spokes? Too many variables, and the maths would be well beyond me. Finally, horsepower and torque are the wrong way to think about energy unless you are referring to autos, or at least automobile style engines. Horsepower is the capacity of an engine to speed something up. Torque is how much pulling power an engine has. Examples: putting a giant flywheel in an engine will lower its horsepower measurably, because the engine will need to put energy into getting the flywheel up to speed. On the other hand, a flywheel, whatever the size, doesn't affect an engines torque. A truck with a hugely heavy flywheel on the engine can still tow the same load, since the energy going into spinning the flywheel up to speed is still energy contained by the drivetrain. Big rigs have giant straight six Diesel engines with a long crankshaft, huge flywheel, heavy wheels and axels, and they might typically have 300 horsepower. However, all that spinning weight does nothing to the torque figures, which can exceed 1,000 foot pounds. Typically, automobiles have HP and torque figures within a few percent of each other.

What Calculate the brake power of an engine producing 1150lb-ft of torque at the flywheel when it is turning at 2000 rpm?

Convert 1150lb-ft to 1157.42Nm and 2000rpm to 209.439 rad/s Brake power= Torque x rotational speed= 242409 W

Is high speed engine requires massive fly wheel?

Actually the high speed engines produce the large torque per rpm so that energy will be wasted if the heavy flywheel is being utilized ,so in order to minimize the losses of energy storage the light weight flywheels are being used,which will be more effective similarly the low speed engine the light weight flywheel is being used

Will an 89 4 speed work in a 73 ford if you use the 73 bellhousing flywheel clutch pressure plate and throw out?

yep it will all work long as the bell housing bolts to the block

What is the torque on a torque converter?

Torque output of the engine at that speed.

What is the function of a flywheel?

A flywheel is a heavy metal wheel attached to a drive shaft, having most of its weight concentrated at the circumference. Such a wheel resists changes in speed and helps steady the rotation of the shaft where a power source such as a piston engine exerts an uneven torque on the shaft or where the load is intermittent, as in piston pumps or punches. By slowly increasing the speed of a flywheel a small motor can store up energy that, if released in a short time, enables the motor to perform a function for which it is ordinarily too small. The flywheel was developed by James Watt in his work on the steam engine.

A heavy rotating wheel that stabilizes the speed of the device to which it is attached?

That would be a flywheel. It stores rotational energy and smooths out fluctuations in speed to maintain stability in the device.

What is the relationship between torque and speed for an electric motor?

Torque and speed are inversely proportional