Crankshaft Balancer Shaft

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Crankshaft Balancer Shaft
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Vibrations while your car's engine is running can be maddening. It's often difficult to pinpoint their their origin. For example, suppose one of the engine mounts has broken. The engine might nestle against the side of your vehicle's frame, causing a vibration that seems to rattle the entire car. Likewise, a vibrating drive shaft or suspension can also be difficult to diagnose.

Nearly any component with moving parts can cause vibrations. This makes identifying the source problematic. For this reason, you may need to have your mechanic or a dealership technician diagnose this issue. The downside is that doing so can be expensive, especially if it requires a lot of time. Below, we'll offer a few suggestions that may help you avoid a large diagnostic bill.

Harmonic Balancer

This component is attached to the front of the crankshaft and is responsible for minimizing vibration in the crankshaft and engine. There is a metal ring located in the middle, which is encircled by a rubber insulator. The insulator is encircled by an outer ring. The metal ring in the center can be knocked out of place if the insulator breaks, or otherwise fails. If this occurs, the outer ring can bounce and create a vibration. The noise will grow more pronounced as the rpms increase.

Engine Mounts

Engine mounts are designed to connect your motor to the frame of your car, and thus minimize vibrations. They are built with a piece of rubber that sits between two metal plates. One plate connects to your engine and the other connects to the frame. The rubber provides a small measure of elasticity. When the mounts fail, the surface of the engine touches the frame and causes a vibration.

Flexplate

A flexplate connects the torque converter to the crankshaft. It is also the lever through which the starter turns the engine over. This component helps to balance the engine with counterweights, which are typically welded directly onto the flexplate. On rare occasions, the counterweights can become detached and cause a vibration.

Thus far, we've limited the discussion to problems that can cause vibrations when your engine is running, but your vehicle is at rest. From this point forward, we'll turn our attention to parts that vibrate when your vehicle is in motion.

Tread Wear On Your Tires

Your tires can develop a cupped pattern on either side of the tread. This is usually an indication that the struts or shocks of your suspension system are worn. Cupping can also be caused by your tires being out of balance. When this happens, the tire causes a vibrating sensation because the uneven tread touches the road erratically. As you might expect, this causes the tread wear to worsen, which, in turn, causes a more pronounced vibration.

Drive Shaft U Joint

Your car is equipped with universal joints that are attached to the drive shaft. Each joint is designed with four caps that allow rotation and transfer power from the motor to the differential system. The rotation function is made possible partly by grease, which lubricates the joint. A U joint that fails will cause a steady vibration while your vehicle is in motion.

Axle Bearings

Axle bearings are constructed of steel and are designed to withstand wear and tear. They are responsible for keeping your vehicle's weight supported while your tires move. Normally, the axle bearings should last for the life of the car (usually up to 150,000 miles). They can fail, however. When they do, the weight of your vehicle is thrown off-balance, which may allow metal to touch metal. This causes a vibration. As a side note, this component cannot be repaired; it must be replaced.

If you notice something vibrating when idling or driving, and have difficulty locating the source, inspect the components listed above. By doing so, you can identify the failing part so your mechanic can spend his time repairing or replacing it.

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Detroit Diesel 110

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(Redirected from Detroit Diesel Series 110)
The Detroit Diesel Series 110, with 110 cubic inches displacement per cylinder, was introduced in 1945 as more-powerful alternative to the existing Series 71 engines. It was used in a variety of applications, including construction equipment and power generation. The most popular use was in the Budd RDC self-powered rail car. It was also heavily used in Euclid construction machinery. In 1951 a marine version was also introduced.

Overview
The Detroit Diesel Series 110 is a two-stroke cycle Diesel engine series, available in six cylinder inline configuration (in keeping with the standard Detroit Diesel practice at the time, engines were referred to using a concatenation of the number of cylinders and the displacement, so this was a model 6-110). It was introduced as the second mass-market product of the Detroit Diesel Engine Division of General Motors in 1945.
The 6-110 series engines utilize uniflow scavenging, where a blower mounted to the exterior of the engine provides intake air through cored passages in the engine block and ports in the cylinder walls at slightly greater than atmospheric pressure. The engine exhausts through push-rod operated poppet valves in the cylinder head, with either two or four valves per cylinder. Unit fuel injection is employed, one injector per cylinder, with no high fuel pressure outside of the injector body. The injectors are cycled from the same camshaft responsible for opening the exhaust valves.
As a two stroke cycle Diesel engine cannot naturally aspirate, or draw in its own intake air, the blower is necessary to provide air in an amount sufficient both for scavenging of exhaust gasses from the cylinder and to support combustion. Initial versions of the 6-110 engine used a centrifugal-type supercharger. This was very practical for fixed-speed applications such as marine or generator service, but proved a failure in automotive applications. "The engine was developed on the dyno and was never operated above rated RPM. The first application was in Euclid mining trucks, where the driver's income depends on how fast he drives the empty truck back down into the pit. The centrifugal blower ran about 10 times engine speed. Exceeding that RPM was fatal, and in a truck a single missed downshift could mean a failed engine." For that reason a Roots type blower was made available as an option after about 1952. Later high performance versions were available with turbochargers.
The initial Series 71 engines from Detroit Diesel were produced in 1-, 2-, 3-, 4- and 6- cylinder versions. The most powerful version, the 6-71, displaced 426 cubic inches and produced 170 HP at 1800 RPM. While these engines with their low cost and relatively light were highly successful, there was also great demand for higher horsepower, especially for non-highway applications such as power generation and construction equipment.
Since inline engines of more than 6 cylinders tend to have substantial technical problems, and since GM was not to perfect V-block engine technology for another decade, they took two divergent approaches to achieving higher horsepower. One was to couple together multiple 6-71 engines in twin (side-by-side), tandem (fore-and-aft) and the incredible Quad (four 6-71s all driving a single shaft). While these did produce high horsepower and even added some redundancy, they were mechanically complex and relatively expensive.
The alternative approach was to design a new engine and increase the displacement from the existing 71 cubic inches to 110 cubic inches, or roughly a 50% increase. This resulted in the model 6-110 or 660 cubic inches total displacement. While the basic engine components (block, crankshaft, pistons, etc.) were all new, many of the additional components (injectors, governors, accessories, marine gears) were simply shared with the Series 71 engines. Since the 6-110 was designed from the outset for heavy-duty high-horsepower applications, it was never produced in a four cylinder version (that would have displaced 440 cubic inches, very close to the 426 ci displaced by the 6-71).
The introduction of the V-71 series in 1957 effectively doomed the 6-110, as both the 8-71 (728 cubic inch displacement) and 12-71 (852 cubic inch displacement) offered higher horsepower in a more compact form factor. However the high torque and great reliability of the 6-110 was still valued for heavy-duty applications.
The Series 110 was last produced in 1965, after which the manufacturing rights were purchased by the W. W. Williams Distribution Company, which continues to provide parts for these engines.
Specifications
The 6-110 was a remarkably flexible engine. The same basic block was available in both clockwise and counterclockwise rotation, and the exhaust...(and so on) To get More information , you can visit some products about crystal clok oscillators, Car Audio Electronic, . The Super Scanner Walk Through Metal Detectors products should be show more here! 

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anyone know how to time the gears on a CRF250R Honda???

I am not sure on the marks, which ones have to be aligned. There are marks on the crankshaft and on the balancer shaft along with marks on te crank gear and balancer shaft gear.

each and every mark has a corresponding mark that needs to be lined up with the other one
go to your local library and they DO have books there that do show you the marks and exactly how to do the job

good luck

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