Showing posts with label Cookware. Show all posts
Showing posts with label Cookware. Show all posts

Tuesday, September 20, 2011

Naval Air Filter Diesel Exhaust Systems

Naval Air Filter Diesel Exhaust Systems

Exhaust System

Fuel itself is of no use: it takes oxygen from outside air to burn. At the lowest level, this is done spontaneously, forcing the piston down during the intake stroke, the air rushes to fill past the intake valve open on the expanding space. Then, when the compression stroke is completed and opens the exhaust valve and piston pushes the exhaust gases passing from ready for a fresh charge of clean air.

In practice, however, the engine, the airFilter against dirt, moisture, and pieces of garbage is sucked into the cylinder to stop, and must have an exhaust system for hot exhaust gases in a safe and quiet. To save with a separate filter for each cylinder and the exhaust more cylinders, the flow of air into the cylinders fed by tube-like structures called the intake pipes, and carried away from the exhaust manifold-like structures called.

Air Filter

Unlike their cousins, theMakes tractors and construction equipment, marine diesel usually operate in a relatively clean, there is no danger of them with straw, must fight dust and litter along the road. This means that their air filters can be relatively simple, so that some engines are working closely for years with little more than a metal box with a pair of diaphragms in them.

Most, however, have something a little 'more challenging, both in wire mesh or porous paper.

Paper tends tolimit the flow of air to do so for them its environment must be increased by folding into an accordion. It 'easy to clean and hard, so that when a clogged filter paper, will be replaced by a new one.

Wire netting does not restrict the flow of air time, but is less effective because the gap between the wires is greater than that between the fibers of the paper. To solve this problem - and minimize corrosion - metal mesh filter should be soaked in oilfrom time to time, so the dust sticks away from them, rather than directly through.

Discharge

When it comes to exhaust systems, the boat is on the other foot: road vehicles and agricultural machines have an easy game. The engines are in fields that are open to the atmosphere, but isolated from their drivers and passengers, so everything that is required, a tube with the exhaust manifold, with a couple of chicanes to reduce noise. A couple of structures Lakeadopt a similar system "dry" exhaust, usually in the form of an exhaust pipe stick up from the engine room to stop with a weighted lid to mix or spray ran inside and heat resistant to minimize the residual risk of fire or burns.

For pleasure craft, however, are pretty well standard wet exhaust systems, are used with the engine cooling water to cool the exhaust gases. The water is to turn the gas injection, where it is almost mixedimmediately turns to steam, but reduces the temperature of the exhaust gases of about 500 ° C to 70 ° C - cool enough to be used in flexible pipe and fiberglass for the rest of the exhaust system.

Then lower temperature of the steam condenses into water. Therefore, the mixing takes place in a curve: it protects the engine against the possibility of cooling water through the system and run back into the cylinder.

If the engine underthe water line, or very close, but the injection curve is not enough: there is a risk that the water already in the exhaust could set up a siphon effect, to do with where the sea water from outside the way back through the exhaust system and the engine would. To avoid this, many boats, a further round in the exhaust system, like a swan neck have known. To protect against the possibility of waves push water out the exhaust, some boats have a one-way valve at the end of the tubeAfter his exit from the hull, and on some boats can also find a hand-operated gate valve that seals the drain completely, when the engine is not used.

The key thing to a draining system which is not the flow of exhaust gases over a certain limit, because the air from the cylinder if not more, will be no place to get fresh air into effect is exactly the same as if the clogged air filter are: oxygen, is not the engineIts location, its fuel economy, loses energy and produce black smoke.

More power

Each motor is just a device to convert the energy released by combustion of fuels into mechanical energy. None of them are very good at it: more than 60 percent of the energy is released from the fuel heat, vibration and valid, and not used as mechanical work. Engine designers are constantly striving to improve efficiency, but the fact remains that the power an engine can produce is alwayslimited by the speed with which fuel can.

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Sunday, August 28, 2011

2001 Pontiac Trans Am Firehawk built LS6

2001 Pontiac Trans Am Firehawk built LS6 On YouTube.





Firehawk Playday! Not my car, but I had the eyes of all the video post. Factory options: Option Firehawk T-top glass roof panels 6-speed, Bilstein package Chrome Wheels Hurst Shifter Dual Auburn position changes external exhaust: blackened stainless steel side-rear Firehawk Badges polished stainless steel clamps Pontiac Sides Tint 20% / 5% rear Interior Modifications: Custom Roll Cage 6 point short of Lou Stick Performance: MTI Hooker long transparent tube coverHooker headers ORY SLP Dual / Dual Catback QTP electric cutout descreened ASP underdrive pulley MAF TB bypass Ported / polished throttle bearing forged 347 short block from FFHP Futral Motorsports F15 "aka Ron Jeremy" cam specifications: 236 "/ 239" .600 "/. 611 "111LSA double valve springs Manley Manley Manley Hardened Hardened Hardened seat holder 7.400" chromoly rods Suspension / Chassis: Spohn Lower Control Arms Spohn Panhard bar, Spohn Solid Motor Mounts Spohn Rear Drag Sway Bar Spohn subframesSpohn Strut Tower Brace Connections custom 6pt roll cage of steel braided brake line first Eibach springs Transmission: Built by T56 T56rebuilds.com Spec Billet flywheel Spec stage PST 5 "aluminum shaft Moser 9" 33 spline axles full 3.5 Richmond spool Richmond 4.11 Gears ARP wheel studs Electronics: Autometer Tach move Raptor light switch wired crop top

Tags: 2001, Pontiac, Firehawk, Fast, Loud, Exhaust, Smoke, Tires, Mean, high speed, racing, extreme driving, engines, built, motor, big, cam, headers, burnout, drifting, showoff, 360, trans, am, firebird, muscle, car, burning, rubber, LS1, LS6, LT1, V8, SLP, Borla, Formula, cylinder, 5.7, 350, speed

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Thursday, June 9, 2011

outboard engines, two and four times

Outboard motors are divided into two main categories, 2-stroke and 4 stroke outboard. Both types have their advantages and disadvantages and the type you get depends on the intended use. This guide helps the outboard motor is best for your type of boat.

2-stroke outboard

Exhaust System

2-stroke engines are lighter and faster so when speed and acceleration are required, this would be the engine of choice. 2-stroke engines are generally cheaper and retain their value betterwhen it comes to resale. 2-stroke outboards are more than 80 years are related to spare parts easily so that repairs less disruptive. The design of these engines is less complex than a 4 stroke is, the problems that are less frequent.

There are some disadvantages to the 2-stroke engine. 2-stroke engines are more polluting than the 4-stroke engines, so they are not so friendly to the environment. Their engines are lubricated with oil that is mixed into petrol, which meansthe exhaust is smoky and contains unburned oil, which in turn pollutes the water.

With the new regulations, outboard manufacturers are looking for new ways to produce the same performance with less pollution.

Some 2-stroke outboard engine manufacturers include Mercury, Nissan, Yamaha and Evinrude.

4-stroke outboard

4-stroke engines are quieter, smoother and cheaper. Heavier with slower acceleration, they are usually chosen for lakes and rivers. With less pollutionand smoking are also environmentally friendly. If you are after a quieter, smoother ride, then the 4-stroke outboard engine is the best choice.

4-stroke outboard engines are complex with multiple parts, so that often need repairs more often. For repairs, they tend to be expensive and parts may be harder to source.

4-stroke outboards are generally heavier than 2-stroke outboard, so if you think it's a smaller boat is not in a position, the weight of a 4 times itsEngine.

Because 4-stroke engines are newer, which are constantly being improved to facilitate the purchase and repair.

Manufacturers of 4-stroke outboard engines Johnson, Honda, Mercury, Nissan, Suzuki, Tohatsu and Yamaha.

Outboard ecological

If you are looking for a new outboard engine, it's worth it in the face of newer, cleaner models. Less pollution, less noise, lower fuel consumption and lower operating costs are among theAdvantages.

The mechanical differences between 2 and 4 stroke outboard

The terms "2 stroke" and "4 times" refer to the number of times the piston moves during one firing of the engine. In the 4-stroke engine, the four movements, or stroke are:

Intake: the intake valve open, the piston moves down allowing a mixture of air and fuel into the combustion chamber.

compression stroke: the piston moves the cylinder with the valves closed so that theair-fuel mixture is compressed.

Combustion stroke: With the valves still closed, the fuel is ignited by spark plug. The explosion pushes the piston down.

Corsa Exhaust: The exhaust valve opens and the piston moves upward to push the exhaust gases from the chamber, so that the process can be repeated.

In a 2-stroke engine, there are only two movements of the piston for each combustion, one up and one down:

Combustion stroke: Combustion of fuel drives the pistondown. When the piston moves down, making it an exhaust valve and intake of fuel in the cylinder wall exhaust allowed, and new air and fuel are drawn

compression stroke: As the piston moves up, it blocks the exhaust valve and intake of fuel and then compresses the air-fuel mixture. The candle lights up the air and fuel in order to move the piston down.

The entrance of the fuel and the exhaust valve in the cylinder wall, eliminating the need for valves andthe mechanism for opening and closing them, because the 2-stroke engines are built much easier.

outboard engines, two and four times

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