Transmission Flush

Archive for the ‘Articles’ Category

Top 10 Benefits of Driving a Hybrid Car

Do you feel for our environment? Do you want to save the earth? Then you should realize the need of acquiring a non-polluting, eco-friendly, fuel efficient vehicle. The solution lies in buying and commuting with a hybrid vehicle. These hybrids are tremendously fuel efficient and compact.

Why buy hybrid? Here are the top 10 Benefits of Hybrid Cars:

1. Built with lightweight materials, these cars are very compact in size. The engine is built to be very fuel efficient. When the vehicle stops at a traffic light, the engine with automatically turn off and restart whenever the car if put into a gear.

2. These cars have the benefit of being run by a gasoline engine and an electric motor which exists for acceleration.

3. The batteries of the electric motor get recharged themselves by utilizing the kinetic energy generated during braking.

4. Hybrid vehicle engines generate fewer emissions, provide good mileage, idle less, and are very fuel efficient. These hybrid vehicles can help save planet.

5. The aerodynamic architecture lessens drag and the tires are built with a unique rubber which lessens fiction.

6. The battery which is inbuilt has huge competence and is composed of nickel-metal-hydride.

7. The power-train equipment permits utilization of a couple of power sources and improves mileage.

8. There are numerous options to choose from. Honda, Ford, Toyota, GMC, and Chevrolet are a few worth mentioning.

9. In case you select a hybrid vehicle then the US Government will appreciate your selection by providing you considerable tax breaks.

10. Driving a hybrid implies that you are dynamic in guaranteeing the environment is clean and that you care for your planet. It also indicates that you are a responsible citizen who wants to save fuel which is valuable.

There are many great benefits of hybrid cars. In case you feel like purchasing a hybrid car, do focus on the reason why hybrid cars should be bought. You should also perform an in-depth analysis on their pros and cons. Discuss about the hybrid cars with the end consumers and the dealers. Some hybrid cars are perfect for city driving while others are more efficient on wider roads.

]]>

You may discover that a hybrid vehicle costs more than non-hybrid vehicles. Think back to all the benefits of hybrid cars and consider the fact that you can save money with the tax breaks offered on these cars which makes these worth buying. Most importantly, hybrid vehicles can help save the planet – 1 car at a time! Learn more about the benefits of hybrid cars.

Do you feel for our environment? Do you want to save the earth? Then you should realize the need of acquiring a non-polluting, eco-friendly, fuel efficient vehicle. The solution lies in buying and commuting with a hybrid vehicle. These hybrids are tremendously fuel efficient and compact.

Why buy hybrid? Here are the top 10 Benefits of Hybrid Cars:

1. Built with lightweight materials, these cars are very compact in size. The engine is built to be very fuel efficient. When the vehicle stops at a traffic light, the engine with automatically turn off and restart whenever the car if put into a gear.

2. These cars have the benefit of being run by a gasoline engine and an electric motor which exists for acceleration.

3. The batteries of the electric motor get recharged themselves by utilizing the kinetic energy generated during braking.

4. Hybrid vehicle engines generate fewer emissions, provide good mileage, idle less, and are very fuel efficient. These hybrid vehicles can help save planet.

5. The aerodynamic architecture lessens drag and the tires are built with a unique rubber which lessens fiction.

6. The battery which is inbuilt has huge competence and is composed of nickel-metal-hydride.

7. The power-train equipment permits utilization of a couple of power sources and improves mileage.

8. There are numerous options to choose from. Honda, Ford, Toyota, GMC, and Chevrolet are a few worth mentioning.

9. In case you select a hybrid vehicle then the US Government will appreciate your selection by providing you considerable tax breaks.

10. Driving a hybrid implies that you are dynamic in guaranteeing the environment is clean and that you care for your planet. It also indicates that you are a responsible citizen who wants to save fuel which is valuable.

There are many great benefits of hybrid cars. In case you feel like purchasing a hybrid car, do focus on the reason why hybrid cars should be bought. You should also perform an in-depth analysis on their pros and cons. Discuss about the hybrid cars with the end consumers and the dealers. Some hybrid cars are perfect for city driving while others are more efficient on wider roads.

You may discover that a hybrid vehicle costs more than non-hybrid vehicles. Think back to all the benefits of hybrid cars and consider the fact that you can save money with the tax breaks offered on these cars which makes these worth buying. Most importantly, hybrid vehicles can help save the planet – 1 car at a time! Learn more about the benefits of hybrid cars.

History of Hybrid Car

Due to the demand of having a car wherein everyone can consume less fuel and will not contribute to the air pollution, the hybrid car was finally created to meet this end. And due to the rapid advancements in the gasoline engine, the hybrid car has become extremely popular.

A hybrid car is a means of transportation using two power sources; it uses a rechargeable energy storage system found on board and a fuelled power source as the vehicle’s driving force. The hybrid car pollutes less and uses less fuel.

Back in 1899, Ferdinand Porsche have developed and led the way to the very first working hybrid-electric vehicle. Other people followed suit in Ferdinand Porsche’s invention. Many people who became interested in the hybrid-vehicle concept have been continually making hybrid cars.  However, there was no major car manufacturer who invested in the hybrid concept and mass produced hybrid cars until the late twentieth century. The hybrid technology was mainly utilized in developing diesel-electric submarines during that interim period.

The diesel-electric submarines mainly operate very much the same as a hybrid car. However, the submarines main goal was to conserve oxygen rather than spend less fuel. During the later years, submarines have evolved and have begun using the nuclear power as a substitute for diesel.

During the 1990′s, the Toyota Prius and the Honda Insight were the first successful hybrid cars available in the market. It was two of the pioneers in the hybrid car concept which virtually changed the way the world thinks about cars.

An idealistic inventor, Victor Wouk, manufactured a hybrid electric and gas motor vehicle that siphoned fuel at half the amount as practically all the other cars being built then. He built the hybrid car thirty years before the Toyota Prius got the attention of the U.S. as an energy-anxious nation. The account about the hybrid car and its inventor, who died in May, 2005, at age 86, is unfamiliar among even the most avid fans of the growing hybrid car association. In terms of hybrid car knowledge, it is in fact America that should have led all other countries. Wouk said that the government program that he developed about hybrids was unknown to everyone.

]]>

Victor Wouk founded and sold two successful electric industrialized companies in the late 1940s and 50s and in 1962 he was approach by Russell Feldman, one of the founders of Motorola, who recognized the pollution from the automobile as one of the biggest problem of the environment and he wanted to discover the possible solutions with regards to this problem. But his experiment did not work much for the possible solution.

Having an idea, Wouk pondered the problem throughout the 60s and ultimately reached a clever solution. He combined the low-emission benefits of an electric car with the power of a gasoline engine to produce a hybrid vehicle. But Wouk did not get any response to his ideas for creating a hybrid car; in fact he was heavily criticized for not believing in a full-electric system. With the help of his colleague, Charlie Rosen, who shared his belief about hybrid cars, gave him the chance to prove his ideas of creating the hybrid car as one of the solution to the rapid health cost of auto-pollution. And now the impressive capabilities of the invention of Wouk, the hybrid cars, can now be a very great help in terms of less fuel consumption and less air pollution.  Wouk and Rosen put up a new company particularly to developed their hybrid car idea and make it possible to be in the market and be used as an everyday car that belched far less harmful vapors than contemporary vehicles.

The Prius

Ever since the Toyota Prius was released in the market, it has been able to remain as the premier choice of hybrid cars available. It is true that old hybrid cars looks more like an alien car and cost far more than the conventional car. However, because of the latest technology installed in newer versions of hybrid cars, it looks more like a conventional car and is far cheaper than its predecessors. It is a fact that hybrid cars today looks very much like conventional cars. However, it will enable you to cut fuel consumption in half.

For example, the Honda Civic Hybrid car looks very much like its conventional version. However, when you look at it closely, the hybrid version of the Civic is able to conserve fuel much better than its gasoline counterpart. The Civic Hybrid can get you 50 miles in just one gallon of gasoline.

During the year 2004, Ford has developed and introduced the very first hybrid SUV, which is the Ford Escape Hybrid. A year later, Toyota also introduced their line of hybrid SUV called the Highlander Hybrid. Because of the growing demand for hybrid cars, other car manufacturers are now following the footsteps of the other companies who already released a version of their hybrid car in the market. For example, Nissan is now planning to develop and introduce a hybrid version of the Nissan Altima.

Nowadays, over 300,000 hybrid cars are running on American roads wherein 95 percent of them are Japanese made. The hybrid vehicles are truly very different technology that can both save money and our environment.

www.globalwarming-prevention.com
History of Hybrid Car

Why is it so important to change your transmission fluid?

Whether you drive a manual vehicle because you enjoy getting better gas mileage or love the feeling of control, changing the transmission fluid is crucial. Manual transmissions are usually positioned in cars with small engines that dedicate more power to the power train. Having a manual transmission can save hundreds of dollars when it comes time to replace it, as they are much cheaper than automatic transmissions. A problem they do have, however, is the fact that they wear down easy because of the friction and wear and tear of the clutch in city driving. If you are experienced, own a vehicle with a manual transmission and not driving in city traffic then your transmission will most likely last longer. Checking with a car mechanic in Tampa Bay can help your vehicle remain dependability.

 

Automatic Transmissions tend to be more expensive to replace. They are costly because they have more parts than manual transmissions like a valve body, primary and secondary fluid pumps, and actuators that enable the vehicle to shift automatically. Although manual transmissions are said to be more fuel efficient, the automatic transmissions have improved by overdrive gears, which enable the engine to use less gas. Having automatic transmission fluid checked regularly is never a bad idea.

]]>

 

What is Transmission Fluid?

 

Transmission fluid is a liquid that helps keep all the moving parts inside your transmission lubricated so they can function smoothly without any resistance. In an automatic transmission, changing fluid is best left to a knowledgeable auto expert because they have tools and transmission flushers that can replace the fluid more efficiently than human hands. Hiring a knowledgeable mechanic to replace transmission fluid can eliminate the stress from do-it-yourself catastrophes and many mechanics carry a guarantee behind their services.  

 

Why is it important to change Transmission Fluid?

 

Having transmission fluid changed at the time recommended by the owner’s manual will keep the vehicle running how it is supposed to—smooth and durable–and can also save costly repairs.

 Manual transmissions may use various amounts of oils like regular motor oil, heavyweight hypoid gear oil or even in some cases automatic transmission fluid. It is best to check the owner’s manual for information about what type is recommended for the vehicle.

 Automatic Transmissions tend to generate more heat, which forces the automatic transmission fluid to degrade and break down with use. Automatic transmissions release the microscopic metal flakes too.

It is a good idea to do this service when it is recommended for both automatic and manual transmissions. In manual transmissions, the fluids may contain contaminants, which occur over time from the synchronizers, bearings, and gears in the transmission. The result, small metal particles float in the lubricant. Having these pieces of metal swimming around in your oil will only lead your transmission to a shorter life. It is best to have clean oil versus oil with metal flakes that end up restricting the transmission.

 It is recommended by most manufactures to have the manual transmission fluid of a car changed 30,000 to 60,000 miles and 15,000 if the vehicle is pushed hard. For an automatic transmissions, it is suggested to have the fluid changed from 60,000 to 100,000 miles. Changing more than recommended will not harm anything.

If the transmission fluid is not changed on schedule, the transmission will be lubricated with metal shavings and other contaminants. This will result in a shorter transmission life and may end up being a costly payment to your auto specialist. Therefore, it is best to have the fluid changed as soon as it is needed.

More Transmission Fluid Articles

In one sense, your car is living being. All living beings need substance to survive. Fluids provide this for your automobile and without it they would quickly die. You’ll find yourself with a heap that won’t move and will just be lying on the side of the road. Maintaining the fluid levels in your automobile is an easy job. This is something that even an introductory mechanic can handle. More importantly, it’s fun and will add years the life of your car.

While it is important to always maintain these levels, you specifically want to make sure that prior to long trips you take care of this maintenance task. There are seven areas in your car that need liquid to survive: window washer, air conditioner, engine, radiator, battery, brakes and transmission. Let’s take a quick look at each one and ensure that your car stays on the road.

Window Washer-This is probably the easiest of all tasks with the reservoir being located in the rear of the engine compartment. If you’re having trouble locating it, consult your owner’s manual. Most newer automobiles will have a warning light that comes on indicating that it needs to be filled. You may want to add a little bit of Windex to improve the cleaning capabilities of your washers. You’ll find this useful tip when dealing with bugs and road salt, as it will remove them from your windshield easier.

Air Conditioner-While this is an area that needs to be checked, it is not usually something the armchair mechanic can handle. While it is important to check this fluid level, this is a task that you should trust to a certified mechanic that specializes in air conditioning.

Engine-For an automobile, oil is the equivalent of blood. Without oil, your engine would lock up and become completely useless. The procedure itself is quite simple. Take your automobile out for a quick ride and find a nice spot to let it cool down for about five minutes. This will give the oil needed time to settle into the sump. Open your hood and find the dipstick, it will be located in the front of the engine and usually has a distinctive handle. Remove the dipstick and wipe it down and then reinsert it in the reservoir. If the level is low add a quart and re-check it. Repeat the process until you have an acceptable level. Do not overfill it as this will lead to problems.

Radiator-This is a process that you want to do when the engine is luke warm, not cold. Also make note at the radiator should never be checked while the car is on. The radiator cap is easy to locate as it is in the center of the engine compartment. Be careful and use a rag to remove it. Simply look down and see if the fluid is at a high level. If it’s near the top your fine if not you’re going to have to add some fluid. The mix for engine coolant is 50% water and 50% coolant. You are also going to want to check the coolant reservoir. This is a plastic reservoir on the side of the radiator with a hose that connects it. This should be filled about two thirds of the way.

Battery-If you have a maintenance free battery, this is a simple task as you need do nothing. However, if you have a standard battery, the cells will need refilling. The cells will either screw off or be pried off with a flat screwdriver. This should be filled with distilled water. Caution should be used when filling a battery, as it contains sulfuric acid. Use the necessary precautions.

Brakes-Locate the brake fluid reservoir, it is usually in the engine compartment. Take off the lid and check the level. It is not at least two thirds full replenish it to the full line with brake fluid. If this is a consistent problem, you may want to have a mechanic look at it.

Transmission-for an automatic transmission, the dipstick is usually located behind the oil stick at a lower level. When checking this fluid, your automobile should be on and running. This is a sealed system, therefore, if you’re fluid is low is probably an indication of a leak. This will be easily confirmed by an oil like stain underneath your automobile. If the fluid is very dark or black, this is a sign that it needs to be changed.

As you can see, checking all of these should take no time at all. However, the few minutes that you do spend maintaining your automobile’s fluid levels will save you lots of money and prolong the life of your car.

Following the rapid advancements of the gasoline engine, the hybrid car has become extremely popular due to its environmentally friendly proposition. A hybrid car is a means of transportation using two power sources; it uses a rechargeable energy storage system found on board and a fuelled power source as the vehicle’s driving force. The hybrid car pollutes less and uses less fuel.

Tracking the Hybrid Footprints of the Future Road Warrior As early as 1899, Ferdinand Porsche have developed and led the way to the very first working hybrid-electric vehicle. Other people followed suit in Ferdinand Porsche’s invention. Many people who became interested in the hybrid-vehicle concept and experimented with it. The late twentieth century saw rampant environmental pollution issues which drove car manufacturers back to the drawing boards on Hybrid Cars. The hybrid technology was mainly utilized in developing diesel-electric submarines during this interim period. The diesel-electric submarines mainly operate very much the same as a hybrid car. However, the submarines main goal was to conserve oxygen rather than spend less fuel and submarines eventually evolved to using nuclear power as a substitute for diesel.

The Hybrid Car – The Actual Account of An American First An idealistic inventor, Victor Wouk, manufactured a hybrid electric and gas motor vehicle that siphoned fuel at half the amount as practically all the other cars being built then. He built the hybrid car 30 years before the Toyota Prius! The account about the hybrid car and its inventor, who died in May, 2005, at age 86, is unfamiliar among even the most avid fans of the growing hybrid car association. In terms of hybrid car knowledge, it is in fact America that should have led all other countries. Wouk said that the government program that he developed about hybrids was unknown to everyone.

The father of the world’s first Hybrid Car, Victor Wouk founded and sold two successful electric industrialized companies in the late 1940s and 50s and in 1962 he was approach by Russell Feldman, one of the founders of Motorola, who recognized the pollution from the automobile as one of the biggest problem of the environment and he wanted to discover the possible solutions with regards to this problem. But his experiment did not work much for the possible solution. Nurturing an idea, Wouk pondered the problem throughout the 60s and ultimately reached a clever and clean solution (no pun intended). He combined the low-emission benefits of an electric car with the power of a gasoline engine to produce a hybrid vehicle.

Unfortunately, Wouk did not get any response to his ideas for creating a hybrid car; and instead became heavily criticized for not believing in a full-electric system. Charlie Rosen, who shared his belief about hybrid cars, gave him the chance to prove his ideas of creating the hybrid car as one of the solution to the rapid health cost of automobile pollution.

And hence, we see the impressive capabilities of the invention of Wouk – the Hybrid Cars, is now in the mainstream role of helping to generate less fuel consumption and air pollution.

Fluid coupling is a device for transmitting rotation between shafts by means of the acceleration and deceleration of a hydraulic fluid such as oil.

Generally, it consists of an impeller on the input or driving shaft and a runner on the output or driven shaft. The two contain the fluid. Impeller and runner are bladed rotors, the impeller acting as a pump and the runner reacting as a turbine. The driving turbine is rotated by the prime mover, which is typically an internal combustion engine or electric motor. The impellor’s motion passes both outwards linear and rotational motion to the fluid. The fluid in the coupling can be varied to control the machine startup behavior and the amount of power transmitted during the startup of the machine.

There are many special features about the fluid coupling like delay chambers, dynamic refill, and centrifugal valves, etc. As to the delay chambers, they are usually used to provide greater relief of the drive motor during run-up. Another important characteristic of the fluid coupling is the stall speed. It is defined as the highest speed at which the pump can turn when the output turbine is locked and maximum input power is applied.

Fluid couplings have a wide range of applications. They can be used in mining, power generation, automotive, material handling, mobile equipment, the rail transportation, aviation, marine, and other transportation-related applications. For example, in automotive applications, typically, the pump is connected to the flywheel of the engine and thus is turned by the engine’s crankshaft. The turbine is connected to the input shaft of the transmission. While the transmission is in gear, as engine speed increases torque is transferred from the engine to the input shaft by the motion of the fluid, propelling the vehicle.

There are two types of devices according to the fill, i.e. fluid couplings with constant fill and fill-controlled turbo couplings. The latter is used to provide a controlled start or used when application requirements include adaptation of machine speed, and starting and stopping the driven machine with the drive motor running. As to the fill-controlled turbo couplings, it is rather important to take the fluid into consideration because it affects the fluid coupling’s transmission behavior. As a result, the fluid must in line with the coupling components.

It is obvious that the fluid couplings are available in many places. They are indispensable in many industries. It is necessary for customers to pay attention to this product.

A fluid coupling is a hydrodynamic device used to transmit rotating mechanical power. It offers the advantages of soft starting of the load, torque limitation, and mechanical shock absorption which are all with minimal energy loss.

Addition to the hydraulic fluid, a fluid coupling consists of three components. Those are the housing and two turbines. As to these two turbines, one is known as the pump or impellor that is connected to the input shaft; the other is known as output turbine or runner that is connected to the output shaft. In its simplest form, a fluid coupling consists of two hollow bowls with radial vanes. One bowl is connected to the input shaft and the other to the output shaft of the coupling. When the input bowl is filled with fluid and rotated by the prime mover, centrifugal force causes the fluid to be flung outwards. And then the high velocity fluid impinges on the vanes of the output bowl, transferring torque to rotate the bowl and output shaft. The production of them is rather simple. For instance, the turbines can be aluminum castings or steel stampings, and the housing can also be a casting or made from stamped or forged steel.

Fluid couplings can be further divided into various types. There are constant-fill couplings, delayed-fill couplings, variable-fill couplings, and centrifugal lockup couplings, etc. The first category is the most common type of fluid couplings. The second type is designed with a delayed filling chamber, where a portion of the total fluid in the coupling is stored in a reservoir while the motor is starting. As to the third type, the drive motor can be started and run without any load until fluid is introduced to the coupling by the operation of an external lever.

Addition to the various categories, there are also various applications of the fluid couplings. It has been used in automobile transmissions as an alternative to a mechanical clutch. It also has a wide range of application in industries and rail transportation. Besides, they are also used in automotive applications. As in this application, the turbine is connected to the input shaft of the transmission. While the transmission is in gear, as engine speed increases torque is transferred from the engine to the input shaft by the motion of the fluid, propelling the vehicle. The fluid couplings can even be applied in the aviation.

All in all, the fluid coupling is a rather important component. It is quite useful in various places.