Automatic Transmission For Commercial Vehicles

In the automatic transmission for commercial vehicles, there is no clutch pedal and gear shift lever available. It has two planetary gear set which is folded together in a single component and a various set of bands to lock its parts. In this, different gear ratios are produced by a set of gears.

Main components of a planetary gear set are:

• The Ring Gear

• The planet gear along with the gear carrier
• The sun Gear

The primary job of the automatic transmission in the commercial vehicle is to operate the engine in order to allow it in the speed of narrow range. It also provides a wide range of speed output.

Summary:

Sometimes it could be seen that the manual transmission for commercial vehicles could not do the work of selecting the right torque and speed for the right load which results in the poor utilization of the power. This could be done perfectly by the automatic transmission.

The unit of automatic transmission also has an odd system which is hydraulic and has control of the bands and clutches. A gear pump is also present for the movement of transmission fluid all around. In order to lock the other parts of the gear set, a set of three wet-plate clutches is also present there. 

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Different types of manual gearbox used in automobiles.

Gearbox is made up of a number of gears attached in a systematic manner to provide variation in speed and torque generated by an engine.

The gears and shafts are the two major components of the transmission and help in providing specific speed to the wheels.

The different types of gearbox used in the automobiles are discussed in this blog. Mainly they are divided into two categories- manual transmission gearbox and automatic transmission gearbox.

Manual transmission gearbox.

·        Sliding mesh gearbox: In this type, the gears available on the main shaft are shifted toward the right or left in order to provide appropriate meshing and supply required speed and torque to the wheels.

·        Constant mesh gearbox: In this type, all the gears are in constant mesh with the counter gears and rotate freely without rotating the main shaft. A dog clutch is employed which meshes specific free gear with the main shaft in order to provide specific output.

·        Synchromesh gearbox: This gears and shafts is little similar to the constant mesh gearbox but here the dog clutch is replaced by a Synchromesh device which helps in increasing smoothness while meshing and produces less noise compared with constant mesh gearbox.

These are the three different types of manual transmission gearboxes.

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Best Transmission for commercial vehicles in Delhi

The Transmission for commercial vehicles is the component used to transfer power from one system to another with the use of gears or gear trains. The transmission helps in transferring power from the engine to the required parts( like wheels) in a controlled manner. Thus all the components lying between engine and wheels act as transmission. It includes clutch, gearbox, propeller shaft and differential.

The transmission for  commercial vehicles depends upon the load carrying capacity and the size of the engine. Mainly the transmission systems are divided into three categories – manual, automatic and semi-automatic transmission system. It works like gearboxes but the difference arises in their application. The gearboxes can be used for stationary applications while it can be used agricultural, mining and industrial work too.

  Now-a-days the auto manufacturers concentrate on automatic transmission instead of manual transmission. The main difference between the two is the degree of the drivers’ engagement. In manual transmission, the driver needs to engage and disengage gears while in automatic transmission everything works automatically. The main aim behind the introduction of the automatic transmission system is to decrease the involvement of the driver.  

The main use of the transmission in commercial vehicles is to transfer power efficiently.

Summary

It is concluded that Transmission for commercial vehicles system plays a vital role in the fuel economy of any vehicle and helps in transferring power from engine to the wheels in efficient and smooth way. So, the auto manufacturers are focusing to low the engagement of the driver in the working by the use of automatic transmission. 

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The torque providing parts in automobiles.

All of you like automobiles and feels happier while riding but do you know the how the power is managed by the vehicle. Here is the explanation and I bet most of you don’t know about it.

The power generating part of the vehicle is its engine. It supplies all the power required to derive the vehicle. But do you know that the energy supplied by the engine is at 3000 rpm which is too high and need to be reduced before supplying it to the wheels?

The transmission gears and shafts are the key elements in the transmission system which helps in reducing the speed of rotation along with an increase in torque. The transmission gears help in reducing gear ratio through the variation in gear size and helps the vehicle to achieve high initial acceleration. The gears used to perform such action are mainly helical or spur gears.

The transmission gears and shafts is a long circular rod containing universal joints to supply energy from the gearbox to differential located at some angle. The availability of the universal joint helps in supplying power at different angles. Thus, the whole assembly helps in reducing rpm generated by the engine and increasing torque for better starting speed.

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Analysis of auto component manufacturers in India.

As we all know India made a very rapid growth after its independence in the field if automobiles as well. India was at the back foot in the 1950s but the companies worked hard with full dedication to take India to present position. So in this blog, I will tell you about some unknown truths about the auto component manufacturers in India.
According to the report, up to 2021 India is expected to export nearly 26 percent of the current market. Along with this, the automobile companies’ makeup to 7 percent of the total GDP of the country and offering an employment opportunity to 19 million people across the country. In the past 10 years, India increased the supply of components to other countries by three times. The turnover in the respective sector by India is expected to be 115 billion dollars by 2021.
On talking about the steel production, India beat Japan in 2016 and became the second most steel producer in the world. While hearing such achievements by the auto component manufacturers in India you can know its importance for the growth of the country as its produce plays an important role in increasing the GDP and other such terms.
Thus, auto component manufacturers in India plays a vital role in the GDP of the country.
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Which is best automatic or manual transmission.

The transmission is an important component in the vehicle and helps in supplying power from engine to the axle in an efficient way. So the transmission components important for internal working of the engine. Now here comes a question, which transmission is more effective- manual or automatic?

It’s not easy to answer this question but I will try to provide an answer to the point. Both of them have unique advantages in a different situation, one is good in some condition while the other may be at a lower level for the same task.

The automatic transmission is continuously beating its old brother manual transmission components and still preferred in the automated industry. It has some advantages like easy to use, less manual restrictions, preferred in hilly regions and decreased risk of stalling.

Apart from this the manual transmission too has advantages over automatic in other fields. The manual transmission is less expensive, better fuel efficiency, cheaper to maintain, less risk of getting stolen and provides better control than an automatic transmission.

So, on considering the above points the automatic transmission components is carrying more weight than a less costly manual transmission. It is simple and easy to control for a new person without much effort. 

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Overview of the parts of the engine.

Nowadays automobiles have some importance in everyone’s life. But do you know how the engine converts the fuel energy into mechanical one or what are the major parts that help the vehicle in performing this task? Below is the short explanation of this question.

The engine parts manufacturer produces these parts with high accuracy in order to provide optimum results. The major parts of the engine are intake and exhaust valve, piston, cylinder, crank rod and the connecting shaft.

The fuel is supplied to the engine through the intake valve and the waste material is exhausted from the exhaust valve. The piston helps the vehicle by compressing the fuel-air mixture in petrol engine and only fuel in a diesel engine. The cylinder helps in guiding piston and compressing fuel inside it. The connecting rod helps in converting the reciprocating motion of the piston to the rotary one through the crank. Apart from this there is one other important part also, named as a flywheel. It stored the energy in it and provide it to the engine when required.

The above-explained are the major parts of the engine parts manufacturer that helps it in converting fuel energy into mechanical one with optimum efficiency. 

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The torque providing parts in automobiles.

All of you like automobiles and feels happier while riding but do you know the how the power is managed by the vehicle. Here is the explanation and I bet most of you don’t know about it.

The power generating part of the vehicle is its engine. It supplies all the power required to derive the vehicle. But do you know that the energy supplied by the engine is at 3000 rpm which is too high and need to be reduced before supplying it to the wheels?

The transmission gears and shafts are the key elements in the transmission system which helps in reducing the speed of rotation along with an increase in torque. The transmission gears help in reducing gear ratio through the variation in gear size and helps the vehicle to achieve high initial acceleration. The gears used to perform such action are mainly helical or spur gears.

The transmission gears and shafts is a long circular rod containing universal joints to supply energy from the gearbox to differential located at some angle. The availability of the universal joint helps in supplying power at different angles. Thus, the whole assembly helps in reducing rpm generated by the engine and increasing torque for better starting speed. 

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Transmission gears and shafts- the key parts of the transmission.

It’s very important for an automobile manufacturer to keep an eye on the transmission system of the vehicle in order to provide effective power transfer to the wheels. The transmission gears and shafts help in supplying power to the wheels though smooth and efficient working.

The transmission gears and shafts are used to produce variation in gear ratio through the application of different sized gears having the same module. The reduction of gear ratio is important as it helps in reducing the high rotational speed produced by the engine. Along with this the transmission shafts also plays a vital role in transferring power at some distance.

Generally, the gears used for such work contains round gears or ring gears. The round gears are either spur or helical and exist with a module ranging from 1-7. The finishing is supplied to the gears through shaping, shaving, and grinding. The ring gears exist with a module 1.5-7 and are used as transmission gears. The transmission shaft is made up of the case hardening steel or through hardening steel along with a length varying from 50-600 mm depending upon the requirement.

Thus, transmission gears and shafts are the key parts for the working of an automotive. 

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All about gears and shafts used in the vehicle.

Gears and shafts are the important components available in the vehicle for its internal working. Starting from the gearbox to the differential gears are available everywhere and plays a vital role in transferring effective power from the engine to the wheels. Not only the gears the shafts are also available like a transmission shaft which helps in transferring power from the gearbox to the differential and contains universal joints too.

The gears available in the gearbox helps in converting speed and torque generated by the engine. The small size gears help in increasing the torque by decreasing the rotational speed supplied by the engine. Whereas the largely sized gears help in increasing speed rather than torque. Thus the gears are adjusted in a systematic manner and are meshed as per the requirements. The gears are available in the differential too that helps in providing average torque while taking a turn.

The transmission shafts also play a vital role in supplying power to the wheels. The shaft is equipped with some universal joints which help in supplying rotational energy at different angles.

Thus, gears and shafts are the key components used in the vehicles and occupy a great importance for its effective working.

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