Agricultural Tractor Parts and Functions: You should know

Author: Jeremiah

Dec. 16, 2024

Agricultural Tractor Parts and Functions: You should know

In agriculture, you need machines that are reliable and tough. Farmers and professionals in agriculture are always looking for tractors that they can depend on to help them get their work done. That&#;s why the tractor is the backbone of modern farming.

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Tractors are complex machines that are used for a wide variety of farming tasks. They have many different parts, including the engine, transmission, hydraulics, suspension, controls, tires and frame, cab, electrical system, and additional tools. Each part of the tractor is important to make sure it is efficient, durable, and can do many different jobs on the farm.

If you understand how tractors are built and how they work, you can use them better and take care of them better. In this article, we&#;ll look at the main parts of a tractor.

Engine: The Heart of the Tractor

The engine is the power plant of the tractor. It makes everything else work. Most tractors use diesel engines because they have a lot of torque and they are fuel efficient.

  • Horsepower

    Today&#;s tractors can have anywhere from 40 to over 500 horsepower (HP). For example, some series of tractors have engines that range from about 70 HP to 350 HP. That&#;s a big range, and it covers a lot of different farming needs.

  • Torque

    You need a lot of torque to do big jobs. Some tractor engines can put out as much as Newton meters (Nm) of torque. That&#;s a lot of power to get the job done, even in tough conditions.

Transmission: Power and Speed

The transmission takes the power from the engine and makes the tractor move. It also lets you change the speed and the amount of power you need.

  • Types of Gears

    You can get tractors with manual transmissions, semi-automatic transmissions, and fully automatic transmissions. Some of the more advanced transmissions have 24 gears going forward and 24 gears going in reverse. That gives you a lot of flexibility for different jobs.

  • Power Shift Transmissions

    These transmissions let you shift gears without stopping the tractor. That makes it easier to get the job done.

Hydraulics: The Workhorse of the Attachments

The hydraulics on a tractor make the attachments and implements work. You can use hydraulics to run things like plows and loaders.

  • Flow and Pressure

    Modern tractors have high flow rates (up to 150 liters per minute) and high pressures (up to 250 bar) to make sure the hydraulic tools work well.

  • Multiple Hydraulic Ports

    You can have more than one hydraulic tool working at the same time because you have more than one hydraulic port. That makes the tractor more versatile.

Suspension: Comfort and Stability

The suspension on a tractor is important for the comfort of the operator and for the stability of the machine.

  • Front Axle Suspension

    This helps reduce vibrations and gives you better traction. Some of the newer suspension systems let the front axle move up and down as much as 10 centimeters. That helps keep the tractor stable when you&#;re working on rough ground.

  • Cab Suspension

    This helps reduce operator fatigue by absorbing shocks and vibrations. That&#;s important when you&#;re working long hours.

Controls: Easy to Use and Precise

Tractors today have advanced control systems that make them easy to use and help you get the job done right.

  • Electronic Control Units (ECUs)

    These control many different things on the tractor, from how the engine runs to how the transmission works. They help make sure the tractor is running as efficiently as possible.

  • GPS and Autosteer Systems

    These systems use GPS technology to help you steer the tractor in the field. They help you stay on the right path and make sure you don&#;t overlap your work.

Tires and Frame: Mobility and Durability

The tires you use and the way the frame is designed can make a big difference in how well your tractor works.

Types of Tires

You can get radial tires and bias-ply tires. Radial tires give you better traction and they last longer.

The Frame: You need a strong frame to handle heavy loads. High-strength steel is used to make the frame strong and stable.

Cab: Where the Operator Works

The cab of a tractor is designed to be a comfortable and safe place for the operator to work.

  • Comfort: Modern cabs have things like adjustable seats, controls that are easy to use, and good visibility.
  • Climate Control: You can have air conditioning and heating in the cab. That makes it comfortable no matter what the weather is like outside.
  • Safety: You need to have a roll-over protection structure (ROPS) and seat belts to make sure the operator is safe.

Electrical System: The Brain of the Tractor

The electrical system on a tractor controls everything from the lights to the more advanced control systems.

  • Battery and Alternator: You need a good battery and a good alternator to make sure all the electrical parts work right.
  • Lighting: You can use LED work lights to make sure you can see what you&#;re doing when you&#;re working at night.

Tractors can do many different jobs because you can use different tools on them.

  • Front-End Loaders

    These are used to lift and move things. You can get loaders that can lift as much as kilograms (kg).

  • Plows and Harrows

    These are used to get the soil ready for planting. You can get plows and harrows that are built to last and that work well. Some of them can work as wide as 4 meters.

Data and Statistics: Making Better Decisions

Using data to make decisions is the future of farming. You can use sensors and computers to help you know how your machines are working and what&#;s going on in your fields.

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  • Telematics Systems

    These let you know how your tractor is working and what kind of maintenance it needs. You can get this information from far away.

  • Field Data Management

    You can collect and analyze data to help you do a better job on your farm and get more out of your fields.

Conclusion

Knowing how a tractor is built and what it can do is important when you&#;re thinking about buying one or using one. When you buy a tractor, you&#;re buying a machine that is built to last and that can do many different jobs on your farm. When you choose the right tractor, you&#;re choosing a machine that is built to be tough, efficient, and versatile. That means you can get more done and be more successful in your farming.

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Main Components Of A Tractor

Tractors have come a long way in the past 20 years. Today, even the smallest yard tractor has complex hydraulic systems and trick differentials. While this has brought productivity enhancements across the farm, it makes life difficult for farmers who prefer to repair their own vehicles.

But there is nothing to worry about. While tractors come in different shapes and sizes, broadly speaking, they all contain the same components. So in this guide, we will look at the basic components of a modern tractor. This should help you identify what is wrong with your tractor and ensure you get the right parts to get it fixed as quickly as possible.

Cab & controls

The cab is where the operator controls the tractor and any connected implements. Most modern tractors have a closed cab for driver comfort. The cab itself can be made from either metal or GRP panels and sits on mounting bushes to reduce vibration.

The instrument panel is where the controls are for the tractor. Most tractors have separate fuel and temperature gauges along with a speedometer and rev counter.

Linkage controls

The linkage controls are usually located to the left of the driver. These consist of hydraulic levers that can be used to attach various implements. The tractor's PTO controls are also located here for ease of use.

Axles

The front axle provides a mounting point for the front wheels. Most front axles consist of either a rigid tubular construction or I-section steel which pivots in the middle. The front axle also contains the front differential that distributes power to the wheels via a drive shaft.

The rear axle provides a mounting point for the rear wheels. Most of the tractor's drive is delivered through the rear axle so it&#;s much stronger than the front axle. The rear axle also contains the rear differential which delivers drive via a linkage.

Differential

The differential serves two purposes. It delivers drive from the engine and allows both wheels on the axle to rotate at different speeds. This is required because during a turn, the outside wheel has further to travel than the inside wheel.

Steering

Steering box

Most tractors have a steering box that contains the drag link, kingpin and steering gears. Some modern tractors have 4-wheel steering. In this case, there is no steering box as the wheels are controlled independently using the tractor's hydraulic system.

Brakes

Modern tractors use either wet or dry braking systems. Dry braking systems consist of a drum or disc attached to the drive axle. Wet braking systems consist of a set of discs sealed inside a drum filled with gear oil. This helps to dissipate heat and keep dirt out.

Drive train

The layout of most tractors hasn&#;t changed much in 70 years. The engine is mounted longitudinally up front and provides drive to the gearbox behind. The engine also serves as a mounting point for the water pump, hydraulic pump and alternator.

A traditional gearbox consists of a set of gears, shafts and bearings that deliver power from the engine to the drive axle. But most modern tractors have a CVT gearbox that uses a single belt in place of multiple gears.

The clutch connects the drive from the engine to the gearbox. Most modern tractors use a fluid clutch, not a friction clutch like the one in your car. This allows more power to be transferred at low revs.

PTO

The PTO (Power Take-Off) connects to the transmission to provide power to attached implements. Most tractors have a single rear PTO, but some tractors also have a front PTO. This allows implements to be connected to both the front and rear of the tractor.

Hydraulics

Most tractors use a hydraulic gear pump to generate pressure in the hydraulic system. The power of the pump varies depending on the size of the tractor, but you can expect anything from 150 to 200 kg/cm2.

Hydraulic cylinder

The hydraulic cylinder, sometimes called a RAM cylinder, transmits fluid from the piston to the hydraulic arm. The increase in pressure causes the arm to lift when required by the operator.

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