If the driver on the drive driver will feel the insecure movement of the car at the specified course, if the rubber on the wheels of the car is erased unevenly - the car gives a signal about the need to check the angles of the wheels. In modern times there are a lot of ways to check the correct placement of the wheels, let's try to figure out these methods.

The collapse of the convergence, where to verify the correct installation of the wheels

If the car serves a lot of years, the driver must pay special attention to the rotation of the wheels on the car.

If the wheel alignment in the wheels corresponds to the norm, the driver feels more comfortable on trips, the car consumes fuel much less and the rubber serves much longer.

Therefore, it is necessary to check the collapse of the alignment at maintenance stations.

Modern maintenance stations have new equipment and are interested in clients.

At some maintenance stations, you can still find optical stands for regulating the collapse of the car wheelbarrow. More often than optical stands at maintenance stations use laser installations.

The principle of operation of laser installations is similar to optical stands, but laser installations give fewer errors.

The leader of the adjustment of collaboration is a computer analysis. Computer analysis is a few species.

Alignment-convergence, types of computer analysis of collapse

In accordance with the title, all sizes and results performs a computer.

The computer stand has numerous sensors that transmit the operator to the removed data from the car in the form of a graph or diagram.

Based on these graphs or diagrams, the car is configured.

Depending on the sensors and principles of their interaction, computer stands are separated on various subspecies.

The first computer bench that determined the magnitude of the collapse was a cord stand.

During operation, the sensors were attached to the wheels and with the help of wires connected to the computer.

In addition to wires, there are cables that connect the measuring heads among themselves.

Cord stands have greatly proven themselves in work due to the fact that they were easy to use and issued accurate results.

Because of its, relatively, not high costs and good work, in many workshops and in modern times they use a cord stand.

Then a computer infrared stand appeared.

This stand has an infrared beam, it is the basis of the stand.

The beam directed from the sensor freezes the corners of the collapse.

But the new system had low noise immunity.

All that came across the way of the infrared beam, even the sunshine could lead to large errors.

Since the infrared stand had great errors, specialists developed a radio channel stand.

The principle of operation of the radio channel bench is similar to the work of the infrared stand. But, in this case, the signal is transmitted via Bluetooth, this made it possible to increase noise immunity.

The following computer bench was 3D - stand. 3D - the stand allowed to create a three-dimensional model.

The three-dimensional model has expanded the ability to adjust, made it possible to improve the results and created the ability to diagnose the entire chassis of the machine.

Currently, in diagnostics, a contactless stand is used.

The car is simply drunk on the contactless stand, no sensors on the machine are fixed, as everything is located on the stand itself and is remotely working.

Disorder convergence, which gives 3D diagnostics

If contactless stands are still quite rare at maintenance stations, then 3D diagnostics are available at each major maintenance station.

Diagnostics 3D wins on the background of all previous diagnostics due to the speed of diagnosis.

Due to the fact that the diagnostics occurs quickly, the queues are excluded, since the stand does not need to constant calibration.

3D equipment can issue an accurate result, as it has high noise immunity and the unevenness of surfaces does not affect the accuracy of the analysis.

3D diagnostics is able to make additional information over the entire chassis of the machine.

3D diagnostic playground is equipped with a lift, a pit and a special platform.

Contrast targets are fixed on automotive wheels, the cameras with high sensitivity are followed by these targets and transmit results to the computer.

Having collected all the data, the computer conducts an analysis, issues a 3D model, reconvene the results with the factory values \u200b\u200bof your car. As a result, the computer is issued the result, according to these results, the errors are corrected, the computer is able to issue recommendations on all shortcomings. Modern 3D technology has very high accuracy and are able to issue reliable results.

Almost all factory values \u200b\u200bof existing car models are included in the computer database, it allows the operator to quickly and accurately determine which work you need to do on your car.

Since the equipment is high-quality and reliable, it has become highly popular with Russians and because of the rapid payback price of 3D technologies, quite democratic.

Those motorists who acquire the car on the secondary market should not neglect 3D diagnostics before making a purchase.

3D diagnostics gives you the opportunity to receive information that the previous owner will not voiced.

After all, if the car was in a major accident or was actively used on off-road - the collapse of the convergence can no longer be adjusted.

Only volumetric 3D diagnostics is able to issue an accurate diagnosis.

Of course, if the driver is interested in knowing only the values \u200b\u200bof the corners of his car, this question will help solve him and simpler stands.

And if the driver has many questions to his car, 3D equipment will allow you to resolve all problems.