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What is a girder corrector? how to use?
The frame corrector is an essential tool for vehicle repair and maintenance. When the vehicle frame is out of alignment, it can help correct the problem of the vehicle frame. This article will introduce you to the basic use of the girder corrector so that you can better understand this tool.
- Basic concepts of beam calibration instrument
The beam corrector is a professional tool used for vehicle repair and maintenance. It is mainly used to solve the problem of vehicle beam misalignment. The girder is one of the important parts of the car and is also the basis for vehicle driving. If the girder is not straight, it will affect the driving safety and comfort of the entire vehicle. Therefore, the role of the girder corrector is very important.
- How to use the girder calibration instrument：
- ) Check the vehicle
Before using the frame corrector, you must first check the condition of the vehicle, including tires, suspension, chassis, etc., to ensure that there is no other damage to the vehicle.
- ) Fixed vehicles
Fix the vehicle on the workbench of the frame calibrator, and secure the wheels and frame with sufficient force.
- ) Adjust the height
According to the vehicle needs and the requirements of the frame corrector, adjust the height of the frame corrector.
- ) Check the bridge height
After adjusting the girder corrector to the appropriate position, adjust the bridge height according to the height of the vehicle.
- ) Adjust the angle
According to the needs of the vehicle, correct the angle of the frame corrector to ensure that the frame corrector is completely parallel to the vehicle.
- ) Measuring angle
Use the girder corrector to measure, and input the various angle data of the girder corrector into the computer.
- ) Calibrate the beam
Calibrate the vehicle’s frame based on the measurement results of the frame corrector.
- ) Check the calibration results
After the correction is completed, use the girder calibrator to check to ensure that the girder has been calibrated to a normal state.
In short, the frame corrector is an essential tool for vehicle repair and maintenance, and can effectively help you solve the problem of vehicle beam alignment. I believe that through the introduction of this article, you will have a better understanding of the basic use of a tool such as the beam calibrator, and you can use it more effectively to provide more accurate protection for your car maintenance.
Product Description
| Item | Value |
| Weight | 2400kg |
| Bench Height | 550mm |
| Max. Lifting Capacity | 3500kg |
| Worktable Length | 5600mm |
| Worktable Width | 2200mm |
| Place of Origin | Cangzhou City |
| Brand Name | FANTU |
| Model Number | FT-B4 |
| Warranty | 12 Months |
| Product name | Auto Frame Machine |
| Material | Manganese Steel Plate(Q345B) |
| Certification | CE Approved |
| Mainly market | USA |
| Color | Customers’ Request |
| Function | Car Body Straighting Bench |
| Why choose us | Professional |
| Using range | 4S Station/garage Store/according |
| Toolings carts | Tooling Carts Optional |
| Application | Professional Dent Repair |
Specifications
| Working Capacity | 3500kgs(7700lbs) |
| Platform Length | 220.5″/5600mm |
| Platform Width | 86.6″/2200mm |
| Platform Height | 22.05″/560mm |
| Hydraulic Pressure | 10,000PSI(70MPa) |
| Pulling Capacity of Tower | 10 Ton(100KN) |
| Post Working Range | 360° |
| Pneumatic Pressure Range | 100-120PSI(0.6-0.8MPa) |
What is the working principle of the girder corrector?
The frame correction bench is a common testing tool in the modern automobile maintenance industry. It is used to help correct the movement of the vehicle frame to maintain the stability and safety of the vehicle. So, what is the working principle of the girder correction table? This article will introduce it to you in detail.
- Definition of girder correction table
The girder correction bench is a vehicle body inspection tool used to correct inaccurate parts of vehicle girder. It determines the deviation of the vehicle body by measuring the geometry and structure of the vehicle body, and makes corrections based on the detection results to ensure the balance and stability of the vehicle body.
- Working principle of girder correction table
The beam calibration bench mainly consists of two parts: measuring equipment and correction equipment. The measuring equipment is used to measure the geometry and structure of the car body, and the correction equipment is used to perform corrections based on the measurement results.
Specifically, the working principle of the girder correction table is as follows:
(1).The vehicle enters the calibration table
First, the vehicle to be inspected needs to be installed on the frame calibration table and adjusted accordingly according to the make and model of the vehicle.
(2).Measure the geometry and structure of the car body
Next, the frame correction station will measure the geometry and structure of the car body through measuring equipment, which mainly includes the following aspects:
(1) Wheelbase measurement: Determine the size of the vehicle’s wheelbase by measuring the distance between the wheels.
(2) Wheelbase measurement: Determine the size of the vehicle’s wheelbase by measuring the wheelbase (ie, wheel center distance).
(3) Swing angle measurement: Determine whether there is a deviation by measuring the vehicle’s swing angle (referring to the angle formed by wheel rotation).
- Calibrate based on measurement results
Finally, corrections are made based on the measurement results. If there is a deviation in the vehicle body, the frame correction table will automatically adjust it through the correction equipment, or it can be corrected manually. Correction methods mainly include the following aspects:
(1) Stretching: Stretching inaccurate parts of the car body to bring them to a balanced state.
(2) Compression: Adjust the deviation of the vehicle body through compression.
(3) Rotation: The balance of the vehicle body is achieved through rotation.
Through the above correction methods, the beam correction table can help car owners achieve the balance and stability of the vehicle body, thereby improving the driving safety and comfort of the vehicle.
Do you know the function and significance of the beam calibrator?
In the automotive repair industry, the frame aligner is a common and very important tool. Its main function is to eliminate problems such as vehicle beam deformation and ensure the safety and stability of vehicle driving. So, how exactly does the girder corrector work? This article will introduce in detail the function and operating principle of the girder corrector, and help you better understand this widely used tool.
- The function of girder calibration instrument
The beam corrector is mainly used in the automotive sheet metal repair industry to eliminate problems such as vehicle beam deformation. When a vehicle collides or is impacted by an external force, the beam is easily deformed, causing the vehicle’s stability and safety to be greatly reduced. Therefore, it is very important to correct the vehicle frame. Through the frame corrector, the bending and warping conditions of the vehicle frame can be accurately detected and precise corrections can be made to ensure the safety and stability of the vehicle.
- The operating principle of the girder calibration instrument
The girder correction instrument mainly consists of a correction table, a jack, a tensile tester, a height tester, a fixture, etc. Its working principle is to lift the vehicle girder with a jack, and then test it with a tensile tester and a height tester to determine the bending and warping conditions of the girder. Next, the staff used fixtures to position the girder and make corrections based on the test results. During the correction process, special attention needs to be paid to the intensity of adjustment to ensure the integrity and stability of the girder.
- The significance of beam calibration instrument
The beam calibrator is of great significance in the automobile maintenance industry. First of all, the beam calibrator can accurately detect and eliminate problems such as vehicle beam deformation, ensuring the safety and stability of the vehicle, and protecting the lives and property of passengers in the event of a traffic accident. Secondly, the girder corrector can help maintenance workers improve work efficiency and work quality. Using the beam calibrator for calibration can significantly reduce the time and energy of repair work and ensure the quality and effect of repairs.
After summarizing the role and significance of the beam calibrator, we can draw the conclusion that the beam calibrator is an indispensable tool in the automobile maintenance industry. It has a wide range of applications and is playing an important role in improving the efficiency of automobile maintenance and ensuring vehicle safety. Sexuality plays an important role.
What you need to know about the measurement accuracy of the girder corrector?
The frame corrector is an instrument commonly used to repair vehicle body damage. Its main purpose is to correct the frame. In the process of frame correction, measurement accuracy is very important, because only accurate measurement can ensure the safety and reliability of the repaired vehicle. This article will introduce in detail what you need to pay attention to when measuring the girder corrector and the technical parameters related to the measurement accuracy, providing you with a comprehensive measurement reference.
Measurement accuracy is one of the core indicators of the beam calibration instrument. Generally speaking, the measurement accuracy of the beam calibration instrument is not only related to the instrument itself, but also directly related to the technical level of the operator. Therefore, before measuring, the instrument needs to be calibrated first to ensure the accuracy of the measurement accuracy.
The measurement accuracy of the girder corrector is mainly reflected in two aspects, namely linearity and repeatability.
Linearity refers to the deviation between the measurement result and the actual value, usually expressed as an error value. Generally speaking, the linearity of the beam calibrator should be within 0.1mm. The importance of this indicator is self-evident, because if the linearity deviation is too large, it will lead to excessive errors in the repaired vehicle, which will have a serious impact on the safety of the vehicle.
Repeatability refers to the difference between the results obtained after repeated measurements of the same measurement point multiple times. The smaller the repeatability index of the girder corrector, the better, and it should generally be within 0.05mm. In the actual repair process, the same point needs to be measured multiple times. If the repeatability index is not good, errors will inevitably occur and have a negative impact on the repair effect.
In addition to the above two indicators, the measurement accuracy of the beam corrector is also related to the measurement method. Currently, there are generally two measurement methods for beam calibration instruments on the market, namely point measurement and plane measurement. Point measurement is based on a certain measurement point, and the measurement of other measurement points is derived through the translation or rotation of the measuring instrument. This method cannot guarantee the measurement accuracy of the entire girder. Plane measurement is based on a plane, and the measurement results of the entire girder are derived through the measurement of multiple measurement points. This method has better accuracy than point measurement.
When measuring the girder corrector, in addition to paying attention to the instrument calibration and measurement accuracy indicators, you also need to pay attention to the following matters:
- Select a suitable measuring point. (Generally choose a position with better body stiffness)
- Avoid errors caused by vehicle body shape, measurement posture and other factors when measuring. (Pay attention to check the instrument and measurement position)
- During the measurement process, stabilize the instrument and maintain a slight contact force. (Guarantee the accuracy of measurement results)
In summary, the measurement accuracy of the girder corrector is crucial to the safety during vehicle repair. Therefore, when using the girder corrector, not only does the instrument itself need to be highly accurate, but the operator’s operating level also needs to meet certain requirements. In addition to instrument calibration and measurement accuracy indicators, as well as matters that need to be paid attention to during the measurement process, you also need to know some technical parameters about the beam corrector.
The first is the measurement range. The measuring range of the girder corrector should be selected according to the needs of use. Generally speaking, the larger the measuring range, the wider the applicable range. The second is to measure the response speed, that is, the response speed of the instrument to the signal. This indicator is important because time is also very precious in real vehicle repair. The faster the measurement response, the faster the operator can get the measurement results.
In addition, there is a choice of measurement methods. As mentioned before, the measurement methods of the girder corrector include point measurement and plane measurement. Different measurement methods are suitable for different occasions. Point measurement is suitable for single point measurement, while plane measurement is suitable for the measurement of the entire girder. In addition, according to actual application needs, it is also necessary to pay attention to whether it has basic functions such as virtual images and measurement data storage.
When purchasing a girder calibrator, you also need to pay attention to the brand, quality and after-sales service of the instrument. Although there are many brands on the market, customers should choose brands with good reputation and guaranteed after-sales service when purchasing. The instruments provided by such brands not only have quality assurance, but also have good after-sales service.
When maintaining the girder calibration instrument, you need to pay attention to daily care and maintenance. In particular, avoid being too rough during use, and when performing calibration and measurement operations, you need to pay attention to placing the instrument stably to avoid affecting the measurement accuracy.
In short, the beam calibrator plays a very important role in vehicle repair, and measurement accuracy is one of the key indicators. When using a girder calibrator, you should first master the instrument calibration and measurement accuracy indicators, and then technical operators also need to pay attention to some specific operating matters. At the same time, when selecting and purchasing a girder corrector, you also need to consider some basic technical parameters and brand reputation. Through such comprehensive considerations, we can better use the beam corrector as an important tool for vehicle body damage repair.
