Camera based commercial wheel axle alignment system 2.4GHz Bluetooth wireless transmission technology Bus Wheel Alignment Equipment Heavy Duty Alignment Machine

Purpose:

To provide a fast and accurate wheel bridge positioning method for truck and bus manufacturers, their supporting service stations, repair shops, and tire service centers. By accurately detecting the positioning parameters of the vehicle's wheel and axle, and making dynamic real-time adjustments based on the detection parameters, the chassis and various components of the vehicle maintain the correct geometric relationship with the wheel and axle during driving, ensuring the stability and ease of operation of the vehicle, reducing the wear of tires and chassis related components, and extending their service life.

Testing items: single toe in, total toe in, camber angle, caster angle, camber angle, thrust angle, steering synchronization, axle deflection, axle parallelism, maximum steering angle, steering forward spread, ball head clearance, etc.

Product Features
1) A brand new camera measurement mode with complete functions and simple operation.
2) Embedded computer system, independently running Linux system and underlying software.
3) The highly integrated camera sensor assembly has calculation and analysis functions, can independently process data, and is equipped with high-precision infrared fill lights,
The flicker frequency and light intensity can be automatically adjusted according to the working environment.
4) Wave shaped measurement target, equipped with large and small target surfaces, users can freely switch according to working conditions, with higher measurement accuracy and anti-interference ability
Stronger and more stable recognition range of 0.2-20 meters.
5) It has two wheel compensation functions: rolling compensation and manual compensation.
6) Three dimensional modeling based on the geometric centerline of the vehicle frame ensures accurate measurement, stability, and reliability.
7) It can effectively measure many parameters such as toe in, camber, steering synchronization, axle deflection, maximum steering angle, etc.
8) WIFI communication is new, stable and smooth, with low power consumption and long-distance transmission.
9) Not afraid of temperature changes, not afraid of magnetic field interference, and strong ability to withstand strong light interference.
10) The continuous working time of the highly integrated camera sensor assembly can reach twelve hours.
11) A variety of professionally developed wheel rim adapters for different users
12) The camera sensor comes standard with 65W fast charging, with a single charging time of about 1 hour.
13) The camera has self calibration function and strong adaptability to working conditions.
14) The core component is made of 7-series magnesium aluminum alloy.
15) According to the process, the entire computer is used for measurement, and one machine is used for centralized measurement, which is fast and efficient.
16) Miniaturization of components, resistance to bumps, and convenient flow operation.

Measurement principle:
The Sanying camera based commercial wheel axle positioning system is based on image recognition
The detection is carried out by using patented photography technology to examine the frame
Using the centerline as a reference, measure the wheel bridge positioning angle for the truck and bus workshop
Tire service centers and commercial vehicle repair companies provide a fast and accurate solution
The wheel bridge positioning method.

Dynamic detection and adjustment function
The Sanying camera style commercial wheel axle positioning system has dynamic real-time detection and adjustment functions.
The Sanying camera style commercial wheel axle positioning system is easy and convenient to operate, and the wheel hub adapter is easy to clamp, which can meet all tire clamping requirements within the range of 245/70R19.5-315/60R22.5.
The inspection time for a single wheel shall not exceed 5 seconds, and the inspection time for a double rear axle vehicle shall not exceed 15 minutes,
During the adjustment process, the adjustment results can be dynamically displayed on the screen, with clear qualified and unqualified marks, meeting the identification requirements of operators.

Measurement parameters: