Lifting Equipment
Sharp 3D
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PROFESSIONAL 2 CAMERA 3D
WHEEL ALIGNER FOR HCV
MODEL -PWL-3D60T
Details
- SHARP 3D wheel aligners for HCV’s are designed to take measurements and perform alignments on HCV’s in automotive companies, car service stations, automotive manufacturing plants, and diagnostic centers.
- The operation of the wheel aligners is based on measurements of wheel axis angle parameters by video cameras and high-precision image targets.
- Wireless remote control.
- Self-centering clamps fit disks up to 24” rims.
- High-precision image targets.
- Special probe target allows quick and accurate measurements of truck frame position in order to determine vehicle center line.
- Machine vision system housings are vertical pillars equipped with precision network camera unit based on high-quality matrices data transfer from the camera units to the PC is carried out over TCP/IP.
- Such a location of the machine vision system allows you to take into account individual peculiarities of a certain workplace and allows a passage.
- The machine vision system allows automatic recognition of targets installed on vehicle wheels and the position of the probe target and high-precision recognition of there geometrical position in space.
- The 3D program interface allows you to see position and wheel alignment angles on the screen in real-time mode.
- The user-friendly interface and advanced Help and Support System.
- There are the most up-to-date mathematical algorithms used in the software that allow for the slightest image distortion made by the optical system.
- The software includes an advanced report control system.
Highlights
Technology Wide Scope
The most wide-angle machine system which has no analogues in the world the key advantage of wide scope is a considerable expansion of limiting characteristic of a machine vision system the wide scope technology decrease the measurement height
Machine vision system includes 4 video cameras
Self centering wheel adopters allow operating a wide range of wheel disk - from 12" to 24"
Special prob target allow quick and accurate measurement of truck frame position
clamps with target are mounted onto wheels one after another on measurable axles of the vehicle
allows quick & accurate measurements of truck frame position in order to determine the vehicle centerline
Measurement of truck frame position
HIGHLIGHTS - SOFTWARE
SHARP 3D Software is very powerful and means of checking and controlling wheel alignment
Continuous dats
processing and
measurement
displaying
Easy operating away from the monitor with color indicator
Automatic parameter assessment of compliance in specification
Quick access to other program modes
Measurement Mode
Data Base Image View
3D Adjustment Mode
Axel Selection
2D Adjustment Mode
Select Measurement Mode
Report Mode
SHARP 3D Software is most powerful and the most up-to-date device for checking and controlling wheel alignment
Types of HVC's Possible
- It is Designed for Floor Mount of Wheel Aligners.
- Measurements and Adjustments are Performed on the Pit.
- Drive Through is Allowed.
Machine vision system housing are vertical posts equipped with high precision network cameras with high quality metrics. data are transferred from camera to PC via TCP/IP. machine vision system automatically recognize the target that are installed on the wheels of the vehicle and the position of the prob target. after that it calculate there geometrical position in space to high precision. such arrangement of the machine vision system allows taking into account individually peculiarities of a certain workspace and provide drive-through
Compact and easy targets One target for each wheel Easy to handle The front panel is protected with a rubberized border No Electronic components No need to calibrate targets
Its allows you to control your PC from distance up-to 10 meters it duplicate the functional key on the main control panel
Technical Specification
Front Wheel Alignment
| Parameter | Measurement Range | Maximum Error in Measurement | Average Error in Measurement |
|---|---|---|---|
|
Camber |
± 8,00° |
± 3,00° |
± 2,00° |
|
Front Total Toe |
± 5,00° |
± 3,00° |
± 2,00° |
|
Caster |
± 19,00° |
± 8,00° |
± 5,00° |
|
SAI / KPI |
± 19,00° |
± 8,00° |
± 5,00° |
|
Lock Angle |
± 45,00° |
± 10,00° |
± 5,00° |
Rear Wheel Alignment
| Parameter | Measurement Range | Maximum Error in Measurement | Average Error in Measurement |
|---|---|---|---|
|
Camber |
± 8,00° |
± 3,00° |
± 2,00° |
|
R Total Toe |
± 5,00° |
± 3,00° |
± 2,00° |
Symmetry Angles
| Parameter | Measurement Range | Maximum Error in Measurement | Average Error in Measurement |
|---|---|---|---|
|
Front Set Back (Controllable) |
± 2,50° |
± 3,00° |
± 2,00° |
|
Rear Set Back (un-Controllable) |
± 2,50° |
± 3,00° |
± 2,00° |
|
Thrust Angle |
± 2,50° |
± 3,00° |
± 2,00° |
|
Geometrical Driving Axis |
±2,50° |
± 3,00° |
± 2,00° |
|
Power Supply |
1 Phase, 230 VAC. 50/60 HZ |
|
Absorbed Power |
500 W |
|
Noise Level in Working Condition |
< 70 db (A) |
Optional
- Calibration Kit