Description
Fostar's War Eagle series
ZHZY-300S Intelligent mobile multi-station series 3D four-wheel positioning instrument for cars
3D intelligent four-wheel positioning
Leading technology/accurate measurement/simple operation/full guidance
Commodity information
Product Name: Intelligent mobile multi-station series 3D four-wheel positioning instrument for cars
3D intelligent four-wheel positioning
Brand Name: Fostar Eagle
Model number: ZHZY-300S
Net weight: 265KG, Gross weight: 295KG
Floor space: 3000*850*3000mm
Product structure - The chassis is made of cold plate Q235 plate gold
- The column adopts steel structure two-section square pass combination structure, and the distance between the column and the center of the front wheel of the vehicle (center of the corner plate of the lift machine) is 1.6-2.8 meters.
- The base plate gold piece, material Q235. Welded with the square tube to form the lower column, the upper column square pass and the square tube of the five square column are inserted and connected, and the bolts are connected and locked from four sides.
- The column connecting bracket is a combination of plate gold and beam and column.
- Computer using WIN7-64 bit operating system, dual screen display (32, 18.5 ") installation environment temperature: -10-+50ºC, relative humidity ≤85%
- Display accuracy: 0.01°/1´/0.1mm/0.1inch, Chinese and English bilingual version.
The target is marked on the back to distinguish the front, rear, left and right orientation.Product advantage- Higher precision, more powerful
- The accuracy of the equipment can reach 0.01°0.1mm
In addition to the detection of all the traditional general parameters, and can measure wheel deviation, axis deviation and other parameters,- Easy to realize the full set out to give you laser locator can not complete many functions.
------------------------------------Simple operation(With detailed instructions before delivery)Its measurement is not affected by lifting platform levelness, body tilt diagonally its accuracy is not affected. All vehicle four-wheel positioning parameters can be measured only by pushing a cart or rolling a wheel, without regular calibration, and can be used at will,Low failure rateBecause there are no electronic components on the target, no batteries required, no data transmission required, it only acts as a reflection.The main case is made of sheet metal with small case rolling wheels underneath.The beam is made of aluminum alloy and has strong anti - corrosion and anti - pressure ability.Computer for the brand of high - equipped machine, in order to facilitate large data processing, good and stable performance.The failure rate is lower due to the following 3D intelligent positioning1.This machine adopts cruise guidance 3D intelligent positioning technology: when the reflection target image is not in the shooting area of the camera, the computer instructs the beam motion mechanism to cruise. When the launch target is found, it will automatically locate in a suitable shooting position. The use of this technology: save time, when the car is on the lift, in a lower position, the beam is at a high, without manual operation, automatic positioning in a more appropriate shooting position- The dynamic body coordinate computing technology is adopted
- Real-time calculation of the center space position of four wheels, and on this basis to establish the three-dimensional body coordinates OXYZ,OXY for the horizontal plane, Y axis and vertical base, the front and rear axles of the vehicle in the dynamic establishment of the coordinate system decomposition, real-time compensation for the uneven lift, tilt diagonally caused by the positioning Angle deviation. Role of dynamic body calculation technology: positioning Angle will not be affected by the uneven and tilting of the lifter, and will not be affected by vehicle wheelbase length and wheel base size.
- Micro-distance cart technology: Generally, the 3D four-wheel locator (including foreign countries) needs to stop for a period of time to push the cart to the back. In the algorithm, the initial position and the stop position are selected for calculation. When the distance is as large as 17-23CM, the distance blade is short and the test accuracy cannot be guaranteed. The distance of the cart can be shortened to about 10CM, and the higher accuracy of the halting cart can be achieved. The role of macro cart technology: labor saving, time saving and fast, not affected by the Angle plate and lifting machine height, measurement data is more stable.
- This machine adopts all-directional automatic tracking technology: it is a technology that can automatically track the lifting machine whether it is in target monitoring (or camera maintenance) or in the process of test and adjustment by reflecting the accurate calculation of target image position by the computer without remote controller and without the control of the mobile phone.
- Function of all-directional automatic tracking technology: saves time. When the hoist needs to be lifted to adjust the positioning Angle after testing at a lower position, the hoist does not need to switch to the target monitoring (or camera maintenance) operation interface. Simply press the hoist vehicle to adjust the positioning Angle. The positioning accuracy is higher, because the camera and the reflection target always maintain the most appropriate position, which can improve the image quality and ensure the positioning accuracy.
The camera responds quicklyLow temperature performance is good, can work around minus 30 degrees Celsius, response time is only 3S, camera speed of 30 photos per second Passed ISO quality system certification and CE certification------------------------------------
The appearance and color of the product are optional
Technical parameterDisplay accuracy and measurement accuracy ±0.01°/0.01mm,| Item | Precision | Measurement range | Maximum measurement range |
| Camber Angle | ±0.015° | ±0.01° | ±30° |
| Rear Angle | ±0.025° | ±0.01° | ±30° |
| Kingpin inward Angle | ±0.025° | ±0.01° | ±15° |
| Kingpin inward Angle | ±0.025° | ±0.01° | ±20° |
| Rear wheel propulsion Angle | ±0.015° | ±0.01° | ±6° |
| Maximum steering Angle | ±0.015° | ±0.01° | ±30° |
| Angle of retreat | ±0.015° | ±0.01° | ±6° |
| Wheel pitch | ±0.25cm | ±0.01° | 3000mm |
| Wheelbase | ±0.25cm | ±0.01° | 8000mm |
| Diagonal | ±2mm | ±0.3cm | 12000mm |
| Wheel radius | ±2mm | ±0.3cm | 700mm |
------------------------------------Standard AccessoriesAluminum alloy beam*1, column*1, aluminum alloy corner plate*2, 4*four jig. Orientation fixing bracket *1 . Front and rear wheel stop *4. Computer host *1 . Monitor standard 18.5 inches, optional (24 inches) keyboard *1, 1*mouse, complete wiring harness *1 set, beam connection bracket *1 piece, column cap *1, 4* jig hangerThe following figure shows host components Manual
Introduction of structural products
The hardware consists of a movable cabinet and a stationary column assembly, a beam camera assembly, a column cap, and a computer mouse keyboard display (18.5 ") assembly. The accessories consist of four rim clamps, four target targets, two corner disks, a set of brake fixing brackets and directional locks.
The main purpose of the machine
It is used for the automobile safety detection of all kinds of cars,
sports cars and vans in the global series. Because the parts of the car may have safety risks after long-term work, in order to avoid the unsafe factors of wheel removal, the car is compared and adjusted by referring to the technical parameters of the four wheels before the factory. In the process of inspection and repair, the standard four-wheel parameters of the car before leaving the factory are reached, so as to achieve the safe use of the car.
3. Detection range
11-24 inch tires are assembled for tire cars.
4. Main characteristics of testing equipment
3D four-wheel positioning device is the abbreviation of 3D digital image four-wheel positioning device. It has the characteristics of high precision, powerful, simple and convenient operation. The detection software of this product has the software technology patent in China. The camera sweeps the four wheels' motion path through the computer with the processing speed of 30 photos per second. After the computer software processing, the real four-wheel positioning parameters of the vehicle are calculated accurately and the four-wheel positioning data is displayed by the display, so as to provide reference for the repairman.
5.The working principle of the machine
The four target is installed on the four rims of the car, the rolling wheel before and after, by the camera on the target reflector geometric figure for continuous shooting, and then through the computer analysis and calculation of the geometric figure changes, get the corresponding positioning parameters of the wheel and chassis, and through the display or TV display. This 3D intelligent technology mainly combines the basic principle of physical perspective with computer information processing technology.
Complaint
