Ccd 4 Wheel Alignment Aligner Equipment Ds-878X

Power supply: 110/220V Location Theory: Thrust Line Means of Communication: Bluetooth communication / Cable transmission Measurement: CCD digital image measurement Signal Processing: DSP Range Precision Accuracy: Total Toe 400.02 Single Toe 200.02 Camber 140.01 Caster 200.04 Kingpin Inclination 200.04 Thrust Angle 100.01 Setback 100.01 Inclusive Angle 400.05 Tread Width 2.2m1mm Wheelbase 3.6m1mm. Function: 1.Four-point manual/automatic ROC optional features 2.1420measuring range of kingpin optional features 3.With A4A6A8 and B5 toe curve special measurement and adjustment software 4.Operation with Chinese timely reminder 5.With the new data increasing menu 6.New wave filtering technology to enhance the stability of device 7.With data memory function£¬supporting to measure and adjust the camber in the vacant state 8.CCD permits measuring at a large range and automatically measures Kingpin parameters 9.The host computer and measuring head, with dual electronic level settings, can monitor the level of measurement state of measuring head all the times, and ensure accurate measurement data reliability 10.With measurement function of tread difference, wheelbase difference and declination axis 11.Supporting the function of swapping measurement head and calibration-free 12.With measurement function of unit rod and dual rod 13.With customer file database, can renew and access to the customer information, It's useful for users to manage customer's resource 14.Improved circuit design, using environmentally friendly batteries, can be used continuously for 5-8 hours 15.The head and computer, with dual operating system, can realize that synchronization purpose of ¡°up¡±and ¡°down¡± is up to you completely. Cabinet:1040*790*1320mm Spare parts:1030*1020*960mm.

Image acquisition: A digital camera Signal Processing: DSP Measuring system: 2 group industrial camera, four goals reflex plate and special software Measuring principle: The camera takes a candid photograph of the dynamic car wheel, car body and level surface on the speed of 0.5 seconds/times. The geometrical image will be contrasted with a predetermined standard image, and then got the four-wheel location data through calculation formula. Measurement methods: 1. got a complete measurement through lifting vehicles 2. All the measurements completed through moving vehicles 3. The static measurement (not open) Help system: 1. Built-in help operation software, help users grasp and used correctly 2. Built-in 3d adjusts software, help users adjust and repair the chassis fault effectively and quickly. 3. Guide menu, easy to find the models data. Stable accuracy: 1.The stability of 3D product has been raised with his simple structure, advanced technologies, non light, temperature disturbance and non hidden faults of electronic, circuit, batteries of traditional four-wheel alignment. 2. Measurement precision of 3D is more stable and reliable with non requirements of the accuracy for clamp, rims and lift platform. 3. Non 0 points shift in 3D product, so only one calibration for forever use. RangePrecision Accuracy Total toe 200.02 Individual Toe 100.02 Camber 90.01 Caster 200.04 KPI 200.04 Setback 50.01 Thrust Angle 50.01 Track width 2600mm0.5mm Wheelbase 3800mm0.62mm Voltage 110/220V. Plywood case.

Image acquisition: A digital camera Signal Processing: DSP Measuring system: 2 group industrial camera, four goals reflex plate and special software Measuring principle: The camera takes a candid photograph of the dynamic car wheel, car body and level surface on the speed of 0.5 seconds/times. The geometrical image will be contrasted with a predetermined standard image, and then got the four-wheel location data through calculation formula. RangePrecision Accuracy Total toe 200.02 Individual Toe 100.02 Camber 90.01 Caster 200.04 KPI 200.04 Setback 50.01 Thrust Angle50.01 Track width 2600mm0.5mm Wheelbase 3800mm0.62mm Voltage 110/220V Plywood case.

Supplier: New and used tires for a variety of vehicles.