The hottest simaticvs710 vision sensor in cars

2022-08-23
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Application of simaticvs710 vision sensor in the automotive industry

drill 8 holes on a steel differential gear with a drill. These holes have a chamfer on one side. SIMATIC vs 710 checks the quality of all 8 holes. These holes are pre machined with a position accuracy of +/-2mm, which means that the measurement position must be updated in the image. After drilling, put the gear into the washing box to wash away large pieces of chips. As a result, latex droplets will adhere to the hole wall, but these droplets must not be allowed to affect the measurement results

solution

with this solution, the photoelectric SIMATIC vs 710 image sensor is directly connected to the s controller. In this way, the measurement results are directly displayed on the operation terminal of the controller. In this controller, it can also be converted to a different type of gear

an image sensor checks the diameter and depth of each hole in turn. In order to obtain maximum accuracy, each hole is marked separately through the sensor inspection window. Like every image processing system, it is also key to provide sufficient lighting for the observation area where waste plastics can be used as printing materials. The combination of direct lighting and direct lighting is also very perfect in design, and it is also suitable for harsh production environment. At the same time, this enables the "smart sensor system" to compensate for normal brightness changes, no matter when these changes occur

the actual image processing system uses 32 measurement beams for each image: each measurement beam generates a non-contact sample of the hole points being searched, and these hole points are combined to give a "best fit circle". This eliminates any poor measurements caused by fine droplets of coolant emulsion or by residual chips. In addition, the roundness of the hole can be determined, so that early wear of the tool can be detected

effectiveness

+/-20 μ The measurement accuracy of M shows the effect that can be achieved by using this type of inspection system today. The intelligent sensor system can compensate for normal brightness changes. With its rugged and space saving structure, the system is excellent for industrial applications. The inspection system using SIMATIC vs 710 can also be used in aspects that will pay a high cost for traditional technology because of its low price. In any assembly and production control system, the investment will be repaid in a very short time

careful consideration: SIMATIC vs 710 measures all holes on the gear with the best accuracy

adjusting clamp clockwise or counterclockwise

using SIMATIC vs 710 can achieve low cost and high efficiency: accurate inspection of holes in differential gears

drill 8 holes on a steel differential gear with a drill. These holes have a chamfer on one side. SIMATIC vs 710 checks the quality of all 8 holes. These holes are pre machined with a position accuracy of +/-2mm, which means that the measurement position must be updated in the image. After drilling, put the gear into the washing box to wash away large pieces of chips. As a result, latex droplets will adhere to the hole wall, but these droplets must not be allowed to affect the measurement results

solution

with this solution, the photoelectric SIMATIC vs 710 image sensor is directly connected to the s controller. In this way, the measurement results are directly displayed on the operation terminal of the controller. In this controller, it can also be converted to a different type of gear

an image sensor checks the diameter and depth of each hole in turn. In order to obtain maximum accuracy, each hole is marked separately through the sensor inspection window. As with every image processing system, it is also critical to provide sufficient illumination in the observation area. The combination of direct lighting and direct lighting is also very perfect in design, and it is also suitable for the production environment relying on the poor existing industrial foundation. At the same time, this enables the "smart sensor system" to compensate for normal brightness changes, no matter when these changes occur

the actual image processing system uses 32 measurement beams for each image: each measurement beam generates a non-contact sample of the hole points being searched, and these hole points are combined to give a "best fit circle". This eliminates any poor measurements caused by fine droplets of coolant emulsion or by residual chips. In addition, the roundness of the hole can be determined, so that early wear of the tool can be detected

effectiveness

+/-20 μ The measurement accuracy of M shows the effect that can be achieved by using this type of inspection system today. The intelligent sensor system can compensate for normal brightness changes. With its rugged and space saving structure, the system is excellent for industrial applications. The inspection system using SIMATIC vs 710 can also be used in areas where traditional technologies will pay high costs for independent research and development of new materials because of its low price. In any assembly and production control system, the investment will be repaid in a very short time

careful consideration: SIMATIC vs 710 measures all holes on the gear with the best accuracy

using SIMATIC vs 710 can achieve low cost and high efficiency: accurate inspection of holes in differential gears

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