VSC122A24.041P-000 B & R Automation
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The B & R Automation VSC122A24.041P-000 is a smart camera from the VS Smart Sensors series designed for integrated machine vision tasks. It features a Cortex A9 i.MX6 quad core processor with a clock frequency of 800 MHz and 2 GB RAM, and delivers a resolution of 3.5 MP with a frame rate of 43 fps. The camera includes 16 UV LEDs with a peak wavelength of 385 nm and uses an 8 mm lens on an S-mount.
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Product Description:
The VSC122A24.041P-000 smart camera is manufactured by B&R Automation and is part of the VS Smart Sensors series. Classified within the Smart Camera product group, it supports integrated machine vision so that presence checks, code reading, and position verification can be performed at machine speed. The device houses optics, lighting, and a quad-core processor in one enclosure, providing decentralized image evaluation that reduces network traffic in tightly coupled automation cells.
At the heart of the camera is a Cortex A9 i.MX6 quad core system-on-chip. All four cores run at 800 MHz and share a 1 MB L2 cache, giving enough parallel throughput to preprocess several vision functions simultaneously before results are forwarded to the PLC. The platform is backed by 2 GB of RAM so multiple image buffers can reside in memory without swapping. A sensor with 3.5 MP native resolution captures detail for measurement tasks, while a frame rate of 43 fps maintains continuity on fast conveying lines. This combination is delivered in the standard variant, whose preprocessing performance is rated as the baseline level of the series.
The optical front end presents a field of view of 37° through an 8 mm F4 lens seated in an S-mount so lens exchange remains straightforward. The front window is glass with an anti-reflective coating to maximize transmission of the ultraviolet lighting system. Illumination is produced by 16 LEDs arranged in four individually addressable segments, and an LED lens type 2 standard optic shapes the beam. The emitters operate at a peak wavelength of 385 nm, letting fluorescent markers stand out without visible glare. Because the model does not support line-sensor operation, exposure is performed on the area sensor only. The camera can execute several vision functions simultaneously thanks to on-board preprocessing.
