3Z4S-LT MLRL-CR48

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Machine vision is a technological tool that is used to identify, inspect, and measure objects using automated systems. It typically uses cameras, image analysis algorithms, and robotic vision. Lighting is an often-overlooked element of the visual inspection process, yet it is essential to producing quality images for accurate and precise analysis. The 3Z4S-LT MLRL-CR48 application field and working principle can best be explained by looking at the various components in machine vision lighting.

The first component of machine vision lighting is the light source. This is the primary source of illumination which determines the quality and intensity of the light. The 3Z4S-LT MLRL-CR48 is a LED light source designed to provide an even distribution of light with minimal glare and optimal contrast. It is powered by two 12V AC/DC power supplies and can produce light up to 1020 Lux. This light source is ideal for applications such as microscopy, medical imaging, and food processing.

The second component is the optics, which includes lenses for focusing and directing the light. The 3Z4S-LT MLRL-CR48 features lenses that are designed for optimal production quality. They are built with a four-faceted reflector, providing an incredibly uniform illumination pattern with minimal off-axis glare. In addition, these lenses can focus and direct light down to a very narrow range, providing a very controllable and repeatable light source.

The third component of machine vision lighting is the control system. This is the brains of the system, and is responsible for controlling the various elements of the light source. The 3Z4S-LT MLRL-CR48 features an intuitive on-board operating system which allows for a variety of programming options. This includes dimming control, pulse and pitch adjustments, and the ability to change the intensity of the light output to suit a variety of applications. This system also allows for remote monitoring of the light to ensure consistent performance.

Finally, the 4th component of machine vision lighting is the filters and shutters. These are used to control the amount of light entering the camera and to reduce glare and reflections. The 3Z4S-LT MLRL-CR48 has a built-in filter control system which allows for the adjustment of the light output to match the desired application. The built-in shutters also help to manage the amount of light entering the camera, reducing the risk of unwanted reflections and glare.

In conclusion, the 3Z4S-LT MLRL-CR48 application field and working principle highlights the importance of proper lighting in the field of machine vision. Its components are designed to provide the most efficient and accurate illumination as possible, while its on-board operating system helps to ensure consistent performance. The lens design offers an even and controllable light distribution, while the filters and shutters allow for the minimization of unwanted reflections and glare. With these features, the 3Z4S-LT MLRL-CR48 is a valuable tool for any machine vision application.

The specific data is subject to PDF, and the above content is for reference