ABB LSP086388-001 –

Description

Product name: ABB LSP086388-001 -1

Product Description:
ABB LSP086388-001 -1 is a machine vision camera manufactured by ABB for visual inspection and recognition in industrial automated production lines. The camera adopts a high-resolution industrial-grade camera chip, combined with advanced image processing algorithms, and is capable of realizing high-precision and high-speed visual inspection and identification.

Product Features:

High resolution: capable of capturing high definition images, providing more accurate visual inspection and identification results.
High-speed processing: Adopting advanced image processing algorithms, it is able to process image data quickly and improve the speed of detection and identification.
Stable: with stable performance, able to operate stably in harsh industrial environments.
Strong customizability: it can be customized according to customers’ needs to meet the demands of different application scenarios.

Product Parameters:
The parameters of the camera may vary depending on specific models and application scenarios. Generally speaking, the camera has the following parameters:

Resolution: up to 2048 x 2048 pixels.
Frame rate: up to 30 fps.
Interface type: USB or Ethernet interface is usually used for data transfer.
Light source type: Various types of light sources are available, such as LED, halogen lamps, etc.
Application areas: widely used in automotive manufacturing, electronic manufacturing, food packaging and other industries in the production line visual inspection and identification.

Application areas:
ABB LSP086388-001 -1 cameras are widely used in a variety of industrial automated production lines that require high-precision, high-speed visual inspection and identification. For example, in the automobile manufacturing industry, the camera can be used to detect the appearance of the body, screw holes, etc.; in the electronics manufacturing industry, it can be used to detect the quality of circuit board soldering, the position of the components and so on;