ABB SX-900/64-8/B2 Imaging Card for Bailey INFI90

ABB SX-900/64-8/B2 Imaging Card for Bailey INFI90

Overview

Product Definition and Function: The ABB SX - 900/64 - 8/B2 Imaging Card is a specialised device designed for the Bailey INFI90 system. It is mainly used for processing and converting imaging-related data, and may be used for a variety of purposes in industrial automation systems, such as imaging objects in the production process, visualising the status of monitoring equipment and so on. For example, in some industrial production lines, imaging devices such as cameras are connected to inspect the appearance of products, or to visualise and monitor key equipment components to ensure product quality and normal equipment operation.

Working Principle

Data Input Interface and Signal Processing: The imaging card has specific input interfaces for receiving signals from imaging devices such as industrial cameras. These signals are usually analogue or digital image signals containing information such as brightness, colour, shape of the image. When the signals enter the imaging card, they are first subjected to signal conditioning. For analogue signals, this includes operations such as filtering (removing noise) and amplification (increasing signal strength) to ensure signal quality. For digital signals, format conversion and calibration are performed to make them conform to the internal processing requirements of the imaging card.

Image data processing:

Resolution Adjustment and Pixel Processing: the imaging card can perform resolution adjustment of image data. For example, it can reduce the resolution of high-resolution images to reduce the amount of data according to the actual application requirements, or interpolate low-resolution images to increase the resolution. In terms of pixel processing, it is capable of performing pixel correction, such as adjusting parameters like colour balance, brightness and contrast. This is like post-processing a photograph, whereby these operations can make the image clearer and more compatible with the requirements of observation and analysis.

Image compression and encoding: To facilitate data storage and transmission, the imaging card compresses and encodes the processed image data. It uses specific image compression algorithms, such as those for JPEG, PNG, and other formats, to reduce the occupancy of data storage space and transmission bandwidth while ensuring image quality. For example, when transmitting image data to the upper control system for remote monitoring, the compressed image can be transmitted faster and reduce network delay.

Data output and communication interface: The processed image data is output to the Bailey INFI90 system or other related devices through the communication interface. It supports a variety of communication protocols, such as industrial Ethernet protocols, and is capable of stably transmitting image data to remote monitoring terminals or control systems for further analysis and processing. For example, the control system can determine whether a product meets quality standards or whether an abnormal condition has occurred in the equipment based on the image data received.

Performance features

High-resolution image processing capability: capable of processing high-resolution image data, supporting image resolution up to, for example, 1920×1080 pixels or even higher, which makes it possible to meet the application scenarios that require high requirements for fine image details, such as the appearance inspection of tiny electronic components or the surface monitoring of precision mechanical parts.

Multiple Image Format Support: Compatible with a wide range of image formats, in addition to the common JPEG and PNG formats, it may also support professional image formats such as RAW. This compatibility allows it to work seamlessly with different types of imaging equipment and software systems, making it easy for users to use in different application environments.

Efficient data transmission capability: It has a high data transmission rate through communication interfaces such as industrial Ethernet. For example, its transmission rate can reach 100Mbps or even higher, which can quickly transmit the processed image data to other devices, reduce the delay of data transmission, and ensure the timeliness of real-time monitoring and analysis.

Stable Performance and Reliability: It adopts high-quality electronic components and advanced circuit design to provide stable performance in industrial environment. It can work normally under certain temperature, humidity and electromagnetic interference environment, and has certain fault-tolerance ability, for example, it can automatically correct or retransmit the error when there is a transient data transmission error, to ensure the integrity and accuracy of the image data.

Technical Parameters

Input parameters:

Input signal type: support analogue signals (such as composite video signals, component video signals) and digital signals (such as LVDS, Camera Link, etc.), in order to adapt to different types of imaging equipment.

Input Signal Resolution Range: Input signal resolution range is wide, e.g. from 640×480 pixels to 1920×1080 pixels or higher, depending on the model and configuration.

Processing parameters:

Image Resolution Adjustment Range: Flexible adjustments can be made based on the input resolution, which may include lowering the resolution to 320×240 pixels or increasing the resolution to a higher UHD level, such as 3840×2160 pixels (depending on the hardware performance).

Image Compression Ratio: Different image compression ratios are supported, e.g. JPEG compression ratio can be selected from 10:1 - 100:1 to balance image quality and data volume.

Colour Processing Capability: Colour depth can reach 8-bit (256 colours) - 32-bit (true colour), capable of accurately processing the colour information of the image.

Output parameters:

Output Signal Type and Format: The output signal is mainly digital, supporting a variety of image format output, such as JPEG, PNG, BMP, etc., and can be output in accordance with the format required by the upper device.

Communication protocol and rate: Support industrial Ethernet protocol (such as Ethernet/IP, Profinet, etc.), the communication rate can reach 100Mbps - 1000Mbps, to ensure efficient communication with the control system and other devices.

Physical parameters:

Dimensions: The external dimensions are generally designed according to the installation requirements, the length may be between 10cm - 20cm, the width between 5cm - 10cm, and the thickness between 3cm - 8cm, which makes it easy to be mounted in the control cabinet or a specific location of the equipment.

Weight: Light weight, usually between 100g - 500g, will not cause excessive burden on the installation and structure of the equipment.

Environmental parameters:

Operating Temperature Range: Capable of operating in a temperature range of - 20°C - + 60°C, adapting to different industrial site temperature conditions.

Humidity range: The relative humidity range is usually 10% - 90% (non-condensing), ensuring normal operation in different humidity environments.