Automation light grids - FLG

SICK Sensors Detection Sensors

Automation light grids - FLG

Automation light grids - FLG — The FLG Powerful light grid is an innovative automation solution designed for precise detection of small parts. By integrating both the sender and receiver into a single housing, this light grid simplifies installation and commissioning while maintaining high performance. The compact design ensures reliable operation over large areas with minimal setup effort.
  • Brand SICK
  • Category Sensors
  • Subcategory Detection Sensors
Interested in this product? Automation light grids - FLG
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Product Overview

The FLG Powerful light grid is an innovative automation solution designed for precise detection of small parts. By integrating both the sender and receiver into a single housing, this light grid simplifies installation and commissioning while maintaining high performance. The compact design ensures reliable operation over large areas with minimal setup effort. Ideal for applications requiring accurate object detection in automated production environments, the FLG delivers consistent results without complex alignment or additional components. Its robust construction supports seamless integration into existing automation systems, making it a practical choice for manufacturers focused on efficiency and ease of deployment.

Key Features and Technology

The FLG light grid leverages a combined sender-receiver design to detect small parts efficiently. This integrated architecture reduces the need for separate components, streamlining installation and minimizing potential misalignment issues. The technology operates over a large area with a 2 mm detection margin, ensuring high precision even in tight spaces. By housing both optical elements within one unit, the FLG enhances reliability and simplifies maintenance. This compact solution is engineered to deliver consistent performance across various industrial settings where accurate part detection is critical.

Technical Characteristics

The FLG Powerful light grid features a 2 mm detection margin over a large area, enabling precise identification of small components. The housing design combines the sender and receiver in one unit, optimizing space and reducing complexity. This configuration ensures stable performance under typical operating conditions. No additional technical specifications such as power requirements, wavelengths, or environmental limits are provided in the official source material. All characteristics are derived directly from SICK’s documented product information.

Configuration and Integration

The FLG light grid is designed for straightforward integration into automation systems due to its simple commissioning process. The combined sender-receiver housing eliminates the need for separate alignment of transmitter and receiver units, reducing setup time and potential errors during installation. No interface details or connection types are specified in the official documentation. Integration can be achieved by placing the sensor directly within the production line where part detection is required, with no additional hardware needed beyond standard mounting solutions.

Operating Environment

The FLG light grid is designed for use in industrial environments where reliable object detection is essential. While specific environmental ratings such as temperature range or humidity tolerance are not provided in the official source material, its design supports operation under typical production conditions. The housing structure ensures durability and protection against mechanical stress during routine use. No certifications or exposure limits are documented, so performance should be evaluated within standard industrial settings.

Industrial Applications

The FLG Powerful light grid is suitable for applications involving the detection of small parts in automated production lines. Its 2 mm detection margin over a large area makes it effective for identifying components that are difficult to detect with conventional sensors. The simple commissioning and compact design support use in environments where space is limited and setup efficiency is important. It is particularly useful in assembly, packaging, or quality control processes where accurate part presence detection is required without complex configuration.

SpecificationValue
dimensionsof 2 mm over a large area.
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