Omron F10-S30R Pattern Matching Sensor
The Omron F10-S30R is a high-performance pattern matching sensor designed to deliver precise and reliable object detection in industrial applications. Utilizing advanced vision technology, this sensor excels in identifying and verifying patterns, ensuring optimal quality control and process efficiency.
Key Features
- Wide Detection Range: With a setting distance of 100±10 mm and a detection area of 25 mm × 20 mm, the F10-S30R is suitable for applications requiring a broad field of vision.
- Red LED Illumination: Equipped with a red LED light source, it provides consistent and clear illumination, enhancing pattern recognition accuracy.
- High-Speed Processing: The sensor offers rapid measurement processing times, with 3.6 ms in normal mode and 10.8 ms in wide mode, facilitating swift operations in dynamic environments.
- Automatic Teaching Function: Simplifies setup by automatically selecting the most suitable pattern for the model, reducing configuration time and potential errors.
- Robust Construction: Built with an aluminum die-cast case and an acrylic resin front cover, the F10-S30R ensures durability and longevity in demanding industrial settings.
Technical Specifications
- Setting Distance: 100±10 mm
- Detection Range: 25 mm × 20 mm
- Light Source: Red LED (680 nm)
- Camera Image Element: 1/5-inch CCD
- Shutter Function: Electronic shutter with speeds ranging from 1/34722 s to 1/2894 s
- Operating Temperature: 0°C to 40°C
- Power Supply: 16.2 to 19.8 VDC (provided from amplifier)
- Current Consumption: 150 mA max.
- Degree of Protection: IP64
Applications
The Omron F10-S30R is ideal for various industrial applications, including:
- Quality Inspection: Ensuring products meet specified design patterns and standards.
- Assembly Verification: Confirming correct component placement and orientation in manufacturing processes.
- Packaging Inspection: Verifying labels, barcodes, and packaging integrity.
By integrating the F10-S30R into your automation systems, you can achieve enhanced accuracy, efficiency, and reliability in pattern recognition tasks.
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