This reflective tape by Omron is specifically designed for use with photoelectric sensors, providing high accuracy and reflectivity. The E39-R series offers a wide range of models with different sises, shapes, mounting types, and materials. With features like heat resistance, detergent resistance, and ease of installation, these reflectors are suitable for standard applications as well as challenging environments. This product is ideal for industrial settings where precision and reliability are crucial.

• The reflective tape comes in various sises and shapes to cater to different sensor types
• Resistant to detergents and heat, ensuring durability in harsh environments
• Easy installation with screw mounting, snap-in, or self-adhesive options
• High precision models available for fine beam sensors, offering improved performance
• Special polarizing filter option for specific sensor types
• Self-adhesive tape reflectors available in pre-cut or roll material for convenient use
• Ensures high accuracy and reflectivity, critical for photoelectric sensor applications
• Designed for optimal performance in industrial settings
• Compatible with a wide range of Omron photoelectric sensors.

• Ideal for use in industrial automation applications
• Suitable for high-traffic areas in industrial environments
• Designed for use with Omron sensors in manufacturing plants
• Suitable for environments with challenging conditions

Yes, the reflective tape is heat resistant, making it suitable for environments with high temperatures.

Yes, the reflective tape is compatible with a wide range of Omron photoelectric sensors, ensuring versatility in applications.

Yes, the reflective tape offers easy installation options with screw mounting, snap-in, or self-adhesive types for convenience.

Yes, the reflective tape is resistant to detergents, making it ideal for use in industrial environments where exposure to chemicals is common.

The reflective tape by Omron offers high accuracy, reflectivity, and durability, ensuring reliable performance in various applications.