The OMRON E39-F1 Round Lens

The OMRON E39-F1 is a high-quality round lens designed specifically for use with OMRON's E32 series fiber optic sensors, including models E32-TC50/200/500/1000, E32-T11 (L), E32-TC200C, and E32-T61. This lens is part of OMRON's extensive range of optoelectronics products, engineered to optimize the performance of fiber optic sensors in various applications.

Key Features and Benefits:

• Compatibility: The E39-F1 lens is tailored for seamless integration with OMRON's E32 series, ensuring optimal sensing capabilities in diverse environments.
• Precision Sensing: By focusing the light beam accurately, the E39-F1 enhances the detection of small parts and uneven surfaces, providing reliable and precise sensing results.
• Versatility: Suitable for applications requiring spot beam or line beam options, making it a versatile choice for different sensing needs.

Technical Specifications:

• Sensing Distance Options: OMRON's E32 series offers sensing distances ranging from 10mm to 200mm or 50mm to 1500mm, depending on the sensor model used in conjunction with the E39-F1 lens.
• Beam Options: Supports both spot and line beam configurations for flexible sensing requirements.

Unique Selling Points:

• Enhanced Sensing Accuracy: The E39-F1 lens helps improve the accuracy and reliability of fiber optic sensors by optimizing the light beam focus.
• Wide Application Range: Suitable for use in environments with space constraints or hostile conditions, thanks to the flexibility of fiber optic technology.

Safety and Compatibility Information:

• Ensure compatibility with your specific OMRON E32 series sensor model before installation.
• Follow all safety guidelines and manufacturer instructions for proper use and handling of the lens and associated sensors.

By choosing the OMRON E39-F1 round lens, users can enhance the effectiveness of their fiber optic sensing systems, benefiting from improved accuracy and flexibility in various industrial applications. For pricing and availability, contact our sales team today.