E39-R7 Reflector Plate | Photoelectric Sensor Accessory | Retroreflective Target | Factory Automation
SKU: E39-R7Omron E39-R7 reflector plate accessory for retroreflective photoelectric sensors. Enhances detection reliability and range in factory automation and material handling applications.
Key Features
- Enhances reliability and detection range of retroreflective photoelectric sensors
- Provides a consistent reflective target for stable object detection
- Reduces errors from variations in target object color, texture, or material
- Durable construction designed for long-term use in industrial environments
- Essential accessory for optimizing material handling and automation systems
High-Performance Reflector Plate for Retroreflective Photoelectric Sensors
The Omron E39-R7 is a precision-engineered reflector plate designed as a critical accessory for retroreflective photoelectric sensors. This high-quality reflector significantly enhances system performance by providing a consistent, reliable target for the sensor's light beam, ensuring stable detection even in challenging industrial environments. Engineered for durability, the E39-R7 reflector plate improves detection distance and reliability in material handling, packaging, conveyor systems, and general factory automation. By using a dedicated reflector instead of relying on natural surfaces, this accessory eliminates detection errors caused by color, texture, or material variations of target objects. The E39-R7 is built to withstand industrial conditions, maintaining optimal reflectivity to ensure your photoelectric sensors operate at peak performance with maximum accuracy and reduced false triggers.
Technical Specifications
| Product Type | Reflector Plate / Sensor Accessory |
|---|---|
| Compatibility | For use with retroreflective photoelectric sensors |
| Primary Function | Provides a dedicated target to reflect sensor beam |
| Application | Factory automation, material handling, packaging systems |
| Key Benefit | Improves detection reliability and system performance |