E32-C91N 2M Fiber Optic Sensor | Through-Beam Sensor | 2m Cable | IP67 | Precision Detection
SKU: E32-C91N 2MOmron E32-C91N 2M high-precision fiber optic sensor with through-beam sensing, 2m cable, and IP67 protection. Ideal for precision positioning and small object detection in automated assembly lines.
Key Features
- Through-beam fiber optic design for high-precision detection of small and transparent objects
- Integrated 2-meter cable for flexible installation in confined spaces and complex machinery
- IP67 protection rating for reliable operation in dusty, oily, and washdown environments
- Ideal for precision assembly line positioning and high-speed automation applications
- Compact and immune to electrical interference for stable performance in noisy industrial settings
High-Precision Through-Beam Fiber Optic Sensor for Precision Assembly Line Positioning
The Omron E32-C91N 2M Fiber Optic Sensor delivers exceptional accuracy and reliability for detecting minute objects and precise positioning in demanding industrial environments. Utilizing advanced through-beam sensing technology, this sensor provides stable detection of small components, transparent materials, and fast-moving objects on high-speed assembly lines. The integrated 2-meter cable ensures flexible installation in tight spaces and complex machinery layouts. With an IP67 protection rating, the E32-C91N 2M is built to withstand dust, oil, and temporary immersion, making it suitable for challenging factory floor conditions. Its compact fiber optic design is immune to electrical noise and ideal for applications requiring precise, repeatable detection in electronics manufacturing, pharmaceutical assembly, and precision mechanical positioning systems.
Technical Specifications
| Sensing Method | Through-beam (Fiber Optic) |
|---|---|
| Cable Length | 2 meters |
| Protection Rating | IP67 |
| Application | Precision detection of small objects, transparent materials, and precise positioning |
| Installation | Compact fiber optic design for flexible mounting in tight spaces |