Omron E32-C41 1M Fiber Optic Sensor
The Omron E32-C41 1M Fiber Optic Sensor is a compact M3 threaded diffuse reflective head optimized for small-spot detection when used with compatible lenses and Omron CPU Unit control systems. It features a 17 mm sensing distance, 1 m polyethylene fiber cable, and a R25 bending radius. The top-view optical structure ensures accurate detection in confined areas, measuring tasks, and precision assembly operations. Designed for high stability and low-noise response, it performs reliably in challenging inspection environments. Built with durable plastic housing, it provides dependable performance in industrial automation. Manufactured by Omron, part of the Omron Fiber Optic Sensor family within the Omron E32 Series.
| Brand | Omron |
| Product | Fiber Optic Sensor |
| Model Number | E32-C41 1M |
Omron E32-C41 1M Fiber Optic Sensor - Technical Specifications
| Specification | Value |
|---|---|
| Shape | Threaded |
| Sensing Distance | 17 mm |
| Connection Method | Cable |
| Size | M3 |
| Cable Length | 1 m |
| Sensing Method | Diffuse reflective |
| Application | Object detection |
| Features | Small spot with lens |
| Sensing Surface Orientation | Top-view |
| Tightening Torque | 0.78N Β· m |
| Temperature Range | -40-70 Β°C |
| Bending Radius | R25 |
| Material Core | Plastic |
| Material Sheath | Polyethylene |
The Omron E32-C41 1M is a compact fiber optic diffuse sensor head with an M3 threaded cylindrical axial design. It is engineered for small spot detection when used with a compatible lens, offering a precise 17 mm sensing distance with top-view orientation.
This model uses R25 fiber and comes with a 1-meter polyethylene cable, making it flexible for tight installations and curved routing. Its durable plastic housing supports reliable performance in ambient temperatures ranging from -40Β°C to 70Β°C, with excellent resistance to vibration and shock.
Ideal for miniature object detection in semiconductor equipment, electronic assembly, and compact machinery, the E32-C41 delivers pinpoint accuracy in limited-space environments. Its diffuse sensing method allows detection without requiring a reflector, simplifying setup and enabling versatile industrial automation use.
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